How Designing for Robots Creates Better Systems for Everyone
Part 3 of the R2 Astromech Project series
In the previous posts, I explained why we need helper droids and traced how we lost the modular design philosophy that would have made them possible. Now I want to introduce a concept that could actually change how we build infrastructure: Universal Maintenance Design.
This isn’t science fiction. It’s a practical extension of existing accessibility principles that could be implemented by governments, standards bodies, and forward-thinking organizations tomorrow. More importantly, it might be the only way we successfully integrate helpful robotics into society at scale.
The core insight is simple but profound: when you design infrastructure to be maintainable by robots, you make it better for humans too.
The Universal Design Foundation
Let’s start with what already works.
How Curb Cuts Changed Cities
In the 1970s, disability rights activists fought for curb cuts—those sloped transitions between sidewalks and streets. The argument was straightforward: wheelchair users couldn’t navigate cities designed only for walking.
Cities resisted. Curb cuts would be expensive. They’d require redesigning thousands of intersections. Was it really worth it for such a small percentage of the population?
Then something unexpected happened. Once cities installed curb cuts, everyone benefited. Parents with strollers found navigation easier. Delivery workers with hand trucks moved more efficiently. Cyclists had smoother transitions. Travelers with wheeled luggage appreciated the design. Even pedestrians found the gentle slopes easier on their knees.
This is the essence of Universal Design: modifications made for specific accessibility needs often create better experiences for everyone.
The seven principles of Universal Design are:
Equitable Use – usable by people with diverse abilities
Flexibility in Use – accommodates wide range of preferences and abilities
Simple and Intuitive Use – easy to understand regardless of experience
Perceptible Information – communicates effectively regardless of conditions
Tolerance for Error – minimizes hazards and adverse consequences
Low Physical Effort – efficient and comfortable to use
Size and Space for Approach and Use – appropriate regardless of user size or mobility
These principles transformed public infrastructure. Automatic doors help wheelchair users and parents carrying children. Audio signals at crosswalks aid blind pedestrians and distracted phone users. Tactile paving guides vision-impaired travelers and warns everyone of platform edges.
Universal Design doesn’t just solve accessibility—it reveals better design that was always possible.
The Robotic Maintenance Challenge
Now apply this thinking to infrastructure maintenance.
The Current Problem
Modern electronic and mechanical systems are designed exclusively for human maintenance. This creates barriers for robotic systems that could provide more consistent, safe, and cost-effective maintenance in many environments.
Just as buildings designed only for non-disabled users created barriers for people with disabilities, infrastructure designed only for human hands and cognition creates barriers for robotic maintenance systems.
Consider what humans bring to maintenance:
Binocular vision with excellent pattern recognition
Dexterous hands with tactile feedback
Ability to improvise with available tools
Contextual understanding of “normal” operation
Communication skills to ask for clarification
Decades of accumulated experience
Now consider what robots bring:
Consistent, repeatable procedures without fatigue
Work in hazardous environments (radiation, toxic gas, extreme temperatures)
24/7 operation without breaks
Perfect memory and documentation
Parallel operation across multiple locations simultaneously
Sensing capabilities beyond human range (infrared, ultrasonic, electromagnetic)
These aren’t competing approaches—they’re complementary. But current infrastructure design assumes only human maintenance, forcing robotic systems to overcome unnecessary barriers.
Universal Maintenance Design: Core Principles
Let me propose an extension of Universal Design principles specifically for infrastructure maintainability by both human and robotic systems.
Principle 1: Equitable Use
Definition: Infrastructure systems should be maintainable by any appropriately equipped maintenance system, regardless of whether it is human-operated, robotic, or hybrid.
Implementation requires:
Standardized diagnostic interfaces accessible to both human technicians and robotic systems
Multiple access methods accommodating different maintenance approaches
No maintenance procedures that inherently exclude robotic execution
Real-world example: A network router that provides both traditional CLI access for human administrators and a standardized robotic diagnostic port (SCOMP link) with the same functional capabilities. The human can SSH in and run commands. The robot can connect physically and query the same information through a machine-optimized protocol. Neither approach is privileged—both work equally well.
Why this helps humans: When diagnostic interfaces are standardized for robots, human technicians also benefit. No more hunting for vendor-specific tools. No more memorizing different command syntaxes for each manufacturer. The standardization that makes robotic access possible also makes human access more consistent.
Principle 2: Flexibility in Use
Definition: Systems should accommodate a wide range of maintenance capabilities, techniques, and preferences.
Implementation requires:
Multiple interface options (physical, wireless, optical) for the same diagnostic functions
Scalable access levels from basic status to deep diagnostic information
Support for different robotic form factors (wheeled, tracked, flying, manipulator-based)
Real-world example: An industrial motor controller that offers SNMP for network-based monitoring, a physical diagnostic port for direct connection, thermal signatures readable by infrared sensors for contactless analysis, and acoustic patterns detectable through vibration analysis. A human technician might use SNMP from their laptop. A wheeled robot might use the physical port. A drone might use thermal imaging. All approaches access the same underlying status information.
Why this helps humans: Multiple access methods mean you can diagnose problems without physically accessing equipment. The thermal signature that helps a drone identify overheating also helps a human with a thermal camera spot issues from a safe distance. The acoustic patterns that enable robotic vibration analysis also help experienced human technicians hear problems developing.
Principle 3: Simple and Intuitive Use
Definition: Device interfaces should be predictable and self-explanatory to maintenance systems, minimizing the need for specialized knowledge about specific manufacturers or models.
Implementation requires:
Consistent interface patterns across device types and manufacturers
Self-describing capabilities and status reporting
Standardized error codes and diagnostic procedures
Real-world example: All Ethernet switches use the same physical connector type, orientation, and diagnostic protocol regardless of manufacturer, similar to how USB ports are universally recognizable. When a robotic maintenance unit encounters an unfamiliar switch model, the device itself describes its capabilities: “I am a 24-port managed switch, I support these diagnostic commands, my current status is X, here are my available interfaces.”
Why this helps humans: Self-describing devices are a gift to human technicians too. Imagine arriving at an unfamiliar facility and having equipment that tells you how to interact with it. No more frantically searching for documentation. No more guessing which ports do what. The machine explains itself clearly to both robots and humans.
Principle 4: Perceptible Information
Definition: Critical system information should be available through multiple sensing modalities to accommodate different robotic capabilities and environmental conditions.
Implementation requires:
Visual status indicators machine-readable through standardized patterns
Electromagnetic signatures for contactless status detection
Acoustic patterns for system diagnosis
Physical indicators readable through tactile sensors
Real-world example: A building’s electrical panel includes LED status arrays with standardized patterns for visual inspection (green pulse = normal, red flash = fault, amber solid = warning). It also emits distinct electromagnetic field patterns readable by Hall effect sensors without any physical contact. Different components produce characteristic acoustic signatures indicating component health. Physical labels use raised text and Braille for tactile identification.
Why this helps humans: Multi-modal status indication means you can diagnose problems even when some sensing methods aren’t available. Electrical panel labels in Braille help vision-impaired technicians, but they also help anyone working in poor lighting. LED patterns optimized for machine vision are also clearer for human color-blind technicians. Acoustic signatures that robots detect mathematically are the same sounds experienced humans learn to recognize by ear.
Principle 5: Tolerance for Error
Definition: Systems should minimize hazards and consequences of accidental or erroneous maintenance actions.
Implementation requires:
Fail-safe mechanisms preventing damage from incorrect robotic procedures
Clear identification of high-risk operations requiring human oversight
Reversible diagnostic procedures with automatic state restoration
Real-world example: Diagnostic ports that automatically disconnect power when accessed, preventing damage from probe insertion during energized operation. When a diagnostic session ends, the system automatically restores normal operation. High-voltage or high-risk procedures require explicit multi-factor authorization that a robot cannot bypass without human confirmation. All diagnostic actions are logged with before/after snapshots, allowing rollback of configuration changes.
Why this helps humans: Safety mechanisms designed for robots protect humans too. Automatic power disconnection during diagnostic access protects both robotic probes and human fingers. Explicit authorization requirements for dangerous procedures prevent both robotic mistakes and human errors made under time pressure. Automatic state restoration means both robots and humans can perform diagnostics without fear of leaving systems in undefined states.
Principle 6: Low Physical Effort
Definition: Maintenance operations should be efficient and comfortable for both human and robotic systems.
Implementation requires:
Minimal force requirements for connections and access
Ergonomic positioning for human reach and robotic manipulation
Automated or semi-automated procedures reducing repetitive operations
Real-world example: Magnetic coupling diagnostic ports that require minimal insertion force and provide secure, aligned connections through magnetic attraction. A human technician can connect with one hand without looking. A robotic manipulator achieves reliable connection despite positioning imprecision. The connection is self-aligning and provides tactile/magnetic feedback confirming proper seating.
Why this helps humans: Low-force connections help everyone. The magnetic coupling that makes robotic connection reliable also helps human technicians working in cramped spaces, wearing thick gloves, or dealing with reduced grip strength. Ergonomic positioning that accommodates wheeled robots also helps humans who can’t stand for long periods or have limited reach.
Principle 7: Size and Space for Approach and Use
Definition: Appropriate space should be provided for approach, reach, manipulation, and use regardless of user body size, posture, mobility, or maintenance equipment type.
Implementation requires:
Clearance specifications accommodating both human technicians and various robotic form factors
Multiple approach angles for maintenance access
Consideration of robotic reach envelopes and manipulation constraints
Real-world example: Network equipment racks with diagnostic ports accessible from multiple angles and heights. A standing human technician can reach ports at chest height. A wheelchair user can access ports positioned lower. A wheeled robotic unit can approach from the front or side. A flying drone can access ports on top of the rack. No single “correct” position is assumed—the infrastructure accommodates diverse maintenance approaches.
Why this helps humans: Space for diverse approaches helps humans with different body types and abilities. The clearance that lets a wheeled robot navigate also accommodates technicians using mobility aids. Multiple approach angles help humans working in cramped spaces reach equipment from whatever direction is available. Height variations that accommodate different robotic form factors also help humans of different statures work comfortably.
The SCOMP Link: A Universal Interface Standard
Let’s get specific. What would a modern implementation of the SCOMP link actually look like?
Physical Layer
Connector Design: The physical connector needs to balance several requirements. It should use magnetic coupling for self-alignment and low insertion force—a robot with imperfect positioning can still make reliable contact, and a human can connect without precise alignment. The connector provides both power and data through the same interface, eliminating the need for separate connections. Weatherproof variants exist for outdoor infrastructure, sealed against moisture and dust. The form factor is small enough for embedded systems but robust enough for industrial environments.
Multiple Form Factors: Different infrastructure types need different approaches. Network equipment uses panel-mount versions integrated into rack hardware. Industrial machinery employs robust IP67-rated versions surviving harsh factory environments. Building systems incorporate low-profile versions mounting flush with walls. Outdoor infrastructure deploys weatherized versions with UV-resistant materials and sealed contacts.
Logical Layer
Protocol Architecture: The SCOMP protocol operates on a hierarchical access model. Level 1 provides surface status—basic operational state, performance metrics, and last maintenance timestamp. Level 2 offers subsystem diagnostics including component-specific health indicators, interface statistics, and configuration validation. Level 3 enables deep analysis with internal state variables, historical performance data, and predictive failure indicators.
Self-Description: Devices advertise their capabilities upon connection. They declare their type, model, and manufacturer. They list available diagnostic interfaces and supported maintenance procedures. They report current operational status and environmental operating conditions. They specify security and access requirements. This self-description means a maintenance system encountering an unfamiliar device can immediately understand how to interact with it.
Authentication and Security: Security is built into the protocol from the beginning, not added as an afterthought. Cryptographic authentication verifies both device and maintenance system identities. Read-only access is the default; write operations require explicit authorization and are always logged. Rate limiting prevents denial-of-service attacks through repeated queries. All communications can be encrypted end-to-end when required by security policy.
Information Architecture
State Exposure: Devices expose their state through standardized schemas. Operational status indicates whether the device is functioning normally, in warning state, or experiencing faults. Performance metrics provide quantitative measurements like throughput, temperature, power consumption, and resource utilization. Environmental data reports ambient conditions affecting operation. Dependency information shows relationships to other systems.
Historical Context: Beyond current state, devices provide historical context. Maintenance logs record all service activities with timestamps and outcomes. Component wear tracking uses standardized metrics for degradation assessment. Predictive indicators flag potential failures before they occur. Trend data shows performance evolution over time.
Human-Readable Translation: The SCOMP protocol includes provisions for human-readable interpretation. Technical status gets mapped to operational impact—”disk utilization 95%” becomes “storage capacity critical, recommend cleanup within 24 hours.” Maintenance recommendations are prioritized by urgency and business impact. Risk assessments automatically evaluate failure consequences.
The Network Fuse Concept: Security Through Design
One of the most powerful applications of Universal Maintenance Design is the concept of R2 units functioning as “network fuses”—sacrificial components that protect larger systems.
How Network Fuses Work
Traditional electrical fuses protect circuits by creating an intentional failure point. When current exceeds safe levels, the fuse breaks the circuit, protecting downstream equipment. The fuse is designed to fail; that’s its job.
R2 units as network fuses operate on the same principle:
Normal Operation Mode: The R2 unit positions itself as a trusted intermediary within a network segment. It facilitates communication between devices while continuously monitoring their behavior. It provides translation and diagnostic services to human operators. It maintains complete logs of all device interactions and state changes.
Anomaly Detection: The R2 unit continuously compares device self-reported state against observed network behavior. It watches for patterns indicating compromise—unusual traffic volumes, unexpected communication patterns, devices claiming normal operation while exhibiting abnormal behavior, or attempts to access resources outside normal parameters.
Failure Mode Activation: When the R2 unit detects compromise with high confidence, it immediately transitions to failure mode. It disconnects itself from the network segment, breaking the trust relationship. It alerts human operators with complete forensic data about the detected anomaly. It isolates the affected segment, preventing lateral movement of the compromise. The R2 unit has “failed” in the sense that it’s no longer providing services, but that failure protects the larger infrastructure.
Recovery: After investigation and remediation, the R2 unit can be restored from known-good state. The compromised segment can be examined in isolation. The complete activity log enables forensic analysis. The network resumes normal operation with confidence in containment.
Why This Improves Security
Current security approaches try to make every device impenetrable. Universal Maintenance Design with network fuses takes a different approach: assume compromise will happen, but design for rapid detection and containment.
Current approach problems: Compromised devices often operate normally from external perspective. Anomalous behavior has no baseline for comparison since devices don’t expose standardized state. Breaches go undetected for an average of 207 days according to IBM research. Lateral movement happens easily because there are no circuit breakers.
Network fuse advantages: Device state is continuously monitored through standardized SCOMP interfaces. Any discrepancy between claimed state and observed behavior is immediately flagged. Compromise is contained within minutes, not months. The R2 unit’s logs provide complete attack timeline for forensic analysis. The intentional failure point prevents cascade effects into critical infrastructure.
Implementation: A Practical Roadmap
This isn’t theoretical. Universal Maintenance Design can be implemented progressively, starting tomorrow.
Phase 1: Standards Development (Year 1)
Open Standards Body: Establish an international working group for Universal Maintenance Design standards. Include representatives from robotics, infrastructure, accessibility, and security communities. Develop open specifications with public comment periods. Create reference implementations demonstrating feasibility.
SCOMP Protocol Specification: Define the physical connector standard with multiple form factors for different applications. Specify the protocol layers from physical through application level. Establish the device self-description schema. Create the authentication and security framework. Develop conformance testing procedures.
Device Profile Repository: Build a community-maintained database of device capabilities and standard interfaces. Establish versioning and update procedures. Create validation frameworks for profile accuracy. Enable crowdsourced contributions with peer review.
Phase 2: Pilot Programs (Years 1-3)
Government Buildings: Implement Universal Maintenance Design in new public infrastructure projects. Retrofit existing critical facilities with SCOMP-compatible monitoring. Deploy R2-style maintenance units in pilot locations. Measure maintenance cost reductions and reliability improvements.
Academic Research: University programs develop prototype robotic maintenance systems. Research programs validate the principles in diverse environments. Student projects contribute to the device profile repository. Publications document successes and challenges.
Industry Partnerships: Forward-thinking manufacturers adopt SCOMP interfaces in new products. Retrofit adapter modules get developed for legacy equipment. Early adopters gain competitive advantages through superior maintainability. Case studies demonstrate return on investment.
Phase 3: Regulatory Integration (Years 3-5)
Building Codes: Update building codes to require Universal Maintenance Design in new construction. Establish minimum requirements for diagnostic interface accessibility. Create incentives for retrofitting existing infrastructure. Phase in requirements progressively by building type.
Industry Standards: Professional organizations incorporate UMD principles into best practices. Certification programs for UMD-compliant infrastructure emerge. Insurance companies offer premium reductions for compliant facilities. Procurement requirements include UMD specifications.
Right to Repair Alignment: Leverage existing right-to-repair legislation momentum. Frame UMD as extending repair rights to both humans and robots. Build coalitions with consumer advocacy groups. Use economic arguments about reduced total cost of ownership.
Phase 4: Ecosystem Development (Years 5+)
Robotic Maintenance Industry: Specialized maintenance robots emerge for different infrastructure types. Service companies offer robot-augmented maintenance contracts. Competition drives innovation in maintenance automation. Human-robot collaborative maintenance becomes standard practice.
Training and Education: Technical schools teach Universal Maintenance Design principles. Technician training includes working alongside robotic systems. Engineering programs incorporate UMD into curriculum. Professional development programs enable career transitions.
Continuous Improvement: Standards bodies update specifications based on field experience. New device profiles are continuously added to the repository. Security research identifies and addresses emerging threats. The ecosystem evolves organically while maintaining backwards compatibility.
Why This Matters: The Broader Implications
Universal Maintenance Design isn’t just about making R2-D2 possible. It’s about fundamentally reimagining our relationship with infrastructure.
Economic Benefits
Reduced Maintenance Costs: Standardized procedures eliminate the need for vendor-specific training. Robotic maintenance reduces labor costs for routine tasks. Predictive maintenance catches failures before they cause downtime. Extended equipment lifecycle through better maintenance practices.
Improved Reliability: Consistent, repeatable maintenance procedures reduce human error. 24/7 monitoring catches problems earlier. Parallel operation across multiple locations enables rapid response. Better documentation enables more effective troubleshooting.
Enhanced Safety: Robots handle hazardous maintenance tasks, reducing human exposure. Confined spaces, toxic environments, and dangerous heights become safer. Emergency response improves through robotic reconnaissance. Accident rates decline when robots take the most dangerous work.
Social Benefits
Improved Accessibility: Infrastructure becomes more maintainable by people with diverse physical capabilities. The standardization that helps robots also helps human technicians with disabilities. Remote diagnosis enables maintenance work from anywhere. Career opportunities expand for people previously excluded by physical requirements.
Better Working Conditions: Technicians focus on interesting problems rather than routine checks. Physical demands of maintenance work decrease. Career longevity improves as work becomes less physically taxing. Human expertise gets augmented by robotic capabilities rather than replaced.
Environmental Sustainability: Extended equipment lifecycle reduces electronic waste. Better maintenance improves energy efficiency. Predictive failure prevention reduces resource waste. Modular design enables repair rather than replacement.
The Integration Challenge
Here’s the crucial point: Universal Maintenance Design might be necessary for successful robotic integration into society.
Without standardized interfaces, every robot needs custom programming for every infrastructure type. Without predictable access patterns, robots can’t reliably perform maintenance tasks. Without security built into the design, robotic access creates new vulnerabilities. Without consideration for diverse form factors, infrastructure accessibility limits robotic capabilities.
We can keep building robots that struggle with infrastructure designed for humans, or we can design infrastructure that welcomes both human and robotic maintenance. One path leads to expensive, fragile automation that never quite works. The other leads to robust, reliable systems that benefit everyone.
The Archaeological Perspective
I keep returning to my archaeological background because it provides crucial insight into how technologies succeed or fail.
Lost technologies weren’t inferior—they were unsupported: Roman concrete wasn’t forgotten because we found something better. The economic and social systems that transmitted that knowledge collapsed. The technology was excellent. The support structure disappeared.
Universal Maintenance Design is an investment in infrastructure knowledge preservation: When maintenance procedures are standardized, documented, and machine-executable, that knowledge becomes much harder to lose. When devices self-describe their interfaces, the information stays with the artifact. When robotic systems can query unfamiliar devices, we’ve created a resilient knowledge system.
We’re designing not just for today’s robots, but for future systems we can’t yet imagine: Just as curb cuts helped wheeled luggage users decades before luggage wheels were common, SCOMP-compatible infrastructure will benefit robotic systems we haven’t invented yet. The accessibility we build in today creates opportunities for innovations we can’t predict.
This is infrastructure as archaeology in reverse: We’re deliberately designing artifacts with sufficient context and standardization that future systems—whether human or robotic—can understand and maintain
All Is Motion – Enhanced Homepage
them. We’re embedding the maintenance manual into the infrastructure itself.
Next Time
In Part 4, I’ll dive into the actual implementation on the Jetson Nano—the real code, the real challenges, and what I’ve learned from building a prototype R2 network scanner. We’ll explore the discovery sequence, protocol handling, the AI translation layer, and yes, procedural R2 sound generation.
We’ll also examine the training data challenge: how do you teach an AI to translate technical device status into human-readable language? What does expert knowledge look like when digitized? How do we capture the intuition experienced technicians bring to diagnosis?
The technology exists. The principles are sound. The economic case is compelling. What we need now is the will to build infrastructure that serves both humans and robots—and the vision to see that those aren’t opposing goals.
Next:Part 4 – Building in Public: Network Discovery & The Curious Astromech
The R2 Astromech Project is open source and welcomes collaboration on Universal Maintenance Design principles. If you’re interested in SCOMP protocol specification work, government infrastructure applications, or accessibility research, join the conversation. Together we can build the infrastructure we should have had all along.
About the author: I’m an archaeologist and AI researcher who studies how societies preserve (or lose) technical knowledge across generations. Universal Maintenance Design applies archaeological methodology to modern infrastructure: designing today’s systems to remain comprehensible to tomorrow’s maintainers, whether human or robotic.
A History of Lost Technologies and Changed Incentives
Part 2 of the R2 Astromech Project series
In the first post, I explained why I’m building an R2-D2 style helper droid—a universal translator for machines that can diagnose infrastructure, speak multiple protocols, and tell you what’s actually wrong in plain language. But that raises an obvious question:
If this is such a good idea, why doesn’t it already exist?
The answer isn’t technical. We have all the necessary components. The answer is historical and economic—and it follows a pattern archaeologists recognize immediately: technologies get abandoned when the incentive structures that sustained them collapse.
Today, I want to trace exactly how we got from Industrial Automaton’s brilliant R2 design philosophy to the vendor-locked nightmare we inhabit now. This isn’t just about Star Wars droids. This is about a fundamental shift in how we build technology, and what we lost in the transition.
Industrial Automaton: A Case Study in Modular Design
Let’s start with what made the R2 series revolutionary, according to the (admittedly fictional) history.
The Merger That Changed Everything
Industrial Automaton was formed from the merger of Industrial Intelligence and Automata Galactica—two companies with very different philosophies. The merger was contentious:
Automata Galactica acquired Industrial Intelligence through superior profits
Industrial Intelligence employees resisted, encrypting their project files
Hackers eventually cracked the encryption, revealing plans for the “Intellex” computer system
Industrial Intelligence sued over use of their blueprints, but the legal attention to their own encrypted files forced them to abandon the case
The legal battle lasted a decade, damaging the P-series reputation and costing enormous sums
This origin story is actually perfect for understanding tech industry dynamics. The legal warfare over proprietary technology, the encryption of internal knowledge, the decade-long dispute—these are patterns we see constantly in modern tech.
But what emerged from this messy merger was something remarkable.
The R2 Design Philosophy: Four Core Principles
1. Standardized Universal Interfaces
The R2’s SCOMP link (Ship Computer Access Port) was a universal interface that could connect to any ship system. Physical standardization meant the same connector worked across all manufacturers. Logical standardization ensured consistent query protocols regardless of ship type. No vendor-specific adapters were required, and power plus data flowed through a single connection point.
The Intellex IV computer core contained over 700 different spacecraft configurations—not because each ship type required custom code, but because the interface layer was standardized. R2 didn’t need to “know” every ship; it knew how to ask ships about themselves.
2. Deliberate Modularity and “Wasted Space”
Industrial Automaton’s engineers did something counterintuitive: they included empty space inside the R2 chassis specifically for user modifications. This was inspired by Corellian ship-building practices—the Millennium Falcon philosophy of “hot-rodding” standard designs. The R2 body wasn’t packed tight with components. It had room for additional tool appendages, upgraded sensors, extended battery packs, and user-specific customizations that couldn’t have been predicted at design time.
Standard appendages could be quickly swapped out. Arms were fully retractable with consistent mounting interfaces. This wasn’t just “nice to have”—it was designed in from the beginning.
3. Transparent State Exposure
R2 units were designed to interface with ships that wanted to be understood. Systems in the Star Wars universe exposed their internal state through standardized diagnostic protocols. Reactor status was clearly reported through standard channels. Hyperdrive diagnostics remained accessible via SCOMP link without proprietary tools. Life support systems broadcast their operational state. Navigation computers provided complete telemetry without vendor-specific software requirements.
This wasn’t a security vulnerability—it was infrastructure designed for maintenance. The Death Star’s systems could be accessed by R2-D2 precisely because Imperial engineers followed (mostly) standard protocols for critical infrastructure.
4. Aftermarket Ecosystem as Business Model
Here’s the brilliant part: Industrial Automaton made money from openness. They offered after-market modification packages including underwater propellers for aquatic environments, jet thrusters for atmospheric flight, enhanced sensor packages, and specialized tool complements for specific mission profiles. Users equipped R2s with diverse accessories, creating a competitive modification community. This extended product lifespan, created ongoing revenue streams, built user loyalty, and established R2 as a platform rather than a product.
The modularity wasn’t charity—it was smart business. Industrial Automaton monopolized the droid market by being open, not closed.
The Unix Philosophy: Earth’s Industrial Automaton Moment
We actually had this. For a brief, shining moment in computing history, we built systems on these exact principles.
The Unix Design Philosophy (1970s-1990s)
Early Unix embodied modular design thinking:
“Do one thing and do it well”:
Small, composable tools (grep, sed, awk)
Standard input/output interfaces (pipes, text streams)
No tool needed to understand every other tool
Chain simple components to build complex behaviors
“Everything is a file”:
Devices, processes, hardware—all exposed through consistent file interfaces
/dev/ provided standard access to hardware
You could query system state by reading files
Transparency was a design goal, not an afterthought
View source: you could learn by reading how others built things
Interchangeable services:
Switch email providers without losing functionality
Host your website anywhere, DNS just worked
RSS feeds let you aggregate content from any source
No platform could lock you in because everything spoke standard protocols
Right to tinker:
You owned your hardware and could modify it
Software came with source code or at least documentation
Hardware repair manuals were available
Tinkering was expected, not prohibited
This era felt like living in the Star Wars universe—your droid (computer) could talk to any ship (server), using standardized protocols, without vendor permission.
The Turning Point: When Incentives Changed
So what happened? How did we get from that to iPhones you can’t repair and smart home devices that only work with specific apps?
The Dotcom Crash and the “Walled Garden” Solution (2000-2007)
The dotcom crash changed everything. Companies that survived learned a harsh lesson: you can’t make money giving things away. AOL’s model suddenly looked prescient with its curated content instead of the open web, proprietary client instead of standard browsers, dial-up network users couldn’t leave, and monthly subscription revenue that actually worked.
Apple’s iPod/iTunes ecosystem (2001) demonstrated the new model masterfully. The proprietary connector (30-pin, later Lightning) meant you needed Apple cables. DRM-protected music only played within Apple’s ecosystem. Tight hardware/software integration prevented third-party modification. Everything “just worked”—but only within the walled garden. The market rewarded this approach handsomely. Apple’s market cap exploded. The lesson was clear: control the ecosystem, control the revenue.
The Smartphone Revolution (2007-2012)
The iPhone launched in 2007 and fundamentally changed the rules. It was closed by design from the beginning. You couldn’t replace the battery initially. Installing apps from outside the App Store was prohibited. Accessing the filesystem like a normal computer was impossible. Repairs required Apple-authorized technicians or would void your warranty.
But it worked beautifully. The seamless user experience, apps that “just worked” together, no command line or configuration files, and no tinkering required created something consumers genuinely wanted. The security through obscurity and vendor control meant fewer malware problems than open platforms faced.
The market spoke loudly: consumers preferred “it just works” to “you can modify it.” And who could blame them? The Unix command line intimidated normal users. Configuring X11 was arcane magic. The open web was increasingly full of malware and security nightmares. The tradeoff seemed reasonable: Give up control and modularity, get reliability and ease of use.
Cloud Services and SaaS (2008-2015)
Then came the cloud revolution. The new paradigm was “you’ll own nothing and be happy.” Google Docs replaced Word files you controlled. Spotify replaced MP3s you owned. Cloud storage replaced local files. Apps became services, not software you bought once and used forever.
The data center model drove massive centralization of computing resources. APIs replaced open protocols, and crucially, APIs were vendor-controlled rather than standardized. Your data lived on their servers, under their terms. Interoperability only happened when vendors explicitly allowed it. The subscription economy emerged fully formed with monthly fees instead of one-time purchases, creating continuous revenue streams. Features were held hostage to payment—ask anyone using Adobe or Microsoft Office. You couldn’t use old versions anymore; forced upgrades became the norm.
This was the complete opposite of Industrial Automaton’s model. Instead of selling you a droid you owned and could customize, companies rented you access to their droids, which you could only use according to their constantly evolving terms of service.
IoT and the Smart Home Disaster (2012-present)
The final nail in the coffin came with the Internet of Things. Every vendor created their own ecosystem with zero interoperability. Philips Hue requires a Hue bridge and Hue app. Google Nest demands a Google account and Google cloud services. Amazon Ring needs an Amazon account, Amazon servers, and Amazon AI. Samsung SmartThings insists on a Samsung hub and Samsung protocols.
Fragmentation became a feature rather than a bug. Devices deliberately don’t interoperate with competitors. Hubs are required to “translate” between vendor protocols. Updates can brick devices—anyone remember Insteon? When a company goes bankrupt, your devices become expensive paperweights with no recourse.
The “smart” home turned out to be incredibly stupid. Light bulbs now require firmware updates. Door locks need cloud services to function at all. Thermostats won’t work if the internet goes down. Cameras can’t record locally without a subscription. We went from “lights that turn on when you flip a switch” (100 years of reliable operation) to “lights that might turn on if the cloud service is operational and your Wi-Fi is working and the firmware hasn’t bricked itself during an overnight update.”
The Economic Logic: Why Vendor Lock-in Won
Here’s the uncomfortable truth: vendor lock-in is more profitable than openness, at least in the short term.
The Razor and Blades Model
Industrial Automaton sold R2 units and aftermarket modifications. Modern companies realized they could achieve far better financial outcomes with a different approach.
The old R2-style model meant selling a droid for 4,245 credits, then selling optional modifications for additional revenue. The user owned the droid and kept it forever. Revenue was essentially one-time plus occasional upgrades—a transaction that concluded.
The new subscription model flipped this entirely. Companies give away hardware at cost or even subsidize it, then require monthly subscriptions for the device to function properly. The user never owns the device, merely licensing its functionality. Revenue becomes perpetual, predictable, and consistently growing rather than a single transaction followed by silence.
Consider the Ring doorbell as a concrete example. The device itself costs €100-200, often on sale to drive adoption. But cloud recording requires a €10/month subscription. Over five years, that’s €600 in subscription fees. Total revenue per customer reaches €800 compared to €200 for a one-time purchase. The strategic brilliance is that customers can’t leave without buying entirely new hardware, creating incredible switching costs and customer lock-in.
The Support Contract Trap
Enterprise equipment manufacturers took this logic even further by weaponizing complexity. Cisco switches require specialized IOS knowledge and device-specific command syntax. Their SNMP MIBs aren’t publicly documented, forcing dependence on vendor tools. Configuration backups use vendor-specific formats that don’t export cleanly to competitors. Interoperability is technically possible but practically prevented through intentional friction.
This complexity makes support contracts mandatory rather than optional. Firmware updates hide behind support paywalls. Security patches require active support agreements—no support means you can’t deploy critical security fixes. TAC (Technical Assistance Center) access costs thousands annually. The security implications alone force you to maintain these contracts indefinitely.
Certification programs complete the lock-in. CCNA, CCNP, and CCIE certifications cost thousands in training and exam fees. They create professional identities where certified individuals defend their expertise investment. These skills deliberately don’t transfer to other vendors, meaning switching costs apply to entire IT departments, not just infrastructure. Companies find themselves locked in through human capital investment, not just sunk equipment costs.
The Platform Economy
Software companies perfected the lock-in model through network effects. Everyone uses Microsoft Office, creating inescapable pressure for you to use Office too. All contractors use Adobe Creative Cloud, forcing subscription adoption. Company-wide deployment of Slack or Teams means individual employees must join whether they prefer it or not. You literally can’t collaborate effectively without joining the platform—individual choice becomes impossible.
The data hostage situation compounds over time. Years of email accumulate in Gmail. Decades of files pile up in Dropbox. Photos fill iCloud storage. Migration is technically possible but practically prohibitive given the time investment, potential data loss, and workflow disruption. Companies understand this perfectly—they’re not selling you storage, they’re buying your future captivity.
API access completes the trap. Want to build on our platform? Follow our rules, which we can change at any time. We can modify APIs without warning, breaking your integrations. We can revoke access for any reason, including building features that compete with our roadmap. Your business depends entirely on our goodwill, and that power imbalance isn’t accidental—it’s the business model.
What We Lost: The Four Pillars
Comparing Industrial Automaton’s R2 design to modern “smart” devices reveals exactly what we sacrificed:
1. Universal Interfaces → Proprietary APIs
Then (R2 SCOMP link):
Physical standard: same connector everywhere
Logical standard: consistent protocols
No vendor lock-in: any certified droid could interface
Openly documented: standard specifications available
Now (IoT ecosystem):
Each vendor has different connector/protocol
Cloud APIs that vendors control completely
Deliberately incompatible to prevent competition
Documentation behind NDAs or nonexistent
2. Transparent State → Security Through Obscurity
Then (ship systems):
Diagnostic ports exposed system health
Status clearly reported through standard channels
Maintenance was designed-in, not retrofitted
Transparency = maintainability
Now (modern devices):
Internal state hidden behind vendor apps
No standardized diagnostic interfaces
“Security” used as excuse for opacity
Maintenance requires vendor tools or isn’t possible at all
3. User Ownership → Licensed Access
Then (R2 ownership):
You bought the droid, you owned it
Modifications were expected and supported
Aftermarket was a feature, not a bug
Device worked forever without ongoing payments
Now (subscription model):
You license access to functionality
Modifications void warranty or are technically prevented
Must maintain subscription or device stops working
Planned obsolescence through forced updates or discontinued support
4. Modular Ecosystems → Walled Gardens
Then (R2 aftermarket):
Third-party modifications thrived
Competitive modification communities
Extended lifespan through upgrades
Platform thinking: droid as base for expansion
Now (closed ecosystems):
Third-party accessories prohibited or crippled
“Made for iPhone” certification required (with fees)
Devices designed for replacement, not repair
Product thinking: complete unit or nothing
The Counterargument: “But It Just Works!”
The defenders of the modern approach have a point: walled gardens do deliver better user experience, at least initially.
The Apple Argument
Tight integration genuinely enables valuable features. Seamless handoff between devices lets you start work on an iPhone and continue on a Mac without thinking. Consistent UI/UX across the ecosystem means you learn once and apply everywhere. Better security through code signing and app review catches many threats before they reach users. The famous “it just works” experience doesn’t require technical knowledge—my parents can use an iPhone confidently, something they absolutely couldn’t do with Linux.
This is real value. It’s not marketing hype. The walled garden solves genuine problems that plagued open systems.
But consider the cost: that €999 phone can’t have its battery easily replaced. When Apple decides the device is “obsolete,” it stops receiving updates regardless of functionality. You can’t install software Apple doesn’t approve. Your entire digital life becomes locked to one vendor whose business interests may not align with yours indefinitely.
The Security Argument
Closed systems demonstrably provide better security for average users. App Store review catches at least some malware before it reaches users. Code signing prevents unsigned executables from running without explicit user override. Sandboxing limits the damage from compromised apps. Average users receive protection from themselves and their potentially risky choices.
This security benefit is also real. Open Android ecosystems do experience more malware infections. The Wild West of downloadable executables led to massive bot networks and ransomware. Security through centralized control works for many threat models.
But consider the alternative approach: Open source allows security researchers to audit code directly. Community-found vulnerabilities often get fixed faster than vendor-discovered ones. No single point of failure exists if one company is compromised. Users can verify security claims rather than trusting vendor assertions. The question isn’t whether walled gardens provide security, but whether they’re the only way to achieve it.
The “Tragedy of the Commons” Problem
The open web developed real problems that walled gardens solved. Spam ruined email, necessitating Gmail’s aggressive filtering and centralized reputation systems. Malware ruined software downloads, necessitating app stores with review processes. Ad tech ruined the web experience, necessitating walled garden apps that controlled the advertising ecosystem. Trolls ruined public forums, necessitating heavily moderated platforms with centralized authority.
The open internet had genuine, serious problems. Walled gardens solved them, often elegantly. Users flocked to these solutions because they worked better than the chaotic alternative.
But we threw out the baby with the bathwater. We solved spam by centralizing email control. We solved malware by prohibiting unapproved software installation. We solved ad tech by… actually, we just moved it into the walled gardens, where it became even more invasive because vendors now controlled both the platform and the advertising. The solutions worked, but they came with costs we’re only now beginning to calculate.
The Path We Didn’t Take: Modular Security
Here’s what bothers me most: we didn’t have to choose between “open chaos” and “controlled gardens.”
A modern R2 design would demonstrate how:
Secure Modularity Is Possible
Cryptographic signing works without centralization. Apps could be signed by developers and verified by users directly, eliminating the need for a central app store while still allowing stores to curate and recommend. Revocation remains possible without vendor control through distributed certificate transparency. F-Droid on Android proves this model works in production today, providing security without centralized gatekeeping.
Sandboxing doesn’t require vendor lock-in. Apps can run in isolated containers with permissions managed by the operating system rather than platform vendors. Standard security models can work across platforms without vendor control. Flatpak, Snap, and AppImage on Linux demonstrate that sandboxing and open platforms coexist successfully.
Open protocols can include robust authentication. SCOMP-style interfaces could require proper authentication without vendor gatekeeping. Cryptographic verification of identity uses well-established standards. Standard protocols don’t inherently mean insecure protocols—TLS, SSH, and mTLS prove that open standards can provide enterprise-grade security without vendor control.
What Industrial Automaton Got Right
The R2 design wasn’t “open” in the sense of “no security whatsoever.” It was standardized interfaces with proper authentication. SCOMP links required proper authorization before granting access. Diagnostic access was logged and auditable by system administrators. Emergency overrides existed but were controlled and traceable. The famous “garbage masher” scene worked because R2 had legitimate access credentials, not because systems had no security.
This is the model we should have followed. Instead of “everything is locked down, trust no one, vendor controls all,” we could have built “standard interfaces, cryptographic authentication, user-controlled authorization.” Instead of “app store or nothing,” we could have “multiple trusted repositories, user choice of curators, open standards for distribution.” Instead of “cloud services or local control, pick one,” we could have “federated protocols, self-hostable instances, interoperable by design.”
Why This Matters Now
We’re at an inflection point. The current model is showing cracks:
Right to repair legislation is forcing companies to provide parts and documentation. The EU’s Digital Markets Act is requiring interoperability. Open source AI is challenging proprietary model lock-in. Users are getting fed up with subscription fatigue and planned obsolescence.
This is our chance to reclaim modular design philosophy.
The R2 astromech project isn’t just a fun weekend hack. It’s a demonstration that we can build helper droids with modern security standards and open protocols. That vendor lock-in isn’t necessary for good user experience. That transparency and maintainability can coexist with security.
Next Time
In Part 3, I’ll introduce Universal Maintenance Design—an extension of Universal Design principles to make infrastructure inherently maintainable by both humans and robots. We’ll explore how designing systems to be “R2-accessible” actually improves security, reduces costs, and extends equipment lifespans.
We’ll also dive into the SCOMP link specification I’m developing: what would a modern universal diagnostic interface actually look like? How do you balance security with accessibility? What can we learn from past attempts like SNMP, and why did they fail to become truly universal?
The technology exists. The standards are achievable. What we need is the will to build infrastructure that serves users instead of vendors.
The R2 Astromech Project is open source. R2-astromech
If you’re interested in helping design a SCOMP protocol specification, contributing device profiles, or just want to discuss why your “smart” doorbell stopped working after a firmware update, drop a comment below.
About the author: I’m an archaeologist who studies how technologies get lost when economic incentives shift. Turns out you can apply archaeological methodology to modern infrastructure: systematic documentation, stratigraphic analysis of protocol layers, and asking “why did they stop building things this way?” Current research interests include astromech droids and why we can’t have nice things.
Or: How Star Wars Reveals Everything Wrong With Modern Technology
Part 1 of a series on astromech droids, universal design, and the technologies we’ve lost and/or failed to develop.
I’m sitting in my workshop come sitting room with an NVIDIA Jetson Nano, (Update: now im using a Raspberry Pi) a tangle of cables, and an increasingly uncomfortable question: Why doesn’t R2-D2 exist?
Not the little beeping astromech from Star Wars—though that’s the inspiration. I mean the concept. The idea of a small, curious helper that can talk to any machine, understand what it’s trying to tell you, and translate that mess of error codes and blinking lights into something a human can actually use.
We have smart homes where devices won’t acknowledge each other’s existence. Factory floors running equipment that speaks Modbus, SNMP, proprietary REST APIs, and ancient serial protocols—often simultaneously. Office networks where a single connectivity issue requires physical access to three different closets on different floors. And when something breaks? You’re on your own, frantically correlating timestamps across incompatible logging systems, or paying a specialist who charges €150/hour because they alone understand the vendor’s particular dialect of “standard” protocols.
So I’m building an R2 unit.
The Vision: A Universal Translator for Machines
Picture this: You walk into any building—your home, your office, a factory, a data center. You have a small device, about the size of a lunchbox. It rolls around (or sits on your desk, or clips to your belt—modularity is key). Within minutes, it has:
Discovered every networked device
Identified what each one is and what it does
Checked their status and health
Translated all that technical noise into plain English
Made cute R2-D2 sounds while doing it
Happy beeps for “everything’s nominal.” Concerned wobbles for “that switch is running hot.” Urgent whistles for “your router is about to die.”
It doesn’t need special software from each vendor. It doesn’t care if you have Cisco switches, TP-Link routers, Raspberry Pis, industrial PLCs, or a mix of everything. It speaks their languages—SNMP, HTTP, Modbus, mDNS, all of them—and translates back to you.
It’s your personal astromech droid. Your machine whisperer. Your helper.
The “Aha” Moment
It has ocurred to me many times, but particularly struck me during a routine network troubleshooting session. I was three terminals deep, switching between different vendor management interfaces, each with its own password I’d reset twice, trying to figure out why traffic was dropping.
One device requires a hard connection and have no indicators of their state. Another required SSH with arcane commands I had to look up. A third had an SNMP interface but only if you knew the right community string. The fourth just… blinked unhelpfully.
All these machines were trying to tell me something. They had status information. Error logs. Performance metrics. Somewhere. But getting it required speaking four different languages, remembering vendor-specific quirks, and maintaining a mental model of how all these systems interrelated.
I thought: “Where is R2-D2 when you need him.”
When R2 rolls up to a new spaceship, he doesn’t care if it’s a Corellian freighter or an Imperial Star Destroyer. He plugs in his scomp link, has a quick electronic conversation, and boom—he knows what’s going on. Then he translates that into beeps and whistles that Luke or Leia can understand, or he just fixes it himself.
Why don’t we have that?
The Missing Service Layer: A Hole in Our Technology Stack
Here’s what struck me after that troubleshooting session: we’re missing an entire class of technology.
Think about the layers we do have:
Physical Layer: The hardware itself. Switches, routers, sensors, PLCs, motors, controllers. We make these increasingly sophisticated, increasingly powerful, increasingly complex.
Application Layer: The software that runs on them. Web interfaces, mobile apps, dashboards, SCADA systems. We make these increasingly feature-rich, increasingly data-heavy, increasingly specialized.
But what sits between them and us?
Nothing. We expect humans to bridge that gap directly. We expect network administrators to simultaneously understand Cisco IOS, Ubiquiti UniFi, TP-Link web interfaces, and raw SNMP queries. We expect factory technicians to read Modbus registers, interpret PLC ladder logic, and diagnose motor controller faults. We expect building managers to navigate BACnet, interpret HVAC sequences, and correlate events across incompatible systems.
This is insane.
The Cognitive Load Crisis
Every technology vendor adds to your cognitive burden:
Another interface to learn
Another set of credentials to manage
Another mental model to maintain
Another troubleshooting methodology to master
There’s no translation layer. No intermediary that speaks all these dialects and translates them into something humans can actually work with. You’re expected to hold dozens of incompatible systems in your head simultaneously and correlate their behaviors in real-time.
And it’s getting worse.
The average office network in 2000 might have had 20 networked devices. Today? Easily 200+. The average home in 2010 had maybe 3 connected devices. Today? 15-25, all speaking different protocols, all requiring different apps, none talking to each other.
We keep adding complexity at both ends—more sophisticated hardware, more feature-rich software—while completely ignoring the growing gap between what systems can do and what humans can comprehend.
What Should Exist: The Translation Service Layer
Imagine if we had a standard service layer that sat between complex systems and humans. Not a monitoring system (those exist, and they’re part of the problem—just more complexity). Not a dashboard (which still requires you to understand what you’re looking at).
A genuine translation and intermediary layer that:
Speaks every dialect natively – SNMP, Modbus, BACnet, HTTP APIs, MQTT, CoAP, you name it
Understands context – Knows what “normal” looks like for your specific infrastructure
Translates to human language – “Port 24 is overheating and will fail within 48 hours” not “Temp sensor OID 1.3.6.1.4.1… reading 67C”
Acts as your proxy – Can be physically present in multiple locations simultaneously
Reduces cognitive load – You don’t need to understand the underlying protocols, just what’s actually wrong
This isn’t a product. This is an entire missing technology category.
It’s like discovering we built a telecommunications network without inventing the telephone switchboard operator, or built the internet without inventing DNS. There’s a fundamental service layer that should exist but doesn’t.
Why Doesn’t This Exist?
The absence isn’t technical—we have all the components. It’s economic and structural:
Vendor Lock-In Benefits from Complexity When you need specialized knowledge to work with equipment, vendors can charge for:
Proprietary diagnostic tools
Certification programs
Support contracts that should be unnecessary
“Professional services” to interpret their own devices
Monitoring Companies Profit from Fragmentation Every incompatible protocol means another software license. Every vendor-specific interface means another integration module to sell. Complexity is the product.
No Individual Company Can Build It A universal translation layer requires cooperation across competing vendors. It requires open standards and interoperability. It requires sacrificing the profitable complexity that keeps customers locked in.
Market forces actively prevent this technology class from emerging, even though the need is desperate and growing.
The R2 Solution
This is why the R2 concept is so powerful. Helper droids are the physical manifestation of the missing service layer.
They would:
Embody the translation function (protocols → human language)
Provide the spatial presence needed for distributed infrastructure (multiple locations simultaneously through a fleet)
Reduce cognitive load (you interact with the droid, not with 47 different vendor interfaces)
Break vendor lock-in (standardized SCOMP interface works with everything)
An R2 unit isn’t just a diagnostic tool. It’s the first implementation of an entire technology category that should have existed decades ago but couldn’t emerge because market incentives pushed against it.
The Broader Implications
Once you see this gap, you can’t unsee it. The missing service layer appears everywhere:
In healthcare: Medical devices that can’t talk to each other. Monitors, pumps, diagnostic equipment—all siloed, all requiring specialized interpretation, all adding to clinician cognitive load.
In industrial automation: Factory floors with dozens of incompatible control systems. Operators juggling multiple screens, multiple interfaces, multiple mental models.
In smart buildings: HVAC, lighting, security, fire systems—all separate, all requiring different expertise, all failing to coordinate during emergencies.
In agriculture: Sensor networks, irrigation controllers, weather stations—all producing data, none speaking to each other, farmers manually correlating everything.
In transportation: Vehicle diagnostics, traffic systems, logistics networks—all generating information, all requiring specialized knowledge to interpret.
The pattern repeats everywhere humans interact with complex technical systems. We keep adding sophistication at the device level and features at the application level while completely ignoring the human in the middle who’s drowning in cognitive load.
We need the service layer. We need the translators. We need the helper droids.
Not because they’re cute or nostalgic or fun to build (though they are all those things). But because there’s a genuine, critical gap in our technology infrastructure that’s making systems less maintainable, less reliable, and less safe.
The R2 project is an attempt to demonstrate that this missing layer is buildable, practical, and necessary. And maybe, just maybe, if we build it well enough and document it openly enough, we can create the pressure needed to make universal translation interfaces a standard part of infrastructure design.
Because the alternative—continuing to pile complexity on complexity while expecting humans to bridge an ever-widening gap—is unsustainable.
This is the cognitive load crisis. This is the missing service layer. This is why we need helper droids.
Why This Matters (Beyond the Fun)
Here’s where the fun project gets serious.
We live in an age of unprecedented technological complexity. The average household has 10-15 networked devices. Offices have hundreds. Industrial facilities have thousands. And almost none of them talk to each other in meaningful ways.
This isn’t because it’s technically impossible. We have the protocols. We have the standards. The engineering challenge of building a universal diagnostic device is completely solvable.
But it doesn’t exist. And I think I know why.
There’s no business model for it.
Vendor lock-in is profitable. If your Cisco switch only speaks Cisco’s language optimally, you need Cisco tools, Cisco training, Cisco support contracts. If your industrial PLC requires proprietary software, you’re locked into that vendor’s ecosystem.
Simplicity doesn’t scale revenue. A device that just works, that you can diagnose yourself, that tells you plainly what’s wrong—that’s terrible for support contract sales.
Gatekeeping creates artificial scarcity. When only certified technicians can understand your equipment, those technicians can charge premium rates. When only specialists understand the protocols, those specialists are valuable.
Security is a notorious area for this problem. We know that open source is more secure in general. Devices though spend almost no effort on making it easy to access their stste, what they think is happening in their world. Which is a large percentage of troubleshooting connections. But there is no real monetary incentive to make things more secure by opening them to a troubleshooting layer such as R2 devices.
None of this serves users. It serves vendors and creates a professional class around unnecessary complexity.
The Archaeological Parallel
I come from archaeology, and this reminds me of something we see in historical research all the time: technologies get lost not because they stop working, but because the economic incentives change.
Roman concrete lasted millennia. Medieval blacksmiths made steel we can barely replicate. Ancient navigation techniques worked perfectly well. But the knowledge of how to do these things vanished because the social and economic structures that preserved them collapsed.
We’re watching this happen in real-time with modular, maintainable technology.
Industrial Automaton, the fictional company that built R2-D2, had a brilliant design philosophy:
Standardized interfaces that any droid could use
Modular components you could swap out
Devices that exposed their internal state clearly
An open ecosystem where third-party modifications thrived
That philosophy used to exist in computing. Early Unix systems were built on interchangeable tools. The internet itself was designed for interoperability. Open standards were the foundation.
But increasingly, that’s not the world we live in. We have walled gardens. Proprietary protocols. Devices that actively prevent third-party repair or diagnostics. Complexity as a feature, not a bug.
So I’m Building a Droid
This project is partly a technical exercise. I’m genuinely curious whether I can build something that discovers devices, speaks their protocols, and translates their status into human language—all on a Jetson Nano small enough to carry around.
But it’s also a statement. A proof that we could have helper droids if we wanted them. That the technology isn’t what’s missing—it’s the will to build for users instead of against them.
Over this series, I’ll share:
The technical journey (how you actually build this thing)
The design philosophy (why Industrial Automaton got it right)
The economics (why modern incentives push the other direction)
The accessibility angle (Universal Maintenance Design as an extension of Universal Design)
The path forward (how we might get from here to there)
What’s Next
In the next post, I’ll dig into the history: how did we get from the modular, maintainable design philosophy of early computing to the vendor-locked nightmare we have today? What can Industrial Automaton’s fictional history teach us about real-world technology choices?
For now, I’m going to keep teaching my Jetson Nano to speak SNMP and make happy beeps when it finds a working device.
Because somewhere, in a workshop far, far away, a little astromech droid is rolling toward a broken hyperdrive with nothing but curiosity, determination, and a scomp link.
Want to follow along with the build? The project is open source: [GitHub link]. Have thoughts on modular design, vendor lock-in, or why your smart home makes you want to scream? Let me know in the comments.
About the author: I’m an archaeologist and AI researcher who codes in Python and curses at recalcitrant macnines. This seems like a natural career progression.
An interesting history of Industrial Automaton in the Star Wars universe.
Update of 2014 article Dualism: The “Great Divide” in the Philosophy of Archaeology.
“They made up their minds to name two forms, of which they must not name one—in this they have gone astray.”
Parmenides of Elea
Archaeology is a discipline in philosophical crisis, charged with creating a narrative, the story of our species evolution, it seeks to further understanding of how, and why, our species unique history unfolded. But, while documenting change in human history proceeds with reasonable success, progress in understanding the mechanisms driving this change has been painfully slow. As Cambridge archaeologist Colin Renfrew points out, archaeology can explain the “when and where” but not the “how and why” of events in the past (Renfrew, 2004). Answering the how and why is now a matter of increasing urgency as humans are of such overwhelming ecological significance.
Explaining “how and why” requires a theoretical archaeology from which to generate hypotheses, something that has not happened yet. This essay discusses why integration of archaeology with science at a theoretical level has proved so difficult.
Archaeology, on the whole, has been described as exhibiting disjuncture, a lack of correspondence between what passes for theory and what archaeologists actually do or aim to do (Johnson, 2006). It is recognised that archaeology, in common with most of the social sciences, has no coherent theoretical basis (Johnson, 2006) and that the ensuing systemic incoherence actively blocks progress, both within the subject, and between it and other disciplines . To grasp why archaeology cannot explain the phenomena it catalogues, a short historical detour is in order.
The Incomplete Revolution
In broad historical context the source of this disjuncture can be traced to underlying issues inherited from the western adherence to dualistic Platonic/Christian philosophies. Familiar in academia as the Two Cultures described by C.P. Snow decades ago (Snow, 1959), these paradigms define an ontological separation of humans from the environment, and by logical extension those phenomena once thought to be unique to humans like cognition, society, language. Progress in intervening years has resulted in a confusingly fragmented interface between the humanities and sciences. Archaeology now finds itself stretched awkwardly across this interface
The criterion of a successful integration of archaeology with evolutionary theory is the ability to create empirically testable hypotheses generated from evolutionary theory, the parsimonious theory of change applicable to a science of archaeology (Dunnell, 1971). The “Scientific Revolution” pioneered by Copernicus and Galileo in the 16 th and 17 th centuries was nothing more than the application of the monistic materialism of the Ancient Greek physiologoi to the phenomena of the heavens and the composition of non-living materials, an application that immediately revolutionised physics, cosmology and chemistry.
But the fields to which this application of philosophy remained limited, through compromise with Christian and Aristotelian sensibility both biology and the humanities were largely bypassed by the new sciences. Philosophers and theologians, arguing against the possibility that physical or mechanical laws could have given rise to the complexity of life, maintained the separate causation of biological systems and there concomitant properties.
Thus dualism effectively isolated organisms, including humans, from the physical causal chain of natural science, preventing integration with physics and rendering them unamenable to scientific investigation. Within biology this was corrected in part by Lamarck in 1801 with evolution and Darwin in 1859 with natural selection bringing life forms in general within the remit of natural science.
But again the application was incomplete, this time, humans and all phenomena thought to be unique to humans, were left sacrosanct, resulting in the separation of the humanites and sciences that was such a prominent feature of the 20th century structure of faculties.
Archaeology developed predominantly within the social science departments of colleges and therefore inherited a powerful underlying dualistic philosophy. A philosophy essentially medieval in character.
Philosophy in the social sciences inherits oppositional constructs such as mind/ body, natural/artificial, culture/nature and so on, leading to phenomena that monistic approaches posit as biological in origin, for example, language or cognition, to be defined instead as immaterial epi – phenomena, meaning they exist outside or beyond the “natural” material environment. It need hardly be said that once something is construed as “immaterial”, it is hardly likely to be amenable to scientific enquiry.
Effects
t is hard for us now to understand the medieval resistance to the motion of the earth, but it stems, I believe, from an identical problem and sheds some light on the kind of process I have in mind here. Firstly, as the earth was deemed special and therefore categorised as ontologically separate from the rest of the universe, explanation of its origin and state could not, and indeed should not once one is operating within these constraints, be linked to other observed systems or objects. Therefore observations of phenomena in the wider universe were not deemed relevant to the earth. This very effectively stymied research into the origin and history of the planet. Secondly, ontological isolation required that it also must be static, because that which moves must interact and such interaction was unthinkable, as the earth was fundamentally separate from the rest of creation. Hence, we look in wonder at intelligent protaganists in these old debates arguing what seems now so obviously absurd. But to uphold the medieval paradigm as it was, they were forced to defend the indefensible.
nd just as the logic of Aristotelian physics could not countenance the motion of the earth, modern dualistic philosophy freezes humans within the environment and this is the reason our models are not dynamic but static. Archaeological data remains isolated and because of this also must remain static. So, despite repeated calls for dynamic models, no such models can be constructed. The problem remains below decks, in the philosophical engine room so to speak, and far below the awareness of archaeological theory as it now stands.
As archaeologists we should be concerned with change and consequently our most useful evolutionary perspective is one that emphasises adaptation as a dynamic process rather than as a static state.”
(Mithen, 1990:p8
n keeping with this, neither have developments in physics, such as relativity or non-linear dynamics, been possible to incorporate within archaeological theory, not because of unwillingness, but because it is philosophically prevented. Therefore archaeological data remains isolated, inaccessible and cannot be digitised or held on a database that allows universal integration.. And so our ability to generate data is unimpeded, but or ability to record and manipulate data is extremely limited. There is no translation through scales and patterns of change over large spans of space and time cannot be effectively studied. This situation has become increasingly untenable as the sciences advance and archaeology does not, highlighting more and more the inadequate nature of its philosophical basis.
The Broken Inference Chain
The archaeological inference chain has been severed by this same problem. Archaeology must infer human behaviour and development from the technological record, an inference that must be made directly across the paradigmatic boundary discussed above. Practically speaking, the inference must be drawn from a-biota (tools etc) and applied to biota (humans), but it is precisely between living and non-living systems that dualism splits our fields, and so it is at this point our models can be predicted to break down.
And this is what we see, processes occurring across the boundary have been impossible to define, and exist only as the archetypal “black box” categories of social science. Vaguely defined areas such as technology and culture, both of which straddle the boundary, endure as obscure, undefined categories of phenomena, with the result that they are therefore generally omitted from process models
Splitting the Data Stream
If it is true that the problems within archaeology stem from this paradigmatic source then we should expect effects across a wide range of disciplines whenever they attempt to cross the divide. And it is the case that problems integrating biotic and a-biotic phenomena are not unique to archaeology. Similar difficulties have occurred within biology, ecology, neuroscience and complex systems theory. We see isolation, freezing effects and curious mirror like errors whenever synthesis is attempted, which I believe are the effects of this underlying dualism
Intriguingly, confusion over the units of replication or the selective process seem to mirror each other in biology and archaeology. Sitting on opposite sides of the divide and looking at the same phenomena from a different perspective, the dualist ontology functions like a prism that bifurcates the data streams within each discipline and between them causing what I can only describe as a double image or reflection where their should be a single system.
For example, ecological system models must include the a-biotic environment as well as the life forms that are the studies focus, but this has proved curiously troublesome. Odling Smee and Laland, the proponents of niche construction, reached similar conclusions as to the neglect of active processes. Their focus on the active, dynamic interactions of a creature with its environment are of course correct. I believe they identified the same freezing effect prevalent in archaeology, in other words, the life forms they study are inherently static in system models that include the wider environment.
The model described here would predict just such an outcome. It would also predict that phenomena identified across the divide are split by the underlying dualism so that they will manifest as a reflection, or doubling of processes on ones own side of the divide.
An example of this is that after their identification of niche construction, Odling Smee and Laland then posited it as a second parallel process to natural selection “we shall have to recognize that evolution depends not on one, but on two general selective processes: natural selection and niche construction” Odling Smee et. al. have been criticised for this claim as it has been pointed out that it is unnecessary and unparsimonious to suggest a second major selective process operating within evolution. The identification (or misidentification) of phenomena as parallel replicators or selective processes is, I believe, a manifestation of the distortion effect of dualism, simply because the data becomes un-integratable and therefore a second process or force must be created to account for the seemingly parallel, but unconnected, phenomena observed.
Similarly, the memes proposed by Richard Dawkins (Dawkins, 1976) are characterised as replicative units under selection, a parallel selection process. And again this has been criticised as unecessary and unparsimonious addition to evolutionary theory, as well as a false analogy. But what is of interest here is that Dawkins felt the need to propose a parallel process for phenomena that are beyond the dualistic divide from his native biology, and again they appear as a parallel reflection of phenomena studied in his own field.
In archaeology, the fact that technology is of central importance, places it right at the coalface of the great divide, consisting as it does of a system where inanimate matter is in contact with life forms. This means that any successful definition of technology must smoothly integrate information across the paradigm boundary, a process that can be predicted to fail under current philosophical conditions, as we have seen above. And indeed it remains the case that archaeology has failed to scientifically define technology or to integrate the study of its development with evolutionary science or indeed even physics.
How to define technology, for example, remains a complete mystery to archaeologists, as Lambros Malafouris has helpfully described.
“To exemplify, this territory is familiar, as when the hand grasps a stone and makes it a tool, yet it remains terra incognita, since — despite a long genealogy of analytic efforts— just what this grasping implies for the human condition remains elusive, and refuses to be read in the narrative fashion that hermeunetics have promised“
(Malafouris, 2004)
In traditional archaeology the focus has traditionally been on a single element in the system, the tool, the object or material, it has been increasingly realised this cannot be understood in isolation. Tool use, once the pride of the anthropocentric view, has been observed in increasing numbers of species, across taxa. chimpanzees, bottlenose dolphins, birds such as New Caledonian Crows. A fact putting pressure on archaeology to integrate explanation of human tool use with the many examples in the animal world.
“But the significance of tool use doesn’t lie in the fact of tools,” Hauser explains, “but rather in how they’re conceived and used.” (Hauser, )
Tools exhibit many of the features of biological selection, apparent design, bursts of increasing complexity over time, stasis, inheritance of characteristics and contingency. These features have puzzled many archaeologist and have led to many attempts to explain the development of technology using evolutionary theory, and again, remembering that this explanation must cross the paradigm divide, we might predict that, unless the deeper philosophical issues are dealt with first, these attempts will fail.
The result has been that archaeology has invariably run into the same effects as encountered in ecological and biological theory noted above. Cultural Transmission theory, Selectionist archaeology and Behavioural archaeology have all (falsely) posited parallel general forces of evolution, or parallel units of selection with the result that debate over what counts as a “unit of selection” in the evolution of technology has raged within the subject. (Boone and Smith, 1998, Lyman and O’Brien, 1998, Maschner, 1996). The outcome being merely that they are generally left only with the question, what is it that is being selected? And so archaeology remains just as theoretically isolated and fragmented as before. As Colin Renfrew has said “But we still seem a long way from any well-integrated view that can bring these disparate fields together.”
Conclusions
The occurrence of this remarkably similar problem in both archaeology and ecology reinforces, at least in my mind, the identification of the philosophical division between biota and a-biota at an ontological level as the source of these discontinuities. The important point is that the effect on data has been identical in both subjects, both have static descriptions of what are dynamic systems.
From these analogies, it is clear that something very similar is happening across a wide range of disciplines, when evolutionary theory is applied to across the paradigm boundary, it results in erroneous conclusions such as parallel replicators or processes parallel to natural selection. In this analysis, this does not occur because the approaches are wrong, but because the ontological framework to which they are being applied is incorrect, resulting in duplication, an effect indicative of a dualist paradigm interfering with our models. Stemming from a common source, these errors occur as mirror images of each other.
In this way inherited dualistic philosophies have resulted in subtle but profound shifts of emphasis in fields of research. So for example in biology and archaeology, the assumption that the environment is only that which is beyond the body leads to the search for sources of environmental change to be concentrated almost exclusively externally to the organism, and while the importance of behaviour is recognised in biology (Baldwin,189) it has been consistently underestimated (Odling Smee, Laland).
We can see that dualism, by forcing the separation of either the organism from the environment (archaeology), or the environment from the organism (ecology) creates our inability to integrate biotic and a-biotic phenomena into cohesive system models and results in a skewed emphasis across many disciplines.
Also, because the physical causal chain is broken, static linear models predominate across all disciplines, resulting in motion in general to be overlooked as an essential element in the environment. Therefore motion has not been, or cannot be, recognised or modelled as a part of the environment exerting its own unique selective force. Finally, models lacking motion of any kind, certainly cannot include attributes of motion such as relativity or scale and so these have not been addressed at all.
Recognising this, we may consciously proceed with the development of a revised philosophy beginning from a holistic approach. The need for which has been recognised in the call for non- dichotomous thinking from several scholars in the archaeological field (Hodder 1999; Thomas 1996, Webmoor, Witmoore, 2008). Similarly, calls from the natural sciences on the other side of the divide, consilience from biologist E. O. Wilson, or neuroscientist V. S. Ramachandran and numerous others show that physics, biology and the human sciences require synthesis.
It is hoped that archaeology, with its unique problems and perspectives in this area, spanning as it does this most ancient of divisions, may contribute to the new synthesis now being pursued across the life sciences. As ‘humanity begins with things’ (Serres with Latour 1995:166)…
“archaeology is in a prime position, a third space (which is yet to be articulated) with regard to the humanities and sciences, to set innovative and cutting edge intellectual agendas”
(Webmoor, Witmore, 2008)
Bibliography
Dunnell, R. C. (1971) Systematics in Prehistory New York: The Free Press. Dunnell, R. C. (1996a). Evolutionary Theory and Archaeology. In M. J. O’Brien (Ed.), Evolutionary Archaeology : Theory and Application (pp. 30-67). Salt Lake City: University of Utah Press. Dunnell, R. C. . Natural Selection, Scale, and Cultural Evolution: Some Preliminary Considerations (1996b) In M. J. O’Brien (Ed.), Evolutionary Archaeology : Theory and Application (pp. 24-29). Salt Lake City: University of Utah Press. Jeffares, B. The Scope and Limits of Biological Explanations in Archaeology (2002) Unpublished Thesis, Victoria University of Wellington. Laland, K.N., Odling-Smee, J. and Feldman, M.W. (2000). Niche construction, biological evolution, and cultural change. Behavioral and Brain Sciences, 23: 131-175. Mithen, S., 1998. Introduction, in Creativity in Human Evolution and Prehistory, ed. S. Mithen. London & NewYork (NY): Routledge, 1–15. Routledge Webmoor, T. and Witmore, C. L. (2008) ‘Things Are Us! A Commentary on Human/Things Relations under the Banner of a ‘Social’ Archaeology’, Norwegian Archaeological Review, 1 – 18. Renfrew, C., 2001a. Symbol before concept: material engagement and the early development of society, in Archaeological Theory Today, ed. I. Hodder. Cambridge: Polity Press, 122–40. (MA): MIT Press. Renfrew, C. & C. Scarre (eds.), 1998. Cognition and Material Culture: the Archaeology of Symbolic Storage. (McDonald Institute Monographs.) Cambridge: McDonald Institute for Archaeological Research. Malafouris, Lambros, The Cognitive Basis of Material Engagement: Where Brain, Body and Culture Conflate, Malafouris, L., 2003. Archaeology and Dissonance: Towards a Theory of Material Engagement. Paper presented at Radical Archaeology Theory Symposium (RATS), Binghamton, New York.
How one of Ireland’s most significant Neolithic landscapes is reshaping urban planning in the 21st century
Sligo town occupies one of the most archaeologically constrained urban environments in Europe. As the town faces mounting pressure for housing and development, its unique position—literally built within and surrounded by one of the world’s most significant Neolithic ritual landscapes—presents planning challenges unlike anywhere else in Ireland.
The southern peninsula on which much of Sligo sits is not merely dotted with ancient sites—it is an archaeological landscape. The Coolera Peninsula contains 30 surviving megalithic tombs with another 25 destroyed since 1800, making Carrowmore one of the largest clusters of megalithic tombs in Ireland. But this represents only the most visible layer of an archaeological palimpsest extending across the entire peninsula.
The peninsula contains the oldest dates found around Sligo, with Swedish archaeologists recovering dates from 5,400 BC from charcoal found close to the monuments. This places continuous human activity on the peninsula for over 7,000 years—longer than anywhere else in Ireland has been continuously occupied.
The landscape operates as “a protected National Monument” where “the legal protection of a national monument extends to include the surrounding area”—a landmark 1989 legal ruling that marked “the first explicit legal recognition of the idea of an architectural landscape”.
The Imminent UNESCO Constraint
The passage tomb landscape of Co Sligo has been approved for inclusion on Ireland’s tentative list of world heritage sites, moving the county a significant step closer to UNESCO World Heritage designation. This is not a distant possibility—Ireland expects to submit its first Preliminary Assessment Request for one of the Tentative List sites to the World Heritage Centre in September 2025.
The UNESCO application covers Carrowmore and Carrowkeel, Knocknarea and Cairns Hill, the Ox Mountains and part of the Ballygawley hills, plus an area around Keash. Crucially, this includes areas immediately adjacent to Sligo town center, effectively creating a planning boundary that cannot expand westward or southward.
Current Archaeological Stress
The archaeological landscape is already under severe pressure. Five-thousand-year-old Neolithic tombs in Co Sligo are suffering damage and vandalism “on a scale never seen before”. The problem extends beyond tourism damage—it reflects the fundamental tension between a growing modern town and an intact Neolithic landscape.
Without a robust plan, Carrowmore Megalithic Cemetery would now be adjacent to the town dump; in the nineteen eighties the council had a pressing need for landfill and only the determined efforts of local residents and legislators in the Supreme Court upheld the 1980’s Development Plan. This near-miss demonstrates how development pressure can threaten even the most significant archaeological sites.
The Physical Geography Trap
Sligo’s constraints extend beyond archaeology. The town is positioned between Lough Gill to the east and Sligo Bay to the north and west. The southern peninsula—the only significant direction for expansion—is precisely where the densest concentration of archaeological sites exists.
Knocknarea’s summit and slopes hold 10 Neolithic passage tombs, hut sites, boulder circles, banks and ditches, a quarry where stone tools were made and the remains of a deserted pre-famine hamlet. Archaeological remains on the mountain belonging to the Neolithic period consist mainly of a series of passage tombs, round house foundations as well as a complex series of banks along the upper eastern slopes.
This creates an unprecedented planning situation: a modern town hemmed in by water on three sides and by one of Europe’s most significant archaeological landscapes on the fourth.
The Development Planning Crisis
The archaeological constraints are already causing political friction. Councillors are being asked to reverse a decision they made 14 years ago on the eve of an important World Heritage Site announcement regarding development proposals near Cairns Hill, which contains two unopened passage tombs, a key element in the World Heritage bid.
The tension between housing need and heritage protection is acute. This is not for a moment to diminish the plight of those who are so in need in the housing market. We do need to address these issues. But I would still advocate balance, and a reasonable degree of caution.
Current planning policy acknowledges the constraints: Sligo has the largest group of archaeological sites/remains in the country and the protection of these sites is of paramount importance to Sligo County Council.
The Unique Challenge
What makes Sligo’s situation unprecedented is the convergence of multiple absolute constraints:
Physical boundaries: Water on three sides limits expansion options to a single direction. Expansion to the north is possible but curtailed by poor transport links across the river. Here, the Eastern bridge will open possibilities to the northeast, in zones, that while they have archaeological material are not as critical as those on the peninsula.
Archaeological saturation: County Sligo has two major focal points of passage tomb construction, located just over twenty kilometres apart, with approximately 85 passage tomb tradition sites, many other types of monument, and the recently discovered Magheraboy causewayed enclosure—the earliest known monumental architecture in Britain or Ireland. The extensive Carrowmore cemetary, the large henge at Tonafortes.
Legal protection: Existing national monument status provides legal protection that has already been tested and upheld in the Supreme Court.
Imminent international protection: UNESCO World Heritage designation would add another layer of constraint, likely making any significant development within the protected landscape impossible.
Archaeological primacy: The Magheraboy causewayed enclosure at 4,100 BC represents the oldest known monumental architecture in Britain or Ireland, making this not just a local or national heritage site, but a location of international prehistoric significance.
This discovery fundamentally changes the planning conversation – you’re not just dealing with “an important archaeological area” but with the potential birthplace of monumental architecture in the British Isles. That makes any development pressure on the peninsula not just a local heritage issue, but potentially a threat to understanding the origins of civilization in northwestern Europe.
Monuments Already Under Threat
The archaeological assessment system is demonstrably failing. A pattern of “blundering into” internationally significant monuments reveals systematic inadequacies in planning procedures:
The Magheraboy Causewayed Enclosure: This 4,100 BC monument—the oldest known monumental architecture in Britain or Ireland—was hit during road junction construction. Two-thirds of it are now gone. While it was excavated as part of the Transport Infrastructure Ireland (TII) project and subsequently published, it remains far from ideal that such an important monument was encountered and dealt with so rapidly.
The Tonafortes Henge: This Bronze Age henge monument was hit accidentally during road construction at Carraroe. The monument was already known and marked, but planning mapping mistakes caused the road to be planned directly through it.
Cairns Hill Development: The council was pressured into altering the development plan to allow development in an area already zoned as protected. Inadequate archaeological assessment procedures resulted in development permission being granted, setting a precedent that exposes all monuments on the peninsula to potential interference.
The Knoxpark Viking Site: Encountered during road and bridge construction, this site was misidentified during a hasty excavation and had to be re-evaluated in hindsight as an extremely rare and important Viking longphort.
These cases reveal a critical flaw: current assessment procedures using only contractors, with no county or state archaeologist involvement, are inadequate to protect and integrate knowledge about areas of international prehistoric significance.
The issue is not that excavations take place—archaeological investigation is essential. The problem is the haphazard and repeated destruction of important monuments in an area known to contain very ancient and high-status monuments of international importance. This pattern cannot be allowed to continue.
The Ongoing Discovery Problem
From a planning perspective, these cases demonstrate that archaeological discoveries are ongoing—what appears to be “empty” land available for development could contain the next major discovery that rewrites prehistoric chronology. This adds another layer of constraint: not just protecting known sites, but acknowledging that the entire peninsula is archaeologically sensitive.
Pressure is already apparent in areas adjacent to ancient monuments, where planning applications seek low-density housing in areas known to contain large sub-surface monuments. The current system of archaeological assessment lacks the expertise and authority needed to properly evaluate such sensitive areas before irreversible decisions are made.
The Planning Imperative
Sligo faces a planning crisis that requires innovative solutions. Traditional suburban expansion—the default response to housing pressure in Irish towns—is simply not available. The town must either find ways to accommodate growth within its existing footprint through densification and vertical development, or accept that its growth potential is fundamentally limited by its archaeological inheritance.
The UNESCO designation, while bringing significant tourism and cultural benefits, will make this challenge permanent. County Sligo stands to gain significant financial, economic and cultural benefits from becoming a World Heritage site; implemented properly, it would be a game changer for the region, but it will also mark the definitive end of any possibility of horizontal expansion into the archaeological landscape.
Sligo’s planning future must be written within the boundaries established by its Neolithic past—a constraint unlike anywhere else in Ireland, and possibly in Europe. The town sits within what archaeologists call “the Landscape of the Monuments”—a 6,000-year-old sacred geography that now defines the limits of 21st-century urban development.
The question is no longer whether Sligo will be constrained by its archaeological landscape, but how it will adapt to those constraints while meeting the housing and development needs of a modern community. The repeated destruction of internationally significant monuments demonstrates that the current approach is failing both heritage protection and sustainable development goals.
What Sligo needs is a planning revolution—one that recognizes archaeological constraints not as obstacles to development, but as drivers of innovative, world-class urban design solutions.
next: Article 2: “Vertical Villages: International Models for Constrained Historic Cities”
References
Bergh, Stefan, Landscape of the Monuments. TII Excavations.ie
First in a three-part series introducing a groundbreaking approach to archaeological data science
Rathra, County Roscommon
The Hidden Patterns in Ancient Landscapes
Imagine standing in a field in County Roscommon, looking at what appears to be just another Irish pasture crossed by modern fence lines. But beneath your feet and etched into the landscape around you lie the traces of something far more ancient—circular earthworks, enclosures, and pathways that once formed part of a sophisticated territorial system spanning millennia.
This is Rathra, and it perfectly illustrates both the promise and the problem of modern archaeology. We can see the ancient patterns, but they’re overlaid, interrupted, and partially obscured by thousands of years of subsequent activity. Traditional archaeological recording treats this as discrete layers—Medieval here, Bronze Age there—creating disconnected snapshots that miss the deeper story.
What if we could read these landscapes like signals?
The Typological Trap
For over 150 years, archaeology has organized its data using categories inherited from the 19th century: “Bronze Age,” “ringfort,” “barrow.” These labels seemed logical when archaeology was primarily about museum collections and cultural chronologies. But they’ve become a prison.
Consider what happens when we try to apply machine learning to archaeological data structured this way:
Temporal relationships disappear into broad, arbitrary periods
Observed facts get mixed with interpretative assumptions
The result? Archaeological data that’s fundamentally incompatible with modern computational analysis. We’ve been trying to do 21st-century science with 19th-century data structures.
Archaeology as Signal Science
But there’s another way to think about archaeological remains: as degraded signals from past human activity.
Every stone circle, every earthwork, every scatter of pottery represents traces of ancient “motion patterns”—the systematic ways people moved through and organized their landscapes. These signals have been subject to natural decay, vegetation growth, later human activity, and countless other forms of interference. Our job as archaeologists becomes a form of inverse signal reconstruction: working backward from degraded traces to infer the original patterns that created them.
This isn’t just a metaphor. When we apply signal processing mathematics to archaeological data, remarkable patterns emerge that traditional methods simply cannot detect.
The SETI Connection
This approach aligns archaeology with some of the most cutting-edge science happening today. SETI researchers search for “technosignatures”—traces of technological activity across vast spans of space and time. They’re essentially doing inverse signal reconstruction on cosmic scales, trying to separate intentional patterns from natural noise.
Douglas Vakoch and other SETI scientists have called for archaeological input precisely because we face similar challenges: detecting degraded signals of intelligent activity across enormous temporal distances. The mathematical frameworks are surprisingly similar.
But where SETI looks outward for signs of non-human intelligence, archaeology looks backward for signs of our own species’ complex behaviors. We’re both trying to answer the fundamental question: How do you detect intention in noisy, incomplete data?
What This Makes Possible
By treating archaeological features as signals in a unified mathematical framework, we can:
Detect anomalies that reveal historical disruptions (like invasions) through negative correlations
Identify persistent patterns that span millennia, invisible to period-based analysis
Quantify uncertainty using probabilistic methods rather than hiding it behind labels
Scale analysis to continental or global datasets using automated pattern recognition
Integrate seamlessly with remote sensing, climate data, and astronomical datasets
A New Kind of Archaeological Science
In our upcoming research publication, we demonstrate this approach using 6,000 years of data from northwest Ireland. The results are remarkable: we can detect territorial boundaries that persist from the Neolithic through the Medieval period, identify the signatures of different political federations, and even automatically detect invasive territorial patterns like the Norman conquest—all from spatial data alone, without relying on historical records or typological classifications.
This represents the emergence of a genuinely new archaeological science: one that can operate at the scale and precision demanded by contemporary global challenges, from understanding long-term environmental adaptation to modeling resilient territorial systems.
What’s Next
In our next article, we’ll dive into the technical breakthrough that makes this possible: treating time as space within a 3D mathematical framework that transforms temporal relationships into geometric ones. This seemingly simple shift opens up entirely new ways of reasoning about archaeological data.
The third article will walk through our Ireland case study, showing how 6,000 years of human territorial behavior becomes visible when viewed through this new lens—and what it tells us about the deep continuities underlying apparent historical change.
This isn’t just a new method—it’s a new way of seeing the past.
Dylan Foley is a researcher in archaeological data science at Atlantic Technological University, working under the supervision of Dr. Eoghan Furey. Together, they are developing new approaches at the intersection of machine learning, signal processing, and landscape archaeology that bridge archaeology with SETI research, planetary science, and advanced computational methods.
Next: “Treating Time as Space: A New Framework for Archaeological Machine Learning”
“I know that there are many historians, or at least writers on historical subjects, who still think it necessary to apply moral judgments to history, and who distribute their praise or blame with the solemn complacency of a successful schoolmaster. This, however, is a foolish habit, and merely shows that the moral instinct can be brought to such a pitch of perfection that it will make its appearance wherever it is not required.
Nobody with the true historical sense ever dreams of blaming Nero, or scolding Tiberius, or censuring Caesar Borgia. These personages have become like the puppets of a play. They may fill us with terror, or horror, or wonder, but they do not harm us. They are not in immediate relation to us. We have nothing to fear from them. They have passed into the sphere of art and science, and neither art nor science knows anything of moral approval or disapproval.”
Oscar Wilde. 1889
John Yeats
In 1914, a 75-year-old Irish artist living in New York wrote a letter that revealed the radical politics behind Ireland’s cultural revolution. John Butler Yeats—father of poet W.B. Yeats—described himself as a ‘radical socialist anarchist Home Ruler.’ This wasn’t empty rhetoric. It was the key to understanding how ancient Irish traditions merged with European revolutionary ideas to create modern Ireland.
This essay argues that John’s influence went far beyond his famous family. He helped create the intellectual foundation for a different kind of Irish independence—one rooted not in narrow nationalism or religious sectarianism, but in radical democracy, artistic freedom, and human dignity.
Most people know John Butler Yeats, if at all, as the father of poet W.B. Yeats. But this misses his central role in shaping the ideas that transformed Ireland from a colonial backwater into a modern nation. His unique achievement was fusing ancient Irish traditions of community and resistance with the most progressive European ideas of his time.
‘Had we married and lived together, our mutual unlikeness would have made us perfectly interesting to each other. I fancy you love Religion while I hate it, because of all its sins and wickedness. I am a radical socialist anarchist Home Ruler, everything you abhor, so I sometimes think it would be best to let this correspondence drop. If I go home this year we shall meet and have many talks and then start again to write to each other.’
John Butler Yeats, New York, 1914
There are many books and biographies written about the Yeats family, but few explore the philosophical atmosphere that John Butler Yeats cultivated around them—an atmosphere shaped not only by his idiosyncratic worldview but by the broader historical forces of 19th-century Ireland and Europe. His intellectual influence was profound, and understanding it requires looking beyond literary achievement to the radical cultural and political milieu he helped foster.
In this private letter, Yeats described himself as a “radical, socialist, anarchist Home Ruler.” Is this true? and if so what did John mean by this and what does it mean for our understanding of the Yeats family and their part in the lead-up to Irish independence. Johns self-description is consistent with the worldview he both lived and communicated to his children. As we shall see, there is ample reason to take his claim seriously.
To understand how remarkable this self-description was—and why it mattered for Ireland’s future—we must first grasp the world that shaped John Butler Yeats.
Ireland in 1839
When John Butler Yeats was born in 1839, Ireland was a country in the midst of profound transformation. With over eight million inhabitants, it was one of Europe’s most densely populated regions. The majority of these people—perhaps six million—spoke Irish as their first language, particularly in the western counties like Sligo where John’s family had deep roots. This was still a fundamentally Gaelic society, despite centuries of English rule.
But Ireland was also a country divided by religion, class, and competing visions of its future. Four distinct communities shared the island, each with different relationships to power and land—though historians typically describe only three, obscuring a crucial cultural divide within Catholic Ireland itself.
The Protestant Ascendancy—descendants of English and Scottish settlers—made up only about 10% of the population but owned most of the land. Within this minority, the Church of Ireland (the Irish branch of the Anglican Church) held the dominant position. As the official “established church,” it received state support and controlled much of the country’s wealth and political power, despite serving only a small fraction of the population. John Butler Yeats was born into this privileged but isolated world.
The Presbyterian community, concentrated in Ulster and descended from Scottish settlers, occupied a middle position. They had suffered some of the same restrictions as Catholics under the old Penal Laws, but generally enjoyed more economic freedom and social status.
Catholic Ireland, however, was deeply split between two very different worlds. Anglicised Catholics—descendants of the Old English who had settled in towns, along with others who had adopted English culture—dominated the emerging Catholic middle class. They controlled the established Catholic Church hierarchy, much of the middle level of administration, and the police force. English-speaking and culturally assimilated, they had learned to work within the colonial system.
But the majority of Catholics belonged to a very different tradition: the Gaelic Irish—millions of Irish-speaking tenant farmers, laborers, and Travellers (at this time known simply as the itinerant section of the Gaelic population) who remained culturally alienated from the state and its institutions. Concentrated especially in the west, they preserved not only the Irish language but ancient social structures, oral traditions, and a form of Catholicism quite different from the institutional religion of the towns. Their spiritual practices, rooted in centuries of clan-based community life, often resembled older pagan beliefs more than the standardized Catholicism preached from Dublin pulpits.
For centuries, the anglicised Catholic middle class had looked down on their Gaelic-speaking co-religionists as backward and primitive, viewing their cultural practices—and even their form of Catholic belief—as embarrassingly uncivilized. This internal division within Catholic Ireland would prove crucial to understanding the political and cultural struggles that lay ahead.
These religious divisions weren’t merely about theology—they reflected fundamental disagreements about Ireland’s relationship with Britain, who should control land and power, and what kind of society Ireland should become. The Church of Ireland community generally supported the Union with Britain (established in 1801) and viewed themselves as upholding English civilization against Catholic “barbarism.” Catholics increasingly sought self-government and an end to landlord dominance. Many Presbyterians, particularly in Ulster, had their own complex relationship with both British authority and Catholic nationalism.
This was the fractured world that shaped John Butler Yeats’s early life—a society where your religion determined not just your spiritual beliefs, but your political loyalties, economic opportunities, and social position. His later evolution from conventional Church of Ireland rector’s son to “radical socialist anarchist Home Ruler” represented a journey across these deep communal divides, toward a vision of Ireland that transcended sectarian boundaries entirely.
The young John Butler Yeats would witness this world’s dramatic transformation. The catastrophic Famine of the 1840s would devastate the Irish-speaking population, Catholic Emancipation would reshape politics, and new movements would emerge seeking to bridge Ireland’s divisions through shared culture and democratic ideals. His own intellectual journey—from religious orthodoxy to secular radicalism, from legal conservatism to artistic rebellion—mirrored his country’s struggle to imagine a different future.
John Butler Yeats was instrumental in shaping what would become perhaps the most artistically ambitious family of Ireland’s so called “Gaelic Literary Revival”. George Bernard Shaw famously quipped that the movement had been “born in Bedford Park,“ the bohemian London suburb to which Yeats moved the family in the late 1880s.
Yet the “Gaelic Revival” was far more than a literary movement; it was a broad cultural project rooted in radical philosophy, history, and a desire for national renewal. At its heart were the most progressive intellectual currents of the 19th century—ideas that John Butler Yeats not only espoused but embodied.
This essay argues that Johns radicalism was not isolated but emerged from the fusing of two powerful currents: the ancient egalitarian ethos of Gaelic Ireland, particularly the west, and specifically Sligo in Johns case) and the libertarian-utopian socialism circulating among European intellectuals in the 19th century. The West of Ireland, in particular, preserved a form of communal, folk Catholicism, anti-clericalism, and collective social memory that contrasted sharply with the more institutional, empire-aligned Catholicism of the East of the country. These indigenous traditions, shaped by centuries of resistance and oral culture, provided fertile ground for the reception of continental radicalism.
Yeats’s later friendships with figures such as the Fenian leader John O’Leary and Russian anarchists like Stepniak and Kropotkin demonstrate that his politics were not merely affectations. Though not a militant, he stood intellectually not just close, but at the centre of revolutionary movements. Art and education, in his view, were not neutral disciplines but expressions of freedom and conscience—capable of reshaping the world as radically as any political act.
Similarly, his politics were shaped less by rigid ideology than by moral conviction. Influenced by John Stuart Mill, Yeats’s socialism was rooted in individual liberty, and disdain for the smug moralism of Victorian capitalism. Anarchy, at this time, and presumably to him, meant freedom from institutional authority—not lawlessness, but self-governance. Utopia was not a literal destination but a necessary ideal: a yardstick with which to measure the poverty of the present.
To contextualise his worldview, we must understand socialism and anarchism as they were understood in his time. Decades before the rise of Soviet-style Marxist authoritarianism, socialism was libertarian in character—decentralised, democratic, voluntary, and rooted in mutual aid. Anarchism, the most refined argument against traditional authority and the state, laid out a principled rejection of unjust hierarchy. It envisioned a society where freedom, cooperation, and art could flourish.
These ideas circulated widely in the radical cultural circles of London and Paris and other cities, where artists, poets, and political thinkers often mingled. In an era marked by vast inequality, industrial squalor, and disenfranchisement (even amongst men very few had the right to vote, and women not at all), millions supported these ideals as the promise of a fairer world.
Key figures like William Morris—artist, poet, manufacturer and socialist—who befriended Yeats in Dublin. Morris became a lasting intellectual influence, introducing William to the London avant-garde and helping shape the ethos of the Yeats household.
In Bedford Park, the progressive London suburb where Yeats settled in the late 1880s,he was surrounded by figures who personified the utopian and anarchist ideals of the age. For Yeats, these ideas were not abstract: they were to be lived, discussed, drawn, and written about.
John was famously talkative, and as his son William recounted in The Trembling of the Veil in 1915…
‘he spoke with sound good sense and delightful humour about art and poetry and people, and the influence that radiated out from him touched a whole generation.
But the utopian moment was not to last. The Bolshevik triumph in Russia of 1917 shifted the leftward imagination from decentralised, libertarian socialism to centralised, statist Marxism, polarising politics in general between left and the rising fascism of the right. . The earlier, more imaginative versions of socialism—particularly anarchist and utopian strains—were gradually eclipsed. Later generations would struggle to recall how dominant these traditions had once been among cultural and intellectual elites.
And yet it was precisely in this former world that the Yeats family came of age. The period in which John Yeats lived and his children grew up—referred to as La Belle Époque—was marked by astonishing technological and artistic progress, but also by crushing inequality and imperial expansion. The contradictions of this era shaped Yeats’s generation and gave rise to the radical philosophies he embraced. The words used then—socialism, anarchism, utopia—often meant something quite different from their modern associations. This drift in meaning risks obscuring the world Yeats inhabited and the ideals he embraced.
To understand the intellectual and cultural legacy of the Yeats family, and their impact on later Irish history, we must begin with this atmosphere of radical possibility—a worldview at once grounded in Ireland’s Gaelic past and connected to the most hopeful international visions of the 19th century, the intertwined threads of anarchism and republicanism.
John Butler Yeats stood rebelliously at the crossroads of both.
Signac renamed this painting “In Time of Harmony” from “In Time of Anarchy” to avoid political persecution. At the time, “harmony” was widely understood as a synonym for “anarchy”—a vision of social balance through mutual cooperation rather than coercive authority.
PART I: THE MAKING OF A RADICAL
“This above all: to thine own self be true“
Hamlet – Act 1 Scene 3 Polonius
John Butler Yeats was born on 16 March 1839 in County Down, the son of a Church of Ireland rector. His family lineage was clerical—his grandfather had been rector of Drumcliff in County Sligo, on the site of a 6th-century monastery founded by Columcille. His father grew up in this part of north Sligo, then on the estate of the Gore-Booth family, from whom Constance Markiwicz was to emerge. His father was kindly and easy-going, saying “if a man spoke harshly to you it was always your own fault”He provided ample paper for Johns drawing practice as a child, never complaining despite its cost.
While his father later moved to the parish in County Down where John grew up, John had numerous aunts and uncles around Sligo. That sacred landscape around Drumcliff would later become symbolically fused with his poet sons name: it was in the shadow of Ben Bulben at Drumcliff that William would choose to be buried.
Despite his religious upbringing, John grew up in a household that encouraged free conversation and critical thinking. His grandfather was remembered in Sligo for his lack of bigotry and respect for the Catholic majority in his parish—an unusual and admirable trait in an Anglican clergyman of the period. That spirit of tolerance and openness filtered down to the young John.
His early schooling at Atholl Academy on the Isle of Man was a brutal affair, presided over by a tyrannical Scottish headmaster. There, alongside Charles and George Pollexfen, John developed a lifelong hatred of compulsion in education and a deep interest in more progressive, child-centred methods of learning. These convictions would reappear throughout his life in his disdain for rote instruction and his championing of imagination and freedom in education.
Trinity and the Law: First Rebellions
He entered Trinity College Dublin in 1857, lodging with his grandmother, great-aunts, and Uncle Robert Corbet at Sandymount Castle. He described his grandmother and aunt as excellent conversationalists, and he regretted not having asked about the 1798 rebellion that they had lived through, describing them as “saturated through and through with the spirit of the eighteenth century”.
He studied under the progressive economist and poet John Kells Ingram—himself “well to the left” of most of his peers—John disliked Trinity intensely, viewing it as a colonial institution complicit in the oppression of Ireland. His thinking had already begun to move along radical, anti-authoritarian lines, though he remained, at least at this stage orthodox religiously.
His philosophy of life, even at this young age, was strikingly integrative—capable of holding in tension threads that others might see as contradictory: a passion for art and a hunger for justice, loyalty to Irish soil and immersion in European ideas, idealism and scepticism in equal measure. One contemporary remarked that he had “an extremely well-rounded philosophy of life“.
At the age of 23 he visited the Pollexfens in Sligo and became engaged to Susan Mary Pollexfen on 2 September 1862. Following his father’s death and his inheritance of the small Kildare estate, the couple married on 10 September 1863 at St. John’s Church, Sligo.
He studied law at King’s Inns in Dublin, entered the Irish Bar in 1866, and devilled (period of training under a senior barrister) for Isaac Butt, the Home Rule advocate. It was under Butt’s mentorship that John developed further his political sympathies for Irish self-government, though his legal career was short-lived—cut off in part by the revelation that he had been sketching a Queen’s Counsel “a little too effectively” in court. His cartoons were popular and funny it seems.
Isaac Butt drawn by John Yeats.
It was in this period that he gave one of his most revealing public addresses—The True Purpose of a Debating Society—delivered as Auditor of the Law Student’s Debating Society on 21 November 1865.
Rejecting outright the professional dogma that the role of a lawyer is to argue a client’s position, Yeats boldly declared that the Society’s aim must be nothing less than the pursuit of truth itself “truth for its own sake”. . A “restless craving for truth,” he argued, would eventually lead its members to “to desert their mimic debates and devote their faculties and energies, in real debate, to the attainment and promotion of truth”. Telling lawyers that their central concern must be only the truth is radical indeed!
This insistence on the centrality of truth—often inconvenient, sometimes impractical—would remain a defining characteristic of John Butler Yeats’s long life. He left the profession over this issue with the tension between the truth and working for a clients interests. From his refusal to practice law, to his uncompromising artistic ideals, to his late-life camaraderie with the realist painters of New York’s Ashcan School, he never strayed far from this early moral centre.
“Poetry and the imaginative life,” he would later write, “can only flourish where truth is of supreme moment; an education which contents itself with half-knowledge and half-thought will inevitably produce a crowd of sentimentalists and false poets and rhetoricians..”
A closer look at his Philosophy
John Butler Yeats’s belief in truth was rooted in a complex philosophical synthesis, shaped by his deep reading of John Stuart Mill and the influence of the Pre-Raphaelites. From Mill, Yeats absorbed a refined version of Utilitarianism — not Bentham’s strict pleasure calculus, but Mill’s emphasis on higher pleasures, individual liberty, and the moral importance of self-cultivation. This strain of Utilitarianism, grounded in the humanism of Epicurean ethics, held that the good life was one of rational moderation and emotional well-being — ideals that resonated with Yeats’s broader worldview.
Yet Yeats was acutely aware of the dark side of Utilitarian thinking when applied without imagination. He saw how the principle of “the greatest happiness for the greatest number” could be twisted to justify the sacrifice of minorities, or to impose order through authoritarian designs — as in Jeremy Bentham’s Panopticon, a model of surveillance architecture implemented in Sligo’s 19th-century prison. Though rational and seemingly humane, the Panopticon revealed a cold, bureaucratic logic that reduced people to units of behaviour — a danger Yeats would come to resist in both education and art.
In contrast, the Romantic idealism of the Pre-Raphaelites offered him a vision of human flourishing grounded in imagination, emotional truth, and aesthetic freedom. He admired their rejection of industrial uniformity and their return to sincerity, craft, and beauty. For Yeats, education was not the production of compliant citizens but the liberation of the soul. “False education,” he wrote, “is like the pressure which the Chinese mother applies to the feet of her infant… True education would liberate him so that he could sing in the open sky of knowledge and power and desire.”
“False education is like the pressure which the Chinese mother applies to the feet of her infant. True education liberates. The industrial movement would turn these peasants into smug artisans, without a thought that consoles or a hope that elevates… And yet man is naturally a singing bird… True education would liberate him so that he could sing in the open sky of knowledge and power and desire.”
Nevertheless John was aligned with the broader Pre-Socratic tradition underlying the Enlightenment—scientific and atheistic, concerned with moderation, clarity, and emotional well-being whilst elevating pleasure and eschewing pain—was evident in his belief that education should liberate, not constrain. His rejection of coercive schooling, and his ideal of nurturing imaginative freedom, marked a resistance to the reduction of human beings in an industrial system.
He blended this rational and materialist cosmology with an Aesthetic philosophy of art, a position summed up in “Art, for Arts sake”. They rejected outright the idea that art needed to be educational or say something. This movement was an influential counter to Victorian moral ideas that art was only good if it was educational or useful in some “improving” way. With roots in the German Romanticism of the late 18th and early 19th century, it was a key part of the Pre-Raphaelite school of painters that John was to fall in with during his first stay in London.
Yeats, like many in his time grappled with the seeming contradictions, elevating feeling and spontaneity above cool rational calculation. But, the common thread perhaps to the philosophical position that John built is that it was forward thinking, progressive, imaginitive and, remarkably, effective.
In this he resembled Oscar Wilde, another self described anarchist, aesthete and Irish revolutionary. Both Yeats and Wilde advanced a theory of aesthetics that viewed art not as a means to a mundane end (moral improvement, commercial gain, or social utility) but as an end in itself. They shared a deep conviction that emotion, beauty, and imagination were essential truths—not mere ornament.
Oscar was to have a profound effect on his son William who stayed with him over the Christmas of 1888. His advice to William on the importance of image had no small part in his success in later years.
Oscar Wilde, with comparison of the dress of a Gaelic Gentleman. From Speedes map of 1610.
Yeats’s notion of education as “a stirring up of the emotions” aligns with Wilde’s idea that feeling is more trustworthy than reason, and that truth reveals itself through aesthetic experience. For both, art was the supreme mode of ethical and philosophical inquiry.
Wilde, in The Soul of Man under Socialism, wrote that “the new individualism is the new Hellenism,” calling for a society that nurtures artistic and emotional freedom. Yeats’s idea that the fully emotional man achieves inner harmony echoes this—an artistic-ethical ideal of integrated selfhood, liberated from both economic constraint and ideological rigidity.
Both saw aesthetic feeling as the path to a deeper truth—neither hedonistic nor ascetic, but formative of character. Johns writings on portrait painting show this attitude in his desire to paint the essence of a person and not to be concerned only with the technicalities .
Interestingly the families had known each other a long time, and both shared an interest in Irish history and beleived in thefull development of Irelands cultural and political independence.
“Slowly I have come to feel,” he once reflected, “that affection for human nature which is at the root of all poetry and art, whether the poet be pessimist or optimist.” This affection, rather than a rigid ideology, appears to have been his compass in navigating politics, aesthetics, and personal life alike.
Letters to W. B. Yeats: ‘Now a most powerful and complex part of the personality is affection and affection springs straight out of the memory. For that reason what is new whether in the world of ideas or of fact cannot be subject for poetry, tho’ you can be as rhetorical about it as you please – rhetoric expresses other people’s feelings, poetry one’s own.’
His philosophy mixed Enlightenment scientific materialism. with a sophisticated philosophy of the importance of subjective experience and elevated truth and love to the highest place instead of god and saw change as the universal constant. this allowed him to integrate evolutionary theory with a philosophy of perception that was to become extremely important in the work of his children, but especially William.
‘I have no belief in what is called a personal God, but do believe in a shaping providence – and that this providence is what maybe called goodness or love, and that death is only a change in a world where change is the law of existence’ (Quoted in McGahern, op. cit., 1992.)
PART II: IRELAND IN CRISIS
Not So Revolutionary Ireland
The ideals John Yeats held—of truth, liberty, and human dignity—would eventually shape his views on Ireland and influence the course of his family’s life. He lived through a century of upheaval: from the collapse of the Gaelic world with the catastrophe of the Great Famine (1847–1850), through the Land War, the long struggle for Irish independence from the British Empire.
When John was born in 1839, Ireland was a very different place to what it was whern he died. In a country of at least 8 million people, the majority spoke Irish as a first language.
The Gaelic social order, based on clan structures, communal landholding, and a rich oral culture, had withstood centuries of colonisation. Its structures and values persisted, particularly in the West of Ireland, well into the 19th century. Despite official efforts to eradicate the Irish language and dismantle traditional modes of life, these communities retained a coherent worldview rooted in mutual obligation, spiritual continuity, and an ethic of collective dignity.
The Famine marked a final rupture. With mass death, eviction, and emigration, the last vestiges of autonomous Gaelic life were shattered. What survived did so in fragments—song, memory, folk practice—but the social and economic base was irreparably broken.
Born only a decade after Catholicism had been legalised, Yeats entered a society already transforming. Catholic Emancipation had been secured in 1829 through a mass campaign led by Daniel O’Connell, which brought Catholics into civic life and redefined the Irish political landscape. But the Ascendancy, still clinging to power and privilege, regarded this shift with deep suspicion. The Catholic Church, newly empowered and increasingly aligned with British administration, quickly established itself as a dominant force in Irish public life. Its influence reached far beyond the sacristy—shaping education, gender roles, social morality, and national politics.
Daniel O’Connell in 1834
O’Connell had demonstrated the power of mass democratic mobilisation—but at a cost. To build a broad national movement, he stitched together the Irish-speaking west and the English-speaking east under the banner of Catholic nationalism. This alliance brought momentum, but also contradiction. The interests of rural Irish-speaking peasants diverged sharply from those of urban Catholics and the Old English gentry. In practice, many were excluded: Gaelic speakers, Protestant liberals, and secular republicans found themselves pushed to the margins.
Though O’Connell spoke Irish, he dismissed its role in the modern world. “The superior utility of the English tongue,” he claimed, outweighed any sentiment over the “gradual abandonment” of Irish. His vision was parliamentary, moderate, and loyalist: an Irish parliament under the Crown, within the Empire, and morally governed by the Catholic hierarchy. He had little sympathy for revolution. Catholic rights, once achieved, chiefly benefitted the Catholic middle class and aristocracy—leaving the Gaelic poor as impoverished as ever.
During the 1830s, O’Connell turned his attention to repealing the Act of Union, which had abolished the Irish Parliament in 1801 and imposed direct rule from Westminster. But neither the Protestant Ascendancy nor the Catholic middle class embraced the prospect of an Irish parliament, each fearing domination by the other.
These same blocs, decades later, would advocate for partition to protect their sectarian interests—revealing how shallow their commitment was to representative democracy.
This was the fractured political landscape inherited by Thomas Davis and the Young Ireland movement, which sought to imagine a very different kind of Ireland—non-sectarian, historically grounded, and radically democratic.
Thomas Davis
Thomas Davis (1814–1845) was a foundational figure in Irish nationalism and cultural revival, whose short life left a lasting impact. A Protestant and a romantic idealist, he was a leading voice in the Young Ireland movement and co-founder of The Nation newspaper.
Davis championed the idea of an inclusive Irish identity rooted in shared history, culture, and language rather than sectarian lines. He saw poetry, music, and historical memory as essential tools for nation-building, believing that Ireland’s future independence depended on reclaiming its past. Through his writings, Davis fused political activism with cultural renaissance, laying the intellectual groundwork for later movements that sought not only freedom from empire but a renewal of Irish civilisation itself.
Young Ireland’s Alternative Vision
Initially, the men, including Davis, who were to become the Young Irelanders were supportive of O’Connell’s movement, but the cracks in this coalition began to show as early as the 1840s. One major flashpoint was the proposed Irish University Act of 1845, which aimed to provide secular, mixed-faith higher education. O’Connell opposed it; his more radical allies supported it.
These rebels, whom he derisively dubbed “Young Irelanders,” broke with him entirely. They began publishing The Nation in 1842, championing a republican and secular nationalism that echoed the ideals of Wolfe Tone and the United Irishmen. Their vision was of a non-sectarian Ireland, where Catholic and Protestant alike could unite under the banner of liberty and equality. Thomas Davis excoriated O’Connells pious bigoted Catholicism in The Nation, warning where it would inevitably lead:
‘The objections to separate education are immense; the reasons for it are reasons for separate life, for mutual animosity, for penal laws, for religious wars. ‘tis said that communication between the students of different creeds will taint their faith and endanger their souls.
They who say so should prohibit the students from associating out of the college even more than in them … let them prohibit Catholic and Protestant boys from playing, talking, or walking together … let them establish a theological police – let them rail off each sect … into a separate quarter; or rather, to save preliminaries, let each of them proclaim war in the name of his creed on the men of all other creeds, and fight till death, triumph, or disgust shall leave him leisure to revise his principles.’
Thomas Davis
But O’Connell vehemently opposed the bill, along with the Catholic hierarchy, calling the proposed colleges “godless.” and accusing Davis maliciously of wanting to declare it a “crime to be a Catholic”.
In the ensuing debate, Davis was reportedly reduced to tears. He knew what was at stake. O’Connell and the bishops feared losing control of education, and O’Connell claimed he was making a stand for “Old Ireland”—an ironic claim from a man willing to discard the Irish language and accommodate British rule. O”Connells decisions were to lead to centuries of strife in Ireland, but there had been another path.
Davis had laid out a radically different vision. He admired French historians that had emerged since the French Revolution, particularly Jules Michelet—the passionate romantic historian who portrayed the common people as the true heroes of France’s past. Michelet’s histories celebrated popular movements and democratic uprisings, showing how ordinary citizens had shaped their nation’s destiny.
But he most revered Augustin Thierry, whom Davis exalted above “any other historian that ever lived.“ Thierry was a former secretary to the utopian socialist Claude Henri de Saint-Simon who had revolutionized historical writing by focusing on social conflict rather than political chronology. His groundbreaking works—Letters on the History of France and History of the Conquest of England by the Normans—analyzed the past as a struggle between different peoples, classes, and social systems. Rather than celebrating kings and battles,
Thierry studied how medieval French communes had fought feudal lords for self-governance, creating islands of democratic freedom centuries before the modern age. For Thierry, history was not the story of great men imposing their will, but of ordinary communities organizing to defend their liberty and human dignity against oppressive hierarchies.
Saint-Simon envisioned future social harmony, while Thierry applied those ideals to the past—writing history as the clash of classes, cultures, and ideals. Thomas Davis now absorbed this framework and mapped it onto Ireland. Where others saw a contest of nations or religions, Davis saw the historical struggle of peoples and systems.
Saint-Simon, now regarded as a founder of utopian socialism, was a major influence on John Stuart Mill and on foundational anarchist thinkers such as Pierre-Joseph Proudhon.
His vision of non-authoritarian, cooperative society informed Thierry’s historiography, which Davis in turn adopted as the philosophical basis for Irish republicanism. In this way, the early libertarian threads of European anarchist and socialist thought entered directly into the Irish radical tradition, underpinning the intellectual foundation of the later republican movement.
Davis imagined a republic in which all creeds and classes would be equal. He railed against the inhumanity of laissez-faire capitalism and the devastation it had wrought on England’s industrial cities. In Dublin, Davis addressed Protestants directly, saying: “Gentlemen, you have a nation.”
Through The Nation, Davis promoted the Irish language, called for a national museum, advocated for the protection of antiquities, and protested the desecration of sacred sites like Newgrange. He fused romantic and heroic nationalism with secular republicanism and a deep respect for Gaelic culture. His programme laid the groundwork for a cultural revival intertwined with progressive political ideals.
The republican movement now picked up a cultural programme.
In the Nation he urged,
‘the language of a nation’s youth is the only easy and full speech for its manhood and for its age. And when the language of the cradle goes, itself craves a tomb. A people without a language is only half a nation. A nation should guard its language more than its territories – ‘tis a surer barrier and more important frontier than fortress and river“
Thomas Davis
His fusing of a romantic and heroic nationalism, secular republican principles as well as promotion of the Irish language and the Gaelic past of the country were to create a current counter to the socially conservative forces of both Protestant and Catholic Ireland. These, and not strict religious divides were to draw the real lines of battle for the next chapters of Irelands history.
Where O’Connell saw Ireland’s future as clerical, moderate, and tied to Britain, Davis saw it as secular, heroic, and rooted in the Gaelic past. He sought a cultural revival alongside political independence—a republic of reason, memory, and inclusion. He also insisted that any future Irish history must be free of sectarianism:
“The greatest vice in such a work would be bigotry—bigotry of race or creed. We know a descendant of a great Milesian family who supports the Union, because he thinks the descendants of the Anglo-Irish—his ancestors’ foes—would mainly rule Ireland, were she independent.
The opposite rage against the older races is still more usual. A religious bigot is altogether unfit, incurably unfit, for such a task; and the writer of such an Irish history must feel a love for all sects, a philosophical eye to the merits and demerits of all, and a solemn and haughty impartiality in speaking of all.”
Though Davis’s public life lasted only three years before his death from scarlet fever at age 30, his influence was immense. His funeral galvanised a generation, including Jane Wilde (Oscar Wilde’s mother), who became a leading voice of the 1848 rebellion under the pen name “Speranza.” Her husband, Sir William Wilde, began collecting Irish antiquities, laying the foundation for what would become the National Museum of Ireland.
The Third Way
Davis’s vision was excellent. practical and inclusive, but it was also perceived as a threat to the established powers rooted in sectarian, military, financial and landed power structures. Neither the Protestant Unionist elite, nor the conservative Catholic middle classes rooted in the anglicised, hierarchical world of the Pale would subscribe to something that threatened their position.
Davis had created a third way—a fusion of progressive, radical republicanism, and Enlightenment secularism. He brought together Enlightenment rationalism, Gaelic romanticism, and an inclusive civic nationalism that defined the broadest possible Irish identity.
Outside of the more educated and left leaning Protestants, nowhere was this vision more potent than in the Gaelic-speaking west—the majority population of Ireland in the 1840s. Here, Davis’s fusion of cultural revivalism and secular republicanism offered the hope of a radically inclusive Irish modernity, where their culture would achieve equality before the law for the first time in centuries…
The Empire Strikes Back
Before this awakening could take flight, disaster struck. Davis died suddenly of scarlet fever in September 1845, at just 31 years old, just as his vision of an inclusive, secular Irish republic was gaining momentum among both Gaelic Ireland and progressive Protestants.
His funeral became a defining moment for a generation of Irish intellectuals. Thousands followed his coffin through Dublin’s streets, including Jane Wilde—Oscar Wilde’s mother—who would become a leading voice of the 1848 rebellion under the pen name “Speranza.” The ceremony galvanized writers, artists, and revolutionaries who saw in Davis’s death the loss of Ireland’s democratic future. Many would spend the rest of their lives trying to fulfill the promise of his brief but transformative career.
That same year, the potato blight arrived—a fungal disease that destroyed the crop upon which millions of Irish people depended for survival. The potato had become the staple food of the Gaelic poor, particularly in the west, where tiny plots of land could barely sustain families even in good times.
What might have been a crisis became a catastrophe, exacerbated by the British government’s economic dogma and latent racial prejudice. The Great Hunger killed over a million and drove a million more to emigration within just a few years.
The catastrophe devastated the Gaelic-speaking west. Though Westminster bore ultimate responsibility, Dublin’s role was not innocent. At the height of starvation, new Vagrancy Acts were passed in 1847, making movement out of one’s home district illegal. While no famine existed in the more monetised east, mass displacement from the west was criminalised. For many, the only escape lay westward to the coffin ships.
The response of the authorities discredited not only the government but O’Connell and the Catholic hierarchy. The scale of the disaster radicalised survivors across Ireland and in the diaspora, especially in America. Among them, a lingering suspicion grew: that the famine was not merely a failure of policy, but a form of calculated clearance. The Gaelic poor were viewed by many in power as an impediment to prosperity—an expendable underclass in a colonial economy.
The famine wiped out the subsistence economy of the west. It freed land for exploitation by capital, integrating the west into the east’s monetised economy and completing a project of enclosure and clearance that had been attempted before but had been impossible to achieve.
The failure to intervene effectively in the Famine, many believed, was no accident—it aligned with the interests of landlords, administrators, and industrialists. It was not only London that benefited; Dublin and the east did too by the destruction of the population with whom Davis had hoped to carry through the programme of a new Ireland.
In other words, capitalist driven land clearance allied to entrenched middle class interests , both Protestant and Catholic drove much of the failure to intervene in any meaningful way to prevent the disaster. Certainly, the survivors who reached America thought so, and rapidly militant societies sprung up to hit back at the Empire.
“… The Celt, like the Red Man, melts away from the land which he has occupied and reclaimed for a long time anterior to the dawn of history. […] The rushing advance of western civilization drives the Indian from his forests and prairies… Something of the same character, but more cold-blooded and cruel, is operating on the fortunes of the Celtic race both in Ireland and Scotland.”
Freeman’s Journal (1851) 5 August
Ironically, the famine also hastened the decline of the old Protestant landlord class. Their estates, gutted of tenants, became unviable. The social system imposed since Cromwell began to collapse under its own weight.
But culturally, the Gaelic west no longer posed an immediate threat. It could now be romanticised safely—like the Native Americans after the Indian Wars—its rough edges shaved off, its spiritual and collective ethos appropriated.
A new nationalist identity was forged in Dublin, equated with middle class Catholicism. Anglicised Catholics who had historically defined themselves as English could now embrace Irishness on terms they controlled.
The progressive vision of Davis—secular, non-sectarian, rooted in historical consciousness—was pushed to the margins. Those who held to it were now painted as extremists. Irelands Catholic middle classes in conjunction with the rising power of the church, rebranded the national story, obscuring the differences between east and west, between collaborator and resister, and between survivor and beneficiary. The Gaelic world could be mourned, mythologised, even mined for heritage—but never fully acknowledged as a living challenge to the new order.
PART III: JOHN BUTLER YEATS AND THE RADICAL TRADITION
John O’Leary and the Revolutionary Legacy
In Tipperary in 1846 , a young John O’Leary was convalescing from illness as the Famine gathered pace around him. It was during this period that he discovered the writings of Thomas Davis—and was immediately converted. While studying law in Dublin, he joined the radical wing of the Young Irelanders, and when they launched a failed rebellion in 1848, he returned to Tipperary to join it.
John O’Learys portrait by John Butler Yeats. Widely regarded as his masterpiece, though not by John himself.
The rising collapsed, as did another attempt in 1849. Disillusioned, he abandoned his legal career after discovering it required an oath of allegiance to the Crown. ibid (to this day the Kings Inns of Dublin and London are linked(
Like many other disillusioned republicans, O’Leary came to believe that Wolfe Tone’s approach—an oath-bound secret society—was the best model for revolution. In 1858, he was recruited by James Stephens to the newly formed Irish Republican Brotherhood (IRB), a clandestine movement dedicated to armed insurrection. O’Leary later admitted rather amusingly, he was never entirely sure if it was originally called the Irish Republican Brotherhood, or the Irish Revolutionary Brotherhood; as before 1867, it was always simply referred to as “The Organisation.”
Driven underground, the radical avant-garde became the torchbearers of both Gaelic cultural memory and the republican tradition of the United Irishmen. O’Leary became editor of The Irish People and treasurer of the IRB. For this, he was arrested and sentenced to twenty years’ exile for treason.
In exile, mostly in Paris, O’Leary maintained his belief that Davis’s cultural programme was as vital as military action. He returned to Ireland in 1885, an elder statesman of the republican cause. Cautious but committed, he joined the Constitutional Club in Dublin and sought to avoid the strategic missteps of the past.
His impact on the Yeats family was immense. His friendship with John Butler Yeats would lead to a striking portrait—widely considered Yeats’s masterpiece—and left a lasting impression on the younger Yeats children. As John later wrote to O Leary:
: ‘…If you will allow me to say so, when I met you – your friends – I for the first time met people in Dublin who were not entirely absorbed in the temporal and eternal welfare of themselves … It was meeting you all that has left an impression on my young people that will never be quite lost.’
There is some evidence, mentioned in connection with the later president of the IRB council Bulmer Hobson, that John Butler Yeats during his time in London was a senior IRB contact for revolutionaries arriving in the city—possibly assisting with communications or introductions. His good friend John O Leary was the president of the IRB throughout this period from 1891 to 1907.
O’Leary’s role as mentor and bridge between generations is often understated, he remained the president of the IRB until 1907. During his tenure, the armed force element had atrophied its true, but the project that the generation who had witnessed the failure of half baked rebellions in the pasdt had been to create the conditions, socially and intellectually that would enable any such asttempt at rebellion successful.
This legacy would resonate deeply with John Butler Yeats and his circle, preparing the ground for his engagement with other radicals in the London avant-garde, including Stepniak, Morris, and Kropotkin.
Exiles inGarden City
In the late 1880s, John Butler Yeats made a decision that would shape his family’s future. He moved them to Bedford Park in London—a radical experiment disguised as a quiet suburb.
From Law to Art
This wasn’t John’s first time in London. Back in 1863, he had shocked his wife’s wealthy Sligo family by abandoning his legal career to become an artist. He enrolled at Heatherley’s Art School, where he met other young rebels who admired the Pre-Raphaelite Brotherhood—artists who mixed poetry with medieval romance and a love of nature.
In London, John discovered Charles Darwin’s On the Origin of Species. He borrowed it from his friend Samuel Butler, the writer who penned Erewhon and an early essay about machine intelligence called “Darwin Among the Machines.” For John, Darwin’s ideas meant more than just science. They freed him from religious dogma.
“I came to recognise natural law,” he later wrote, “and then lost all interest in a personal god, which seemed merely a myth of the frightened imagination.”
Family Struggles
The years that followed were difficult. The family moved constantly between Dublin, Sligo, and London. Money was tight. John’s marriage suffered. Sometimes the children had to stay with relatives in Sligo—an experience that deeply shaped their love of Irish culture.
Two children died young. But four survived: William (who would become the famous poet), Susan (nicknamed Lily), Elizabeth (called Lolly), and Jack.
The Garden Suburb Experiment
In 1887, the family finally settled at 3 Blenheim Road in Bedford Park, Chiswick. This was no ordinary suburb. Bedford Park was the world’s first purpose-built “garden suburb”—a revolutionary attempt to solve the problems of industrial city life.
Developer Jonathan Carr had created something new: a community that combined urban convenience with rural beauty. The suburb featured twenty houses with built-in artists’ studios as well as a community club and church that welcomed different faiths.
The underlying philosophy was radical for its time: that beautiful, well-designed environments could create better people and a better society.
Its tree-lined streets, Arts and Crafts architecture, and integration of green spaces with residential areas embodied a philosophical commitment to reconciling urban convenience with rural tranquility.
This “garden suburb” concept represented a middle path between the overcrowded industrial city and isolated country living, promoting the idea that thoughtfully designed communities could foster both individual flourishing and social harmony.
Bedford Park’s emphasis on aesthetic unity, community facilities like the club and church, and its appeal to artistic and intellectual residents demonstrated the movement’s underlying belief that physical environment profoundly shapes social and moral development—a conviction that would become central to progressive urban planning throughout the twentieth century.
Bedford Park
Its red-brick houses and leafy lanes hid a community that embraced many of the values John held dear: environmental awareness, gender equality, world religions, and anti-imperialism. Twenty of the houses featured in-built studios for artists. Here, he lived from 1888 to 1902.
The French Impressionist Camille Pissarro captured its atmosphere in Bath Road, London (1897), a luminous depiction of the suburb’s tranquil modernity. Pissarro, whose son moved to Bedford Park, was himself a committed anarchist and a subscriber to Le Révolté. He corresponded with Jean Grave and counted Paul Signac and Henri-Edmond Cross among his comrades in aesthetic rebellion. Paintings like Meadow with Cows, Mist and Setting Sun at Eragny (1891), expressed a quiet radicalism—a belief in everyday beauty, peasant life, and communal values.
Meadow with Cows, Mist and Setting Sun at Eragny, 1891. Camille Pissarro
Pissarro was a committed anarchist who subscribed to the radical publication Le Révolté. He corresponded with leading anarchist thinkers and counted revolutionary artists Paul Signac and Henri-Edmond Cross as close friends. His paintings expressed what he called “quiet radicalism”—a belief in everyday beauty, the dignity of peasant life, and communal values.
As William Butler Yeats later wrote of his first experiences of Bedford Park::
“We were to see DeMorgan tiles, peacock-blue doors and the pomegranate pattern and the tulip pattern of Morris, and to discover that we had always hated doors painted with imitation grain, the roses of mid-Victoria, and tiles covered with geometrical patterns that seemed to have been shaken out of a muddy kaleidoscope. We went to live in a house like those we had seen in pictures and even met people dressed like people in the story-books.”
The political radicalism of Bedford Park was real. It was home to Russian exiles like Stepniak and Peter Kropotkin, who envisioned cooperative society and artistic freedom. At the same time, Morris’s Socialist League brought together artists, revolutionaries, and utopians under a banner of ethical socialism. John had taken William to hear Morris speak in Dublin, and even sketched him during his 1886 lecture The Aims of Art at the Contemporary Club.
Bedford Park was home to creative networks that embraced traditional crafts, environmentalism, healthy housing, egalitarianism, spiritual pluralism, and anti-colonialism. Its residents included artists, vegetarians, feminists, abolitionists, and anarchists. This was where John Butler Yeats encountered the intellectual milieu that would influence him and his children profoundly.
John Butler Yeats shared the Utopian dream that science and applied knowledge might one day free humanity from brutal toil. As he wrote in 1917, he looked to a millennium when “Science and Applied Science release us from the burthen of industry and necessity,” even while warning that without moral vision, such liberation might reduce people to mere brutes.”
John’s daughters Susan and Elizabeth attended the Chiswick School of Art and later trained in embroidery and printing under May Morris, William Morris’s daughter. John’s son Jack absorbed the aesthetic vision of Walter Crane, the cartoonist of the Socialist League, while William made early connections with Oscar Wilde and other literary figures through their Bedford Park neighbors, including the printer Elkin Mathews.
Chiswick School of Art the school taught “Freehand drawing in all its branches, practical Geometry and perspective, pottery and tile painting, design for decorative purposes – as in Wall-papers, Furniture, Metalwork, Stained Glass”.
Bedford Park was a crucible for a new way of life. As John put it, it was a place where “intellect and emotion shake hands in eternal friendship.” The utopian community of Bedford Park gave shape to a lifelong aspiration: that art, liberty, and radical ethics might form the foundation of a better society. It was in fact the origin of the modern small house and suburban blueprint of living which was to be replicated across the world in the 20th century.
Bedford Park wasn’t just John’s home from 1888 to 1902. It was a laboratory where he and his children could explore how art, politics, and daily life might be transformed. The ideas they encountered here—about beauty, community, and human dignity—would later inspire their efforts to create a new kind of Ireland.
An oil painting, a half length portrait of a seated young woman wearing a white dress and a necklace. Hands folded in her lap.PotrPortraits of the Yeats siblings by John Yeats.
The effect on Johns children was profound, as it provided both the education and the opportunities through contacts to express themselves—William, Lily, Lolly, and Jack—who would try to reimagine Ireland in the same spirit. Their next chapter would take up the promise of Bedford Park and attempt to plant its ideals in Irish soil.
The revolution, it turned out, could begin in suburbia.
The Arts And Crafts Movement
William Morris, president of the Socialist League brought together artists and revolutionaries. John sketched Morris during his 1886 lecture on utopian socialism at Dublin’s Contemporary Club—an event that made a powerful impression on young William Butler Yeats, who attended with his father. Morris’s News from Nowhere, a utopian novel envisioning a decentralized, craft-based society, became a blueprint for the Yeats household.
William Morris as sketched by John B Yeats at the Constitutional Club, Dublin.
These strands fused in a practical way in the firm Morris Faulkner & co a interior decoration a furnishings and decorative arts manufacturer and retailer founded by the artist and designer William Morris the firm’s medieval-inspired aesthetic and respect for hand-craftsmanship and traditional textile arts had a profound influence on the decoration of churches and houses into the early 20th century.firm founded that became influential in mural decoration, furniture, metal and glass wares, cloth and paper wall-hangings, embroideries, jewellery, woven and knotted carpets, silkdamasks, and tapestries.
News From Nowhere, William Morris Utopian science fiction novel
Bedford Park was also home to a transatlantic artistic network that fed into the rising Arts and Crafts movement. Figures such as Edward William Godwin (he had designed some of the houses in Bedford Park)—deeply influenced by Japanese design—and his son, the theatrical innovator Edward Gordon Craig, helped shape a fusion of medieval, modern, and Asian aesthetics. Frederick York Powell, a historian, socialist, also a member of Stepniaks circle and an “Ardent champion of Irish learning’, John had hoped to have WB work with him, and lamented when William took up with Lady Gregory instead.
William Godwins almost futuristic Japanese inspired furniture design. He also was designer of Oscar Wildes house at Tite street.
Years later in 1916 WB Yeats was to replicate the ambition of these visions wwith his purchase of the tower house at Coole Park and the engaging of an Arts and Crafts architect to design a new form of Gaelic inpired interiior decoration. Furniture and metalwork and textiles were all commissioned for this project, which Yeats perhaps intended to be as inspirational in Ireland as Morriss Red House had been in England.
William Morris workshops where Johns daughter Susan was to work in the embroidery section for several years were nearby.
Morris held here his meetings with a wide range of free thinkers and avant garde social reformers
Here Pyotr Kropotkin was a regular guest. quickly became part of Morris’s Sunday “Socialist League” gatherings, in the coach house to the left of the main house.
There he joined a political circle that included Bedford Park’s Ukrainian exile Sergius Stepniak,, Eleanor Marx, daughter of Karl, and two Irish socialists, the playwright George Bernard Shaw, and Annie Besant who would become the first woman President of the Indian National Congress. WB Yeats quickly joined the circle a;so.
Many of the same activists also attended Bedford Park Club debates, including those on Indian Independence and Irish Home Rule, as did occasional visitors such as Roger Casement and John O’Leary.
In one of his letters written from Bedford Park, he reports on a visit by the old Fenian, John O’Leary to the Calumets, a club in Bedford Park. John was disappointed that O’Leary had avoided ‘dangerous subjects’, and so he had tried to ‘roll in the apple of discord’, but to no avail.
A description of Morris philosophy at the time goes thus
All who knew him knew he was profoundly convinced that so long as private ownership in the means of life obtained a true material, intellectual, and moral human life for the mass of the people was impossible.
Yet he could not conceive William Morris sitting down satisfied with the mere alteration of material and physical conditions. He grasped that the main thing to be done was to give opportunities for character to grow.
It was the building up of character. The true worth and value of human life lay in the fact that every man, woman, and child was an improvable being; that there existed in the world certain artificial conditions that hindered, crushed, and degraded human life; that it was the duty of society to change those conditions, in order that the highest possibilities of human life might have free play and develop—that made Morris’s Socialism that of the true Social Democrat, and the Hammersmith Socialist Society would best perpetuate his memory by carrying on its work on those lines.
Herbert Burrows
Stepniak (Sergey Kravchinsky) and Peter Kropotkin, Russian anarchist exiles who joined the Bedford Park salon culture. Most notoriously, he had assassinated General Nikolai Mezentsov, chief of Russia’s secret police, with a dagger in St. Petersburg in 1878.
Stepniak—whose house backed on to the Yeats garden was a Russian revolutionary, writer, and theorist.
He was found dead in 1895 after being struck by a train at a level crossing. Officially deemed an accident, some suspected Russian secret police involvement. John Yeats had been at Stepniak’s home the night before.
The official version was that Stepniak was struck by a train at a level crossing in Bedford Park, London, on December 23, 1895. He was reportedly deep in thought or reading while walking, failed to hear the approaching train, and was killed instantly. Some suggested suicide, which John denied.
Some of his fellow revolutionaries and supporters suspected that Russian secret police (the Okhrana) had arranged his death. The Tsarist regime had a documented history of hunting down political exiles abroad, and Stepniak was a high-profile revolutionary who had assassinated a top Russian official. The suspicious timing and circumstances led some to believe it was a carefully orchestrated assassination made to look like an accident.
The Arts and Crafts Republic
For the Yeats family, the ideals of the Arts and Crafts movement—its fusion of artistic expression, ethical design, and social reform—were not confined to England. They provided the blueprint for cultural renewal in Ireland. Inspired by William Morris’s utopian vision of a decentralised, cooperative society grounded in craftsmanship, the Yeats children sought to give material form to an Irish modernity rooted in its Gaelic past.
William Butler Yeats embraced these values in his poetic vision and personal life. The design of his Tower House in Ballylee reflected a conscious revival of medieval Irish architecture, combining national symbolism with the aesthetics of the Arts and Crafts movement. Furniture, textiles, and interior details echoed the simplicity and integrity of hand-crafted work, reinforcing his dream of a self-defined Irish culture independent of British models.
Wnen he had begun to write his first sucesses came with his turn to Irish folklore rather than the imitations o0f Englands lake poets. Under the strong influence of John O Leary. And his mothers longing to be back in Sligo.
“I would remember Sligo with tears, and when I began to write, it was there I hoped to find my audience”
His sisters, Susan (Lily) and Elizabeth (Lolly), gave practical embodiment to this vision. With training from May Morris and the Chiswick School of Art, they returned to Ireland and established the Dun Emer Guild and later the Cuala Press. These workshops specialised in embroidery, book design, and printing. Their work drew on Irish myths, folktales, and native ornament.
at the Froebel College in Bedford,publication of four popular painting manuals: Brushwork (1896), Brushwork studies of flowers, fruits and animals (1898), Brushwork copy book (1899), and Elementary brushwork studies (1900)
Jack B. Yeats, meanwhile, dedicated his art to depicting the West of Ireland—its people, landscapes, and customs. His impressionistic paintings and drawings gave visual life to the same rural world celebrated in his brother’s poetry. Unlike romanticised visions of the West, Jack’s work was informed by direct observation, empathy, and a democratic eye, illustrating scenes of ordinaryu life, from the dock workers in Sligo to the horse races on the beaches, his art documented a living tradition rather than a vanished one.
Together, the Yeats siblings imagined an Irish future built on the foundation of its own traditions—transformed, not abandoned, by modernity. The Arts and Crafts Republic they dreamed of was not nostalgic or backward-looking. Its roots were cosmopolitan, intellectually ambitious, and egalitarian. It aspired to give Ireland its own voice in the modern world—through art, through literature and through design.
By rooting Irish cultural identity in shared craftsmanship and creative independence, the Yeats family advanced a vision of national self-hood that was as political as it was artistic. In their work, the legacy of John Butler Yeats—the fusion of the Gaelic tradition and European radicalism lived on.
PART IV: THEORY INTO PRACTICE
Anarchist-Nationalism and “Irish Freedom“
How did these ideas manifest in Ireland?
The American anarchist Benjamin Tucker, in his 1897 work Instead of a Book, wrote admiringly of Ireland’s Land League:
“Ireland’s true order: the wonderful Land League, the nearest approach on a large scale, to perfect Anarchistic organization that the world has yet seen. An immense number of local groups scattered over large sections of two continents…each group autonomous; each composed of varying numbers of individuals…”
This fusion of anarchist radicalism with Ireland’s national struggle found further expression through successors of John O’Leary in the IRB, such as Bulmer Hobson and figures in the broader Gaelic revival. Standish O’Grady and George Russell (Æ), a close friend of W.B. Yeats, were instrumental in popularising the ideas ofPeter Kropotkin in Ireland. While editing The Irish Homestead, Russell published essays by Kropotkin that advocated for voluntary association, decentralised communes, and mutual aid.
George Russell who was a close friend of WB Yeats, was publishing essays of Kroptkin while he was editor of The Irish Homestead.
O’Grady openly acknowledged the influence of Kropotkin, proposing an anarchistic programme of rural development and communal self-reliance. His writings appeared in The Peasant, Irish Ireland, The Irish Nation, The Irish Review, and The New Age—progressive periodicals that echoed the cooperative ethos of the Land League. The ideas circulating in these journals offered a vision of national regeneration grounded not in the state, but in community.
This was a conscious attempt to carry forward the fusion originally attempted by the Young Irelanders, who had combined Proudhon’s anarchism with Mazzini’s nationalist vision of self-determination. Now in a new generation, this tradition was updated through Kropotkin’s humane and practical philosophy and was developed in real-world terms through cooperative movements.
The Yeats sisters’ enterprises—Dun Emer Industries and Cuala Press—were organised as co-operatives. Countess Markievicz, in alliance with Hobson, attempted to establish cooperative businesses on her Sligo estates, though with limited success.
Alice Stopford Green (1847–1929) answered Thomas Davis’s call for a history of Ireland that was neither sectarian nor imperial but rooted in the dignity of its native civilisation. Not one focused solely on defeats and dispossession, but one that portrayed Gaelic civilisation as a dynamic and original culture.
She argued for this in works such as The Making of Ireland and its Undoing (1908), Irish Nationality (1911), and The Old Irish World (1912).
She wrote:
“No real history of Ireland has yet been written. When the true story is finally worked out… it will give us a noble and reconciling vision of Irish nationality.”
Alice Stopford Green
Stopford Green sought to document the material, social, and intellectual life of Ireland before conquest, aiming to inspire dignity and future independence. Sherejected the colonial narrative of decline and barbarism, instead portraying early Irish society as sophisticated, literate, and communally organised. Green bridged divides and offered a scholarly foundation for a pluralist, Gaelic-informed vision of Irish nationhood. Her histories aimed to restore pride, coherence, and cultural legitimacy to a people whose past had long been distorted or erased.
Her turn to the Irish cause had happened around the turn of the century, and it is perhaps not surprising that we find both O’Leary and Yeats as visitors to her house at theis time. John O’Leary, again sketched by John Butler Yeats in Alice Stopford Green’s London home around 1900, provides a tantalising link—from Young Ireland to the revolutionary intellectual circles of the early 20th century.
John O Leary sketched by John Yeats in London around 1900, the inscription notes the portrait was done in the house of Alice Stopford Green.
Her influence extended to James Connolly, who adopted her image of early Irish society as egalitarian and proto-socialist: “a socialist revolution in Ireland would be in certain respects a return to the early Gaelic system.”
“All valuable education,” John once wrote, “was but a stirring up of the emotions,” adding that true feeling was not excitability, but harmony: “In the completely emotional man, the least awakening of feeling is a harmony in which every chord of every feeling vibrates.”
This idea of deep emotional resonance as a guide to truth shaped his own life and that of his children. For John, genuine feeling was not sentimental outburst but the achievement of inner integration—a state where intellect, emotion, and moral conviction worked together seamlessly, creating what he called a “vibrating beingness.”
This conception of emotional harmony perfectly aligned with the revolutionary art theory emerging in 1880s Paris, where Georges Seurat was pioneering pointillism—a technique that would profoundly influence Pissarro and Signac. Seurat, trained at the École des Beaux-Arts but fascinated by the chemistry of vision, had discovered the work of Michel Eugène Chevreul, director of the historic Gobelins tapestry factory. Chevreul’s studies of “simultaneous contrast” showed that separate colors, when placed side by side, would blend optically in the viewer’s eye to create a third color—an effect he called “harmony.”
Seurat copied paragraphs from Chevreul’s treatises into his own notebooks, but he was most interested in how this optical harmony evoked emotion. His pointillist paintings—composed of thousands of separate colored dots—created what contemporary viewers described as “blurred vibration,” a shimmering atmosphere that seemed to reveal “all forms as a swarm of atoms, electric.” For Seurat, this visual manifestation of emotion as vibrating energy was the key to authentic artistic expression.
Portrait of Paul Signac by Maximilien Luce, shows the typical anarchist school of pointillist colour use to create “harmony”.
Just as Seurat’s paintings required active participation from viewers whose eyes completed the optical blending, John’s education required students to integrate their own emotional and intellectual capacities. Neither sought to dominate or manipulate, but rather to create conditions where natural harmony could emerge.
If separate colors could cooperate to create beauty, and separate emotional faculties could vibrate together to produce wisdom, then perhaps separate individuals could work together without coercive authority to create a just society. The “vibrating beingness” that John saw in fully developed humans was the same shimmering energy that Seurat captured in paint—both expressions of what happened when natural forces were allowed to find their own organic harmony.
John Yeats, self portrait.
He had no illusions about its material rewards. “It is impossible for a rich man’s son to enter the heaven of poetry,” he wrote. “Yet a poor man’s son should avoid poetry, because it is impossible to make money by the writing of poetry.” And still, he raised his eldest son to be a poet. “It was a secret between us,” he admitted, “I was not anxious to proclaim to the world that I, a poor man, was bringing up my eldest son to be a poet.”
It was in York Street, before he went to his regular studies, his father used to read poetry to the youth who was to become the greatest poet of our time. “ He never read me a passage because of its speculative interest, and indeed did not care at all for poetry where there was generalization or abstraction however impassioned.” Once he read from Coriolanus. “That scene is more vivid than the rest, and it is my father’s voice that I hear and not Irving’s or Benson’s.” The first poetry W.B. shows himself to us as writing is in the form of a play — “ a fable suggested by one of my father’s early designs. ”
This nurturing of poetry in the face of hardship illustrates a principle central to John Butler Yeats’s worldview: the pursuit of inner truth over material success. It echoed the ethos he recalled from his youth, when “the definition of a gentleman was a man not wholly occupied in getting on.”
Despite this, William Yeats eventually drifted into conservative and even authoritarian circles—something his father had tried hard to prevent. “He is naturally conservative,” John warned, “and I don’t want to see that side of his character developed. I would rather keep him in the ranks down among the poor soldiers fighting for sincerity and truth.”
In another letter, John dismissed the Nietzschean ideal of the Übermensch: “The men whom Nietzsche’s theory fits are only a sort of Yahoo great men. The struggle is how to get rid of them—they belong to the clumsy and brutal side of things.”
And so it was that William came to realise later in life that for all the effort he had made to move away from his fathers old fashioned ideas, startled himself “with some surprise how fully my philosophy of life has been inherited from you.”
This flow of energy and vision set the stage for the eventual Rising in 1916, an event that many of the IRB and others disagreed with (mainly because of its limited chance of military success). John himself referred to them as “mad fools”.
But the cultural thread of those who took part in the Rising was precisely that which we have outlined here. The IRB, now with Tom Clarke and MacDiarmada were a faction that had been brought in by Bulmer Hobson during his time as President. He was instrumental also in the founding of the Volunteers. Hobson, as we have seen was an eclectic socialist who was well versed in anarchist philosophy and political organisation.
The other main actor of the rebels was James Connolly, who of course history remembers as the great socialist thinker of the rebellion. His Citizen Army was organised by the anarchist Jack White. He himself had been an organiser for the syndicalist IWW in the US. The syndicalists were the union arm of the anarchist movement, and represented the most modern strain of anarchist thinking at the time, one in which the federated syndicates would replace the stste using the general strike to effect change. Connolly was co-opted into the IRB and forced to align his plans with theirs, but as weve seen , they represented merely older and newer forms of the same threads of radical traditions.
So these events are well studied and documented, but our concern here is how did the life and work of John Yeats, his family and his social circle feed into these events. Away from the military marches and the gunpowder and cordite of the militants, what was the other side of the revolution aiming at. And did they think they could effect change without resort to violence? And if so, how?
The Philosophy of Dreams
John, in a letter to his son, says,
“My dear Willie,” he once wrote, “I am afraid you must sometimes think me very conceited—the fact is not only am I an old man in a hurry, but all my life I have fancied myself just on the verge of discovering the primum mobile.”
‘My theory is that we are always dreaming – chairs, tables, women and children, our wives and sweethearts, the people in the streets, all in various ways and with various powers are the starting points of dreams … Sleep is the dreaming away from the facts and wakefulness is dreaming in close contact with the facts, and since facts excite our dreams and feed them we get as close as possible to the facts if we have the cunning and the genius of poignant feeling“
John Yeats, Private Letter to WB Yeats. Quoted in John McGahern, Trinity Quattrocentenial essay, in The Irish Times, 9 May 1992, “Weekend”, q.p.)
We could take this whimsically or mystically perhaps, but given what we know of Johns philosophy, we can assume he had a materialist basis for his theory.
The primum mobile (prime mover) was the outermost sphere in medieval cosmology that set all other celestial spheres in motion, but here Yeats uses it metaphorically to suggest he’s seeking the fundamental principle that animates all existence. This reveals his philosophical ambition: he’s not just developing an artistic theory but attempting to articulate nothing less than the basic mechanism of consciousness and reality.
“We are always dreaming” opens up profound implications for understanding how utopian idealism functions as a form of constructed reality. If consciousness fundamentally operates through dream-like processes of interpretation and projection, then utopian visions—whether anarchist, socialist, or otherwise—are not mere fantasies but alternative constructions of reality that possess both validity and transformative power.
This perspective anticipates modern neuroscientific understanding of the brain and its rol;e in constructing the reality we perceive. Making Yeats’s insight remarkably prescient. This isnt a relativist position either. The objective facts are always there. But humans access to them is always indirect, and the state of reality we perceive when waking is only somewhat closer to these facts than that when asleep.
William Butler Yeats grasped this principle and applied it to Irish culture. “I have desired, like every artist, to create a little world out of the beautiful, pleasant, and significant things of this marred and clumsy world, and to show in a vision something of the face of Ireland to any of my own people who would look where I bid them,” he wrote in The Celtic Twilight. This wasn’t literary romanticism but the practical application of his father’s theory.
His poetry demonstrated exactly what John meant by “dreaming in close contact with the facts.” When William wrote “Come away, O human child! / To the waters and the wild / With a faery, hand in hand, / For the world’s more full of weeping than you can understand,” he wasn’t describing an existing Ireland but constructing one. He gathered the “facts”—Irish folklore, landscape, language patterns—and used them as “starting points of dreams” for an alternative national future.
If all human experience is dreamlike, then what what prevents us organising things in a better way? It would mean that nothing is fixed as so many say “this is just how it is”. It would also mean that by changing the dream, we would change the reality.
This philosophy would have provided a profound foundation for believing that a better world could be actualized through artistic and political imagination. If consciousness is fundamentally “dreaming in close contact with the facts,” then the act of imagining alternative realities becomes not escapist fantasy but a legitimate mode of engaging with and reshaping the world.
This led to a very practical focus on the physical surroundings in which people lived. William Morris’s “craft socialism” represents a close parallel. Morris’s belief that transforming the conditions of labour and daily life could reshape human consciousness directly echoes Yeats’s emphasis on how “facts excite our dreams and feed them.”
Morris’s vision of beautiful, meaningful work wasn’t utopian fantasy but an attempt to materialize an alternative reality through immediate practice—and in this they created literally chairs and tables to create “the starting point of dreams”.
Susan and Elizabeth Yeats followed through on this philosophy by creating the Dun Emer Industries and the Cuala Press in Dublin. Here making manifest things dreamed by their poet brother, by printing editions of his books. These operated as co-operative enterprises, following the philosophy of the worker owned collective enterprises that the socialist philosophy sought to replace capitalist owned workplaces with. This also was in line with anarchist thinking that worked from the bottom up.
As William Yeats was to do years later in his tower house at Coole Park, where the objects brought forth the poetry, The Tower and The Winding Stair being written after W.B. had created the material objects.
The context of the letter suggests this was part of an ongoing intellectual dialogue between father and son during a crucial period in W.B. Yeats’s development.
Here we have the starting point that William translated to a magician’s incantation, where the word not only creates the reality, but reality creates the word. For W.B. Yeats, this philosophical inheritance is evident in his belief that poetry could literally bring a nation into being. His lines “We have fallen in the dreams the ever-living / Breathe on the tarnished mirror of the world” suggested that ancient Irish consciousness wasn’t dead history but living force that could reshape contemporary reality.
His Celtic Revival wasn’t just cultural nostalgia but an attempt to “dream” Ireland into existence through myth, symbol, and verse—to use “poignant feeling” to perceive the essential Ireland beneath colonial oppression and then manifest that vision through artistic expression. When he wrote “Let us go forth, the tellers of tales, and seize whatever prey the heart long for, and have no fear. Everything exists, everything is true, and the earth is only a little dust under our feet,” he was articulating his father’s philosophy as practical methodology.
Johns philosophy was not fantastical though as his concern for using sensation or feeling to get close as possible to the facts shows.
This represents a sophisticated synthesis of Romantic idealism with practical activism—the notion that changing consciousness is the first step toward changing the world, but that such change requires both imaginative vision and rigorous engagement with existing conditions.
Jack Yeats followed also in his fathers footsteps, in his case by painting and drawing the people marhinilised by Victorian and Imperial colonial society, Tramps and clowns, paupers and itinerant outsiders, continuously appear in Yeats’s repertoire, their fate and resilience through time assuming an almost metaphysical force in many of his late paintings.
As an American critic noted, the “people Mr Yeats is interested in are a rough, hard-bitten, unshaven, and [a] generally disreputable lot.”
He drew James Larkin – the militant Syndicalist union leader and co-founder, with James Connolly and the anarchist Jack White, of the Irish Citizen Army leaning out of a window in Liberty Hall, to deliver a speech to the strikers below.
We can imagine also that Jack B. Yeats’s painting sought to capture the emotional essence of Irish life in ways that could shape national consciousness. Even their father’s portrait work aimed to reveal the inner character of his subjects—to see through to their essential selves via “poignant feeling” and make that vision visible to others.
Jack Yeats Leaving the Far Point, 1946. Oil on canvas/
William himself recognized this inheritance late in life, writing with some surprise when he realised “how fully my philosophy of life has been inherited from you.” The poet had spent decades trying to move beyond his father’s “old fashioned ideas,” only to discover he had been implementing them all along—proving that John’s theory of consciousness as creative dreaming wasn’t abstract philosophy but practical methodology for reshaping the world.
It is Darkest before Dawn
Dark Clouds
But the Ireland John Butler Yeats and so many with him dreamed into being—a place where his children could develop and express that vision—was not to emerge at this time. When he died in 1922, just as Ireland descended into civil war over the Anglo-Irish Treaty. The ensuing counter-revolution enabled the rise of authoritarian and clerical forces that dominated 20th-century Ireland.
The democratic republic envisioned by Wolfe Tone, Thomas Davis, and James Connolly gave way to two sectarian states. By 1928, the Committee for Evil Literature was banning works such as Plato’s Republic, its title alone seen as subversive.
The new state turned against the very forces that had fought for its creation. Women were forced out of public life, divorce and abortion were outlawed, Irish speakers were marginalised by an artificial bureaucratic standard, and native speakers often failed exams in the very language they had grown up speaking. Travellers were targeted for assimilation, and socialists exiled or silenced. Though Protestants were tolerated, the laws paid them little regard. The Catholic Church reached unprecedented dominance, personified by figures like Bishop John Charles McQuaid.
Tragically, the expansive vision of the Arts and Crafts Republic—embodied in textile and furniture design, book printing, cooperative workshops, and a revival of Gaelic material culture—was abandoned. Within two decades of the Free State’s founding, much of this cultural infrastructure had been dismantled or neglected. The new ruling elite saw the rest of the country as a threat rather than a foundation.
Yet not everything was lost.
Epilogue: We Are Always Dreaming
Though eclipsed by his children in public memory, and indeed written out or dismissed as a mere failed artist by several modern revisionists, Yeats played a central role in the revolution of the Irish mind. He and John O’Leary helped give shape to its most subtle and enduring feature: not merely the creation of a new world, but the capacity to understand that world and why it was worth fighting for.
The systematic diminishing of John Butler Yeats’s reputation during the 20th century was perhaps no accident. The conservative and theocratic state that emerged after independence was threatened by everything he represented. His vision of secular republicanism, gender equality, religious tolerance, and international solidarity directly challenged the narrow nationalism that the new establishment sought to impose.
His philosophy of “dreaming in close contact with the facts”—the belief that consciousness could reshape reality through artistic and political imagination—was precisely what the authorities feared most. A population capable of imagining alternative futures might question why Ireland had to be organised around clerical authority, sexual repression, and economic conservatism. His anarchist sympathies, his celebration of individual creativity, and his international perspective marked him as dangerous to a state intent on controlling both minds and bodies.
Even his educational philosophy posed a threat. His belief that “all valuable education was but a stirring up of the emotions” contradicted the rote learning and moral conformity that the new system demanded. The Free State, and indeed Northern Ireland, were to be examples of everything Thomas Davis had warned against all those years ago, the religious domination of a sectarian system did indeed lead to conflict and war, bigotry and discrimination, and abuse of the vulnerable.
But the idea that people should think for themselves, feel deeply, and pursue truth wherever it led was incompatible with a society built on unquestioning obedience to religious and political authority.
The Enduring Legacy
Yet in the tradition of the greatest Irish revolutionaries, John’s influence proved more durable than the forces that sought to suppress it. He spent his last years in Greenwich Village, New York, content in a boarding house on West 29th Street run by three Breton sisters. In the United States he gained recognition that, except amongst a few, had eluded him in Ireland.
He found kindred spirits among the Ashcan School painters—artists who, like him, believed in depicting life honestly and celebrating the common humanity of ordinary people.
He exchanged letters with Padraic Colum and other Irish writers in exile, maintaining the international network of cultural exchange that had always defined his vision. One American poet, as Colum later remembered, described him as “the greatest father in literature”—a recognition that his true achievement lay not in his own art but in the intellectual and moral environment he had created for the next generation.
As one of his admirers wrote to his daughter Lily after John’s death in New York in 1922: “A few score men such as your father in the world at any one time would cure its sickness.”
His final self-portrait, worked on for over a decade in New York he believed was his masterpiece. It was commissioned by Quinn in New York in 1911 and worked on between then and the artist’s death in 1922. ‘It is like watching a blessed ghost of a long lost beloved slowly materialising,’‘’ Mary Colum, wife of Padraic Colum described the iron bed and cheap worn rug, and the easel with the same painting permanently set up.
Johns final self portrait worked on for over a decade in New York. This he declared to be his masterpiece. “I think of nothing else and I dream of it.” he declared.
W.B. Yeats wrote that in his letters his father ‘constantly spoke about this picture as his masterpiece, insisted again and again … that he had found what he had been seeking all his life’.
January 1917 John Butler Yeats wrote: ‘Now I mean as soon as possible to finish my portrait, on which I have been working for many years … I want it to be “great” – an immortal work – that’s why I put off finishing it.’
By Christmas 1918 he was writing “My portrait looks well. One day since my illness (the day before yesterday) I almost finished the hands and put a life and authority in it such as I have never reached any time before.“
John died 1922, with the painting still on the easel, unfinished. As his sons star rose, it appeared to some observers that John had somehow failed. But the narrow judgement of biographers and critics seems all to keen to throw out the wider sense in which his life was a triumph. His belief in the truth as highest ideal had come to define, through his children, the awakwning of an entire nation. That was to come into existence just as John died.
His ideas lived on in ways the Irish establishment could not control. The international influence of his children—William’s Nobel Prize, the global reach of Irish modernist literature, the Arts and Crafts movement’s evolution, were eclipsed by the sectarian oppression of both the Free State and Northern Ireland. William, without his father, became rudderless to an extent, vulnerable to political manipulation. But, what was done was done, and could not be erased. The Yeats families reputation and importance if anything increased throughout this periad.
John had demonstrated that committed people, working with integrity and imagination, could indeed change the world. The Bedford Park circle, the Irish literary revival, the Arts and Crafts workshops—all proved that his father’s anarchist vision of voluntary cooperation and mutual aid was not utopian fantasy but practical possibility.
That insight captures something essential about John Butler Yeats’s legacy. He belonged to no political party, built no institution, founded no movement. Instead, he cultivated a way of being in the world—curious, compassionate, uncompromising in the pursuit of truth—that transformed everyone who encountered it.
His revolution was quiet but profound: the belief that ordinary people, given the chance to think and feel and create freely, would naturally build a more just and beautiful world. A belief that epitomised the libertarian socialist anarchist philosophy of the 19th century, the source of much of the impetus towards modern life.
In an age of ideological extremes and authoritarian solutions, his approach seems remarkably contemporary. His synthesis of individual liberation and social responsibility, his integration of aesthetic beauty and political justice, his faith in human creativity over institutional control—these remain as relevant today.
The Ireland he dreamed of—secular, democratic, internationally engaged, respectful of both tradition and innovation—eventually did begin to emerge, though tragically not for almost a century after his death. The conservative revolution that followed independence, though gruelling, proved temporary; the deeper currents he had helped set in motion proved more enduring.
Perhaps most significantly, he demonstrated that revolution need not be violent to be effective. The transformation of consciousness he advocated—the patient work of education, art, and moral example—ultimately proved more lasting than the political settlements achieved through force. His legacy lives on wherever people gather to imagine better ways of living together, wherever art serves truth rather than power.
Perhaps he was right, we are indeed always dreaming—and John Butler Yeats did achieve what he intended, the “immortal work”, if not existing as an individual painting, but his life itself.
Note on John Yeats philosophy of consciousness and modern neuroscience. In a fascinating scientific parallel in 2025, modern cognitive neuroscience describes the brain as a “prediction machine” creating reality by prediction and correcting this cognitive “hallucination” from sensory input, This is so remarkably close to John Yeats contention the ” Sleep is the dreaming away from the facts and wakefulness is dreaming in close contact with the facts…” that, we must say, he was far, far ahead of his time.
From the frontispiece of Essays Irish & American by John Yeats published 1918.
‘In the first place he is naturally conservative & very conservative & and I dont want to see that side of his character developed – I would rather keep him in the ranks down among the poor soldiers fighting for sincerity and truth.’
[I]f so your demi-god is after all but a doctrinaire demi-godship. Your words are idle – and you are far more human than you think. You would be a philosopher and are really a poet […] the men whom Neitszche’s theory fits are only a sort of Yahoo great men. The struggle is how to get rid of them, they belong to the clumsy and brutal side of things.’
Matchgirls strike of 1888
john yeats and the science fair tickets incident .
How Sligo is losing its built heritage, residential, commercial and industrial.The Council is forcing the demolition of 5,6,7,8,9 High Street, but with no mention of the loss of street frontages in the Old Town area of Sligo.
The council and the preservation laws are facilitating, albeit inadvertently, the steady loss of the old town urban fabric. Many iconic shop fronts, residential and industrial buildings, cobbled streets, mills and weirs, have been lost over the years, a legacy that does not seem to be changing.
Because of a lack of funding, infrastructure and expertise for councils heritage operations, the same laws intended to protect heritage are ironically leading to its loss,
— Here is a real case study of how it happens.
Introduction
In 2019 a building was demolished at 39 High Street Sligo and the site cleared. The building had been declared dangerous, and the council, using the Local Government (Sanitary Services) Act 1964, prosecuted the owners to demolish the site. The councils executive arm moved in to demolish the site in 2018.
There were some issues with this though, as it was in 2016 that this building was listed as a cndidate for inclusion on the Record of Protected Structures (RPS), a list that the elected council can vote buildings on or off, and one of the few powers still in the hands of elected councils. Shortly after the recommendation members of the council moved to have it declared unsafe.
Secondly, the facade at least of most of the buildings in the old part of town are supposed to be kept where possible because of their unique and irreplacable character. This is set out in the councils own planning and heritage guidelines. There is no evidence in public information that any attempt to preserve the facade was made.
Lastly, and perhaps most importantly, 39 High Street was not just one building. Two buildings stood on the site. The one that fronted to the street which was the subject of the demolition order, and a second old stone building to the rear, that had been accessible from the Market Yard and Walkers Row, (now Dominic Street). The two were joined by a long ground floor extension that made the site appear as one structure. The second building was cleared without a proper understanding of its history.
This article highlights these issues, and looks at the use of the Sanitary Services laws by the council and building owners in order to clear sites for development.
The question is not whether buildings should ever be demolished, as clearly they sometimes should be. But, the councils own guidelines are very clear on the importance of the preservation of the old street-scapes, recommending that every effort be made to preserve the facades at least. This is so even in cases where the rest of the building cannot be saved.
No effort to retain the facade at 39 High Street, despite recommendation from architectural conservation report to do so was made. The sequence of events leading to the demolition demonstrates precisely how heritage is lost in Sligo, and the large gap that exists in heritage services that should provide an integrated view of heritage protection in the town.
39 High street, the street front building, with the old original shop front.
Where Was It?
Number 39 was within the Market Cross Architectural Conservation Area (ACA) as set out in the Sligo and Environs Development Plan. As it says in the The Sligo City Centre Action Plan in which it is stated it is the councils aim to “Protect and enhance Sligo’s character and heritage”.
The site was beside the Dominican Friary to the north. This building was erected in 1971. This site was not an ancient church site as the earlier 18th century Friary is several hundred metres to the south at Burton Street.
The building was proposed for protection by inclusion on the Record of Protected Structures (RPS) in 2016. But, before it could be placed on this protected list the building was demolished. In fact, its placement on the recommendation list for preservation of the facade appeared to hasten the intent to demolish it, Be that as it may, an historical architectural survey was carried out which recommended the retention of the facade. This report is not publicly available.
An aim which is in the councils own heritage guidelines.In a similar manner with the present demolition of No.s 5,6,7,8,9 High street on the opposite west side of the road from 39, there has been, again, no public mention from councillors, county heritage officers or anybody else, of any attempts to preserve the facades at a minimum.
High Street in the Nineteenth Century
High St. was a busy commercial district of the town from the late 17th century until its decline after the mid 20th century. The focus of commercial activity has gradually moved to the lower ground to the north on O Connell street, but from the 17th to 19th century this was the main route into town from the southern roads at Gallows hill and Old Pound street.
High St. and its lower section Market Street are at the centre of what can be termed the Old Towndistrict, an area running from the medieval friary at the east edge of the town along the higher ground near the courthouse and towards the cathedral of St John the Baptist on John Street. The quarters of the town (there was no “Italian Quarter a recent commercial invention) are the Abbey Quarter, the Castle Quarter and the Rath Quarter to the north.
A new market place was laid out to the west of High Street in the early 1720s, which became known as the Market Yard. The gated yard received heavy cart traffic from Sligos hinterland and further afield, which was directed into the weighbridges and customs pounds in the area. When goods were released after duty being paid, they were sold on the stalls or to merchants for onward shipping. Around the yard there developed small industries based on manufacturing products from these materials. Workshops and factories gradually surrounded the yard.
Several of these warehouses and factories were connected to shop premises that fronted onto the street, so that goods made in the rear were sold at the front. In this way we see the Victorian supply chain in action from the arrival of goods carts with materials and food etc to the processing and manufacture of objects from these materials and the selling of goods from the retail premises that fronted onto the streets, in particular the busy High Street.
The front building served for a long time as a retail business, A list of some of the proprieters is below.
Number 40 had served as a post office in the 19th century.
1839 the site operated as a tinsmith at this time run by a William White.
1881 Elizabeth Cahill ran a general store offering seed & guano merchant, a bookseller and stationer, leather seller and ironmonger.
In 1889 the premises was occupied by a William Ormsby Hunt who had moved from Bridge street and replaced a James Cahill
1894 William O. Hunt still ran an Ironmongers, selling paint, roompaper, glass and leather.
1902 A P J McCarrick operated a bakery from this premises
Thomas Mostyn followed by Greene & McNiece, both businesses sold horse drawn agricultural machinery, such as hay mowers.
The site operated as Roches furniture store until the 1970s
The old Friary church in the 1890s, number 40 is still standing at this time on the left of the picture.
The old Friary (pictured above) on this location was built in 1848 and demolished in 1971 and the property at number 40 was also demolished at this time. An ornate section of the old friary church still exists to the rear of the modern friary.
Interior of the old Friary Chapel, High Street, demolished 1971. The west gable survives on the site,
Below the building to the rear of No. 39 is marked by a black square
2012 satellite image on left, 1889 25 inch survey on the right, Pull the slider to compare.
Judging by the old maps, it seems quite possible that the building at the rear was already in existence as far back as the 1837 OS surveys.
1837 map on the left, 1889 map on the right.
The Second Building
Photo looking towards the rear of the front building, in the centre the low joining section, and top right in shadow the second building.
The rear building was a strange mixture of stone and red brick and concrete block patching, a lot of which was in poor condition. The first floor shows features of a late 19th / early 20th century store or workshop. Dual pitched roof contained to larhe roof-lights illuminating a first floor space.
The ceiling consists of tongue and groove boards fixed to the rafters with rows of nails. The date of these is uncertain but are unlikely to be earlier than 1890, based on the fact these were machine cut from this time. There was the remains of a red brick arched doorway at the rear of this building, which either represented a loading dock or led to a since demolished building attached. There was a hoist evident to the south side of the building for raising loads to this floor. The floor was in poor condition which precluded walking on it.
It is possible the two large roof-lights may be a feature of the old roof. These roof-lights are a feature of mid to late Victorian workshops and it is likely they date to this time. Just visible on the right hand roof-light is a glazing bar, dividing the glass in two, this is an authentic feature of Victorian roof-lights.
The roof shows extensive evidence of repair with doubling of ceiling joists and purlins. The battens holding the slates appear also to have been replaced in a patchy manner.
A Lost Technology: Passive Solar Lighting
The main historic interest resides in the two large cast iron roof-lights, These are a feature of workshops and factories prior to the widespread adoption of electricity to light such spaces in the early 20th century.
Once electricity came in around the turn of the 19th/20th century after Joseph Swan in Britain and Edison in the USA found the solution in 1879. They found that passing current through a fine carbon filament could produce light. After this it was much cheaper to install a light-bulb and switch in stores and workshops, rather than the expense of overhead passive solar lighting.
Such lighting was usually north/south facing to maximise the indirect solar illumination throughout the day, preventing harsh shadows and direct sunlight.
It is likely these are installed sometime between 1880 and the early 1900s.
This form of natural lighting for buildings has been resurrected in the early 21st century after falling out of use for almost a hundred years with the introduction of electricity.
Offer more opportunities for natural light. Since vaulted ceilings create extra surface area on opposing walls, they offer additional space for large windows
Many vaulted ceilings follow the roof pitch, as this one does which means skylights can fit directly into the ceiling, in other words this room was designed from the start to be lit by the skylights.
On overcast days top-lighting is 3 to 10 times more effective than side lights.
Victorian mass produced cast iron sky-lights and dead-lights from the latter half of the 19th century.
The Factory and The Sligo Manufacturing Society
To get an idea of the type of manufacturing businesses working in the Market Yard, I have looked a sample in the records. The area functioned at the time in a similar way to how we would imagine an industrial estate. With supply vehicles coming into the yard from the main roads, raw materials distributed to the factories and workshops surrounding the yard, and then moving to the retail sections of buildings fronting the main streets. In 1889 the Sligo Tweed Factory was opened in the “Market Square, High St.” by Cornelius McPake and Glendinning.
It was suggested by a merchant Michael Milmoe that a woollen industry be set up in the town as there was a lack of indigenous business. He suggested it be set up as a co-operative after the example of Scotch Tweed Manufacturing Society.
Letter to the Champion from Michael Milmoe in 1889, suggesting the opening of a Co-operative tweed manufacturing company.
In 1902 a co-operative shirt factory was set up in the Market Yard, a new building being purpose built for the task. Where this building was exactly is unknown. The Co-operative was a non profit business with shareholders created along the lines of the agricultural co-ops or the credit unions.
Several local gentlemen were early shareholders including Sir Josslyn Gore Booth of Lissadell, brother of Countess Markiewicz. The aim was to provide employment, training in skills and ultimately prevent emigration by building indigenous industry in Sligo.
As the advertisement on the left shows by 1904 the Factory was producing finished products, including suits, boots, shirts and pants.
In 1907, the Factory, as it was called, was wound up as a co-operative as it was not making a profit. Bought out by Josslyn Gore Booth it became the Connacht Manufacturing Company. The company employed mainly women and appears by 1912 to have had a hundred employees.
This factory became involved in the 1913 Dock Strike in Sligo when it was closed either in sympathy with the strikers or it was shutdown by Sir Josslyn Gore Booth in an attempt to pressure the workers to come to a deal, its not clear exactly which.
Its not possible right now to tie down exactly which business was in which premises at the time of writing, but this is exactly why the records of buildings such as these are important, even those that now might not look like much, may have an important part to play in reconstructing our story of the past.
What is certain is that the history of Sligos early industrial enterprises is an important one. Firstly, any urban industrial history is unusual in Connacht and the west, which was almost totally rural at this time. Secondly, the founding of urban co-operative factories is a social history of great importance, especially as it is the socialist and syndicalist movements that lead to the unions, strikes and eventual revolution in Ireland at the start of the 20th century.
The Sligo Manufacturing Society s brief flourishing is part of understanding this social history, a history that continues to echo today with the continued importance of socialist politics in the town,
Logo of the Sligo Manufacturing Co-operative.
Events Leading to Demolition
September 2016 the building was recommended for inclusion in the RPS (Register of Protected Structures). a listing that seemed to ensure its destruction rather than preservation.
This author recommended retention of the building facade in a submission in 2016, and the further investigation of the rear building, which was flagged in the submission. The council executive at this point rejected facade only protection without a full architectural conservation report. But no mention was made of the second building.
At a council meeting that on 11th December 2017, Sligo County Council served a notice on those with responsibility for the property informing them that the building was considered to be a dangerous structure as per Section 1 of the Local Government (Sanitary Services) Act 1964
Two days later on the 13th December 2017, the Council received an engineer’s report in respect of the property which concurred with the Council in that the building was found to be “unsafe” and “structurally unsound”.
The report suggested that “repair is not an option” and recommends “early stage demolition” of the structure, also recommending that the building be made fully secure in order to prevent any unauthorised access.
On 10th May 2018 a conservation report was received recommending the “careful dismantling of the front facade” only and reconstructing it.” However, the headline on the same article contradicted this, declaring ” Report recommends knocking of facade of High Street building.” With one councillor claiming that “Demolition was the only plausible reality“. This despite the fact the report also contained a detailed strategy for the future reconstruction of the building’s facade.
Peculiar Sligo Champion headline that contradicted the article body which actually recommended “careful dismantling and reconstruction” of the facade.
It is unclear whether the author of the architectural heritage report ever gained access to the buildings, as they were declared unsafe before the heritage survey was done. Without access, the second building would not have been flagged and this would explain its absence from discussions.
It is also unclear whether the building was ever actually voted on to the RPS. If not, and if indeed it remained a candidate only for inclusion, it was in fact not protected, which left it open to clear the entire site and to ignore the recommendations in the heritage report and demolish the facade also, with no intention to reconstruct it.
The council issued proceedings and it was heard on the 4 September 2018. The buildings were demolished shortly after and the site cleared. There has been no further mentions of the site or reports or information on the history of the site.
There is a clear sequence here, that while it may be strictly legal, it is also clear that there is no real inclusion of heritage in the process. It highlights the missing integration of archaeological, historical and architectural information into the decision process. The final result is the loss of essential parts of Sligos unique history.
The Other Side of the Road
The events described above also leave it open to developers who may want sites cleared, as it is considerably cheaper to work from a cleared site than to have to retain and integrate historical features or facades,
It therefore becomes convenient to use the Sanitary Services Act as a loophole to get sites cleared completely, simply by neglecting buildings and allowing them to fall into disrepair. They can be destabilised by the removal of adjacent buildings and let become dangerous. The act is used to demolish the buildings, and this is sold to the public as a service.
Furthermore, the preservation order itself, because its not backed up ny the wherewithal of either money (to help owners and developers pay for works that are in the public interest) or technical expertise, is operating in reverse to its intentions. It is effectively comdemning buildings to be abandoned while the owners wait for them to become dangerous and then the demolition order can be activated.
As of June 2024, numbers 5, 6, 7 ,8, 9 High Street are now being demolished. And we worrtingly see precisely the same sequence of events. Calls from councillors to expedite the demolition. The declaration by the county executive of them being unsafe. There has been no mention of the retention of the street frontage, or of the building features , fittings or materials, if the recovery or re-use if features, or of architectural heritage surveys having been completed on the buildings.
The already designed (2006) and planned infill development to replace the buildings on High Street.
None of these buildings are on the RPS and so are not protected. In fact, only three buildings on High Street are on the protected list. A quick look at other buildings on High street and Market street shows that even buildings with known historic features, such as wooden masts and timbers from 18th century sailing ships are not protected. A 17th or 18th century wall was located under no. 5 High Street, one of the buildings being demolished.
A possible late medieval wall was inspected c. 125m to the south at 5 High Street (Licence 02E1164, Bennett 2002:1664). The foundation trench of the wall was revealed beneath floor flags, its contents suggest a 17th/18th century date for the wall.
27 Market Street is on the NIAH architectural survey but not the council RPS.
Number 11,12 and 13 Market street all contain ships timbers from the 18th century as well as medieval pottery. For example,
A small sherd of possible medieval pottery was found towards the rear of the plot in disturbed ground. There were two purlins from a ship’s mast; Nos 12 and 13 are known to have similar timbers. Squared ship’s timbers, 1.18m by 0.25m by 0.15m and 1.5m by 0.25m by 0.15m, were found in the make-up of the back and front walls. The intact narrow wall between Nos 11 and 12, and presumably also between Nos 12 and 13, is of timber beam construction infilled with brick.
Conclusion : TheAccountability and Oversight Deficit
Examining the role of oversight bodies or agencies responsible for heritage preservation, there seems to be no oversight or role within the council tasked with dealing with this important area.
Looking at the history of public interventions of councillors its clear theres a pattern, with repeated calls from the councillors to knock the buildings, facades and all, and with no mention of the heritage implications. They repeat the “urgency” and are disappointed when its not happening fast enough. While they no doubt have the best of intentions to provide facilities and amenitie for the public, the lack of joined up thinking on the historical issues risks undermining much of what makes Sligo unique, and ultimately destroying its prosperity in the process.
There are clearly serious gaps in the methodology used by the various arms of Sligo County Council and its Executive when it comes to implementing its own stated policy of either preserving the old town heritage or recovering it for museums, education and historical research purposes. If this is continued it will lead to the inevitable loss of more and more of the historical fabric, and with it the stories of past generations who lived and worked in the town.
The case illustrates the mechanism by which Sligo continues to lose heritage as it remains unrecognised. Heritage that has real monetary value that is being lost with the steady loss of unique heritage of the town
It is very important the various aspects of historical research, archaeology and development are balanced and integrated in the planning and development process. Currently, the heritage element is effectively missing, which results in the steady loss of both tangible and intangible history.
The council claims to support the idea of “heritage-led regeneration” and in the councils own words
“The character of historic town and village centres has been eroded in recent years, due in part to the following: lack of awareness regarding the value of historic buildings, leading to demolition or neglect“
It further mentions that the policy to be adopted is to
“Require the retention and refurbishment of historic buildings in traditional town and village street-scapes. Demolition will be considered only in exceptional circumstances.“
There is no evidence in the cases mentioned above that the Council is capable of achieving these goals under its current operating procedures. In the councils own aims and objectives it says…
Sligo Section 2.05
The Planning and Development Act, 2000 (Part II, Section 10 and Part IV, Section 81) places an obligation on local authorities to include an objective for the preservation of the character of architectural conservation areas (ACA). The same Planning and Development Act places an obligation on all local authorities to include in its development plan objectives for the protection of structures, or parts of structures, which are of special architectural, historic, archaeological, artistic, cultural, scientific, social or technical interest.
These buildings and structures are to be compiled on a register known as the Record of Protected Structures (RPS) Generally, encourage the re-use of older buildings through renovation.
Issues that can be addressed
Loss of Independent Urban Government
Loss of the Sligo Borough Council in 2013 has resulted in the loss of self government for the urban area of Sligo. A 400 year old borough vanished overnight, with a loss of institutional knowledge and an urban focus with different priorities and concerns to the large rural hinterlands of the west of Ireland.
Weakness of Irish Local Government
The weakness of Irish local government has a large part to play. Compared to Denmark, a similar sized European country, where 61 % of spending is through local government, in Ireland its 3%. Or put the other way arounf 97% of all money spent in the Irish state is spent by central government, an astonishing centralisation of decision making. The lack of discretionary spending power by the council greatly limits the effectiveness of interventions.
Ireland is the most centralised government system in Europe. This affects all areas of life in the regions, and it affects local authorities ability to implement there own heritage policies in a detrimental way.
Missing Public Archaeological Services
The lack of a dedicated archaeological and heritage arm of the council is hindering the integration of knowledge into the planning process. This has costs, both in lost opportunities to enhance the quality and tourist potential of heritage and in costs by outsourcing to expensive private consultants, most of whom are based a long way from Sligo.
Over-reliance on private contractors
The use of commercial contractors only in the provision of surveys and reports does not serve the public interest, but rather the interest of those paying for the service, in most cases the developer.
Lack of Museum facilities
The lack of a museum is a huge and ongoing issue in the loss of moveable artefacts in the county. Without a repository and conservation facilities there is a continual draining of historical artefacts and consequently the knowledge surrounding them to Dublin.
Failure of academic integration.
The loss of the archaeological department in the ATU has consequences on the ability to guide research into the different areas of Sligos history. Norman Sligo, Gaelic era Sligo, the imperial age, and the industrial and port history of the town are all avenues that are not the focus of coherent research programmes.
Even Yeats, the one historical figure remembered it seems, is often looked at in a sort of splendid isolation, as if the background that produced him and and his family was not important. As long as this narrow vision continues, Sligo will continue to lose more and more of its history.