Decentralised Networks as Resistance Infrastructure: A Creative Critical Technical Practice
By Admin, on 23 April 2025
By Koundinya Dhulipalla, Winnie Soon, Lily Chasioti
Contemporary centralised communication systems perpetuate technical paternalism—systems designed with unexamined assumptions about control and hierarchy. These systems can reinforce existing power imbalances and render certain voices unheard. In response, local technologies that emphasise community participation and collective ownership emerge as alternatives to corporate-run centralised systems. The Reimagining Futures: Creative Networks for Social Justice workshop, facilitated by community educator Catalina Polanco and organised by Slade Art+Tech Research Lab (March 2025), demonstrated how engaging with community infrastructure serves both resistance and pedagogical innovation.
Through hands-on engagement with LoRa (Long Range) mesh networks—wireless communication systems that allow devices to directly connect and relay messages to each other without requiring centralised infrastructure—the workshop positions decentralised technology as both technical intervention and deconstructive educational practice. Building on Phil Agre’s framework of critical technical practice (Agre, 1997), the workshop explored how community-run networks can be used to teach students to question the material and ideological architectures of centralised infrastructure. By engaging with alternative infrastructures through hands-on practice, participants developed both technical literacy and critical consciousness about the political dimensions of network design and peer communication. This workshop not only explored technological alternatives but also demonstrated how such approaches inform innovative pedagogical practices that integrate technical skills with critical thinking, providing a model for interdisciplinary teaching and learning.

Caption 1: Reimagine Futures workshop at Slade Studio, UCL East.
Technical Characteristics and Political Affordances
The problem of centralised networks lies in their hierarchical structure, where communication typically flows through corporate-controlled servers. In contrast, decentralised mesh networks offer an alternative approach with valuable teaching applications in examining the role of agency—how users can exercise control and decision-making power within technological systems. LoRa peer-to-peer mesh networks function by allowing devices (nodes) to communicate directly with each other without requiring a centralised server.

Caption 2: Peer-to-Peer Mesh Network. Credit: Koundinya Dhulipalla
These networks possess several distinctive technical characteristics that translate into political and pedagogical possibilities. Their network redundancy—the ability to have multiple backup paths for information to travel if one connection fails—allows data to route around failures, teaching students about robust system design against both accidental outages and deliberate communication disruption, embodying individual agency through system resilience.
Their adaptability enables nodes to dynamically discover communication routes and adapt to changing conditions, offering lessons in systems that “self-heal” as components join, leave, or change position—giving users agency to reshape network topologies as needed. Through incremental scalability, these networks demonstrate how systems can grow organically without requiring centralised planning or significant infrastructure investment, further emphasising community agency in network development. Additionally, LoRa devices can be powered with a battery, making them ideal tools for teaching about portable devices for long-range data communication, even during outages, enhancing user agency during crisis situations.
Pluriverse of Local Worlds
The workshop’s technical experiments with LoRa devices operationalised de Valk’s “pluriverse of local worlds”—systems rejecting universal solutions in favour of community-specific epistemologies (de Valk, 2021). Participants configured Meshtastic nodes not merely as communication tools but as infrastructural critiques, bypassing dependencies on internet service providers while interrogating terms like “protocol” and “bandwidth” as ideological constructs.
When participants established their first successful node-to-node connections, discussions immediately turned to how these connections differed from corporate networks. Unlike centralised systems where communication passes through corporate ‘cloud’ servers, these peer-to-peer transmissions created direct links between community members. This technical arrangement materialised a different social relationship—one where communication infrastructure could be collectively set up, owned and governed rather than rented from distant corporations. This direct connection between technical configuration and social relationships formed the foundation for understanding how infrastructure design embodies political values.
The workshop also situated this technical practice in Latin American community technology movements, where facilitator Catalina Polanco, a community educator working on promoting free and open technologies, shared experiences from organisations like Laboratorio de Medios and Red TIC-AC, which demonstrated how community-driven technology development and political action become naturally intertwined in grassroots contexts. These collectives focus on developing independent communication networks, providing digital security training, and supporting Indigenous and rural communities in reclaiming their narratives through open-source technology. Open-source technology—software and hardware whose design is public and can be accessed by anyone—is central to these movements as it enables communities to adapt technologies to their specific needs while reducing dependency on proprietary systems controlled by corporations.

Caption 3: Catalina Polanco introducing the workshop.
These examples provided more than inspiration—they offered practical methodologies. When configuring LoRa devices, participants adopted approaches that prioritise repairability over optimisation. By embedding these principles in technical work, participants experienced how infrastructure design can either reinforce or challenge existing power relations. Contextualising the workshop with the works of these organisations working in Latin America also established a framework for approaching this workshop as an exploration of digital sovereignty—a resistance against surveillance and centralised corporate and state control—while also encouraging knowledge-sharing and the decolonisation of knowledge systems.
Critical Technical Practice Methodologies
The workshop operationalised Agre’s framework of critical technical practice through several specific methodologies:
Speculative Scenarios
A fictional scenario set in 2033 revealed tensions between decentralised resilience and scalability limits. Participants proposed interfaces between LoRa and community radio infrastructure. The scenario exercise highlighted how decentralised networks could support mutual aid during climate disasters, positioning them as essential infrastructure for community survival in increasingly precarious times (Bodó, Brekke, & Hoepman, 2021). This scenario-based approach connects to broader traditions of speculative design (Dunne & Raby, 2013) that use fiction as a method for exploring the social and political implications of technology.

Caption 4: Participants Designing Network Topologies.
Repair and Maintenance as Critical Practice
The workshop included discussions on maintenance and repair practices, shifting attention from innovation to sustainability—from creation to care. Repair practices reveal the values and power relations embedded in technical systems. By prioritising the ongoing life of devices over their replacement, participants enacted a different relationship to technology—one based on stewardship rather than consumption. This approach emphasises the agency to maintain and modify devices rather than being forced into cycles of obsolescence and replacement.
The repair sessions also democratised technical knowledge. Participants with varying levels of expertise worked collaboratively, challenging the conventional separation between “experts” and “users” that often characterises technical education. This horizontal knowledge-sharing fostered what can be termed “cognitive justice” (Visvanathan, n.d.) —recognising diverse forms of expertise and making technical knowledge accessible to communities typically excluded from technological production.

Caption 5: Hands-on Experimenting with LoRa Device.
Significant discussions emerged during the workshop around the labour implications of decentralised networks. Participants questioned who maintains these systems once they are built; how technical knowledge is preserved and shared; and what sustainable repair practices might look like (Internet Policy Review, 2021). Unlike corporate infrastructure with dedicated maintenance teams, community networks depend on distributed responsibility and skill-sharing arrangements that can be challenging to sustain over time.
Participants also explored sustainability in environmental and social dimensions—considering how to create technologies that can be sustained without enormous energy demands, utilising renewable energy sources like solar and wind power, while also addressing how community knowledge can be preserved and transmitted through generations.
Critical Technical Practice as a Pedagogical Framework
By integrating theory and practice, this workshop embedded critical reflection directly into technical learning and teaching, demonstrating how deconstruction and critical technical practice (Soon & Valasco 2024) can serve as a pedagogical framework. Participants engaged simultaneously in learning technical skills (configuring Meshtastic devices, testing signal ranges, as well as a walk-through of the open-sourced program that runs on the LoRa devices) and analysing their political implications (who controls communication, how infrastructure embodies power relations). This integrated approach disrupts the conventional division between “technical” and “critical” courses, demonstrating how the technical and political dimensions of technology are inherently interconnected, fostering both technical competence and social awareness.
As participants explored LoRa communication, significant debates emerged about network architecture choices. Some teams devoted considerable time to weighing the trade-offs between fully decentralised mesh networks, centralised systems with designated control points, or hybrid approaches combining elements of both. These discussions highlighted an important aspect of critical technical practice—that infrastructure design involves not just implementation but constant negotiation of values, priorities, and governance models. By experiencing firsthand how different network topologies embodied different political possibilities, participants gained insight into the open-ended nature of technical decisions and their social implications.
The educational impact extended beyond individual skill development to collective knowledge production. As participants from different disciplines collaborated—some bringing technical expertise, others contributing critical frameworks from feminist or decolonial theory—engaging in the material creation of networks, they developed a shared understanding across disciplinary boundaries, demonstrating how infrastructure functions not just as physical structure but as a process that clarifies relationships between different knowledge systems. This approach recognises that infrastructure is not merely technical but encompasses social, epistemological, and cognitive components that together support collaborative learning practices. Such a pedagogical approach becomes essential in interdisciplinary contexts where diverse backgrounds and perspectives transform into meaningful collaborative exchange.
Conclusion: Protocols as Praxis
The workshop explored how building LoRa networks constitutes critical technical practice by materialising alternative social relations through channel configurations that prioritise community needs over corporate metrics. It embedded maintenance as ongoing ethical labour rather than a technical afterthought and situates technology within specific cultural and ecological contexts.
As corporate platforms increasingly co-opt “decentralisation” rhetoric, community networks might remain sites of ongoing deconstruction—infrastructures that continuously question their own power dynamics while providing essential services (Soon & Velasco, 2024). This approach rejects both techno-utopianism and techno-pessimism in favour of what critical technical practice proposes—an engagement with technology that recognises its political nature while working toward more equitable and sustainable configurations.
This workshop offers a model for integrated technical-critical pedagogy, aligning with the BA Art & Technology programme’s commitment to treating infrastructure not just as a technical system but as a cultural and political architecture open to reimagination. By embedding critical technical practice into the curriculum, the program fosters a generation of practitioners who approach technology as both a medium and a site of intervention—developing an artistic practice to build, critique, and reshape the systems that shape our digital and physical environments. The workshop’s approach directly informs undergraduate teaching in the BA Art & Technology by demonstrating how technical learning becomes transformative when situated within critical and creative frameworks – engaging in collaborative learning environments where diverse backgrounds and perspective inform an interdisciplinary approach to teaching and learning. By treating the classroom as a site of critical technical practice, the programme prepares students not merely as consumers of technology but as practitioners capable of reimagining the systems and infrastructures that increasingly define our social, cultural, and political realities.
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The workshop was organised by the Slade Art+Tech Research Lab, based at UCL East, and is supported by UCL’s Centre for Humanities Education.
Photo credits: Jessica Arnold
Workshop facilitator: Catalina Polanco / IG: @descuartizadorahack Organisers: Winnie Soon, Koundinya Dhulipalla, Lily Chasioti
References
- Agre, P. E. (1997). Toward a Critical Technical Practice: Lessons Learned in Trying to Reform AI. In G. C. Bowker, S. L. Star, L. Gasser, & W. Turner (Eds.), Social Science, Technical Systems, and Cooperative Work: Beyond the Great Divide (pp. 131-158). Lawrence Erlbaum.
- Bodó, B., Brekke, J. K., & Hoepman, J.-H. (2021). Decentralisation: A Multidisciplinary Perspective. Internet Policy Review, 10(2). https://doi.org/10.14763/2021.2.1563
- de Valk, M. (2021). A Pluriverse of Local Worlds: A Review of Computing within Limits Related Terminology and Practices. In LIMITS ’21: Workshop on Computing within Limits, June 14-15, 2021.
- Dunne, A., & Raby, F. (2013). Speculative Everything: Design, Fiction, and Social Dreaming. MIT Press.
- Soon, W., & Velasco González, P. R. (2024). (De)constructing Machines as Critical Technical Practice. Convergence: The International Journal of Research into New Media Technologies, 30(1), 116-141.
- Visvanathan, S. (n.d). The Search for Cognitive Justice. The ACU Review. Retrieved March 21, 2025, from https://www.acu.ac.uk/the-acu-review/the-search-for-cognitive-justice/
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