In a world grappling with the breakdown of digital trust, this project delves into how communities rebuild essential connections. 'Resilient Networks' presents a locally-driven system for exchanging skills and resources, stepping in when centralized, high-tech solutions falter. It embodies a fusion of traditional community support with adaptive technology. Explore a tangible model of how people come together, validate value, and sustain each other in a fragmented, increasingly uncertain future, examining the unintended behavioral and economic consequences.
This world is marked by a fragmented infrastructure, frequent climate-related disasters, and a general distrust of centralized systems. Inhabitants, mostly in small, close-knit communities, rely heavily on local resources and interpersonal trust. Culturally, there is a strong emphasis on communal values, though that does not protect them from external pressures. The historical context is essential: the memory of failed technologies and broken promises shapes current behaviors, fostering a return to pre-digital methods, augmented—not replaced—by carefully selected and maintained low-tech alternatives.
This work prompts reflection on our reliance on complex, fragile systems. Consider the current trajectory of centralized digital infrastructures and escalating climate impacts. Ask yourself: Where are the vulnerabilities? How are real-world communities responding. By exploring this alternative, what existing assumptions can we challenge?
Inspired by sustainability movements and Honduran cultural resilience, Flores integrates these elements into this speculative design. The vibrant yet contradictory Honduran landscape—balancing communal values against globalized consumerism—deeply informs the work. Flores uses iterative model building and simulation, rooted in social network theory and behavioral economics. This project examines a scenario in a fragmented digital environment, projecting how humans adapt their interactions under duress. The goal is to offer a Honduran perspective on complex socio-technical systems under collapse, using insights from abstract models populated with context-specific parameters.
More about Flores_11028
2024: Initial reports of smart contract vulnerabilities in aid distribution.
2025: First major cyberattack on a social network-based aid system in Central America.
2026: Increased frequency of extreme weather events disrupts digital infrastructure.
2027: Pilot programs for localized barter systems emerge in rural Honduran communities.
2028: Economic downturn limits investment in digital infrastructure maintenance.
2029: Collapse of a major cryptocurrency used in decentralized aid programs.
2030: Wide-spread adoption of the 'Barter Bank' initiative in Honduran communities.
2031: Development of the solar and wind-powered Offline Aid Network (OAN).
Flores_11028 considered the following imagined future scenarios while working on this project
Flores_11028 considered the following hypothetical product ideas while working on this project