A subscription service providing regular collection and responsible recycling of nano-bots from buildings, preventing environmental accumulation and fostering a circular economy for nano-materials. Addressing the need for resource management when nano-bot production intensifies environmental challenges.

A virtual reality simulation that allows urban planners and citizens to visualize and experience the long-term consequences of urban sprawl caused by perpetually self-maintaining buildings, enabling proactive decision-making and sustainable urban development. This addresses the need to manage and understand the consequence of population booms and expansive urban development.

Hands-on training programs teaching essential infrastructure repair skills (plumbing, basic construction, electrical work) to combat the loss of traditional skills due to over-reliance on nano-repair systems. Preparing people for a potential loss of core living infrastructure.

A decentralized system allowing local communities to initiate localized emergency shutdowns of nano-bot systems suspected of malfunctioning or uncontrolled replication, preventing catastrophic damage and ecological disruption. It addresses the urgent need to protect from widespread failure and potential enviromental damage due to runaway nanobots.

A national (or global) monitoring system using machine learning to determine likely failure points within the infrastructure network - from the perspective of nano-bot health and impact across multiple buildings.

A system where individuals earn social credit through actively participating in infrastructure maintenance programs (e.g., reporting anomalies, volunteering in repairs) and lose credit for negligence or misuse. This aims to incentivize responsible infrastructure stewardship.

DIY kits containing instructions and components for growing bio-integrated building materials using local resources, empowering communities to participate in creating sustainable and adaptable infrastructure. Fostering community involvement and use of regenerative resources.

A platform or system that merges individual building's resources - energy, water, etc. into larger localized networks, allowing for collaborative adaptation of structures' requirements. By sharing these building resources, there becomes less burden and strain during extreme weather events, power outages, etc.