Project summary

This proposal outlines a strategic "Double-Win" for human resilience, addressing the simultaneous threats of Artificial General Intelligence (AGI) systemic fragility and Carrington-level geomagnetic events. By decoupling survival infrastructure from hyper-connected digital logic, the project ensures communities remain operational even during a total "Black Sky" event.

What are this project's goals? How will you achieve them?

Project Goals

The primary objective is the development and dissemination of the Resilient Community Open-Source Blueprint (RCOB)—a hardware-deterministic framework designed for civilizational survival.

• Establish "Analog Sanctuaries": Create engineering specifications for community-level "Air Gaps" that are unhackable by AGI and "Shields" impenetrable by solar surges.

• Neutralize Systemic Fragility: Mitigate the "Single Point of Failure" caused by Software-Defined Networking (SDN) and autonomous AI infrastructure management.

• Produce a "Terminal Deliverable": Execute a fixed-term research sprint to create a public good that exists in perpetuity after the organization strategically dissolves.

• Empower Local Municipalities: Provide "Turnkey" modules that allow local leaders to implement hardened energy, logistics, and communication systems.

How We Will Achieve Them

We function as Knowledge Architects through a five-phase, 18-month Research, Development, and Dissemination (RD&D) sprint.

1. Technical Development (The Three Defense Tiers)

The RCOB architecture is built on three distinct layers of resilience:

• Tier 1: Physical Hardening: Implementing manual "Deterministic Kill-Switches" for power grids and utilizing fiber optics to prevent geomagnetically induced currents.

  Tier 2: Architectural Layer: Developing independent "Grid Islands" (micro-grids) and "Analog Logistics Assets," such as pre-1975 points-ignition vehicles that bypass semiconductor supply chains.

  Tier 3: Social/Comms Layer: Establishing a tiered radio hierarchy (HAM/GMRS/CB) and a physical "Runner/Courier" network for use when electronic communication is impossible.

2. Validation and Scaling

• Pilot Testing: Conduct a validation test run in Humboldt County, CA, an area with a history of isolation and infrastructure vulnerability, to stress-test the RCOB through "Tabletop Exercises".

• The Faraday Standard: Distribute specifications for Standardized Community Faraday Vaults (SCFV) to protect "Seed Kits" of essential electronics (e.g., comms equipment, backup energy solutions, spare vulnerable parts).

3. Strategic Dissemination & Dissolution

• "Saturation Sprint": A 90-day advocacy period targeting "Force Multipliers" like the National Association of Counties (NACo) and the American Public Power Association (APPA).

• Grant-in-a-Box: Provide municipalities with pre-written grant templates to lower the barrier for local funding and implementation.

• Open-Source Archiving: Upon completion, the project will dissolve, transitioning all intellectual property to a permanent, open-access archive.

By anchoring digital advancement in Analog Resilience, we provide a vital insurance policy for humanity that preserves agency regardless of technological or celestial volatility.

How will this funding be used?

The funding will be utilized to execute a fixed-term, 18-month Research, Development, and Dissemination (RD&D) sprint. The budget is structured to support a lean team of "Knowledge Architects" and specialized consultants to transform technical research into a standardized, open-source civilizational insurance policy.

1. Personnel & Expertise ($370,000 – $485,000)

The largest portion of the funding covers the core team and a pool of subject matter experts required to design the Analog Sanctuary blueprints.

• Core Team: Funding supports a Project Manager, Technical Lead/Researcher, and an Operations/Communications Lead for the 18-month duration.

• Consultant Pool: Engagement of experts in Electrical Engineering, Diesel Mechanics/Logistics, Radio/Comms, AI/Cybersecurity, and Economics.

• Technical Writing: Professional editing to ensure blueprints meet Official Engineering Standards.

2. Technical Development & Validation ($45,000 – $80,000)

This covers the physical and logical testing required to prove the Resilient Community Open-Source Blueprint (RCOB).

• Validation Testing: Conducting "Tabletop Exercises" and a pilot test run in Humboldt County, CA, to stress-test the implementation plans.

• Tools & Equipment: Acquisition of Faraday materials for electromagnetic flux testing and technical drafting software for the library of blueprints.

• Field Work: Travel and logistics for on-site vulnerability audits of local community infrastructure, such as transformers and vehicle fleets.

3. Dissemination & The "Saturation Sprint"

To ensure the project's impact extends beyond its 18-month lifecycle, funds are allocated to move the blueprint into the hands of global decision-makers.

• Educational Media: Production of professional video explainers designed to help non-technical city council members understand complex infrastructure hardening.

• Advocacy: Funding for conference fees and "Turnkey Briefings" for professional bodies like the International City/County Management Association (ICMA) and the National Association of Counties (NACo).

• Digital Infrastructure: Website hosting and management for the "Open Source" release and permanent archive.

4. Strategic Dissolution

• Final Audit & Reporting: Closing out the fiscal sponsorship and ensuring a clean transition of all intellectual property to a permanent public archive.

Who is on your team? What's your track record on similar projects?

Our team operates as a lean core of project management and operational experts, supported by a specialized network of technical consultants.

• Project Leadership (Core): The project is led by a team of serial entrepreneurs with a proven track record of fiscal responsibility and successful project execution. This core team focuses on the RD&D (Research, Development, and Dissemination) sprint and ensuring the project meets its 18-month strategic dissolution goal.

• Technical Advisory Pool: We have identified and are engaging a pool of 4 to 5 specialized consultants to oversee the specific engineering domains of the RCOB:

  • Electrical & Radio Engineering: Providing expertise in Faraday shielding, grid hardening, and Layered Spectrum (HAM/GMRS) communications.

  • Mechanical Logistics: A specialist in pre-electronic diesel engines and "Analog Logistics" to ensure resilient, semiconductor-independent transport.

  • AI & Cybersecurity: An expert focused on the perception-layer defense and optical counter-sensing strategies against autonomous systems.

  • Economic Strategy: Developing the "Grant-in-a-Box" cost-estimation models for local municipalities.

What is your track record on similar projects?

While this specific implementation of the Resilient Community Open-Source Blueprint (RCOB) is a new initiative, it is built on a foundation of rigorous research and professional execution.

• Deep Subject Matter Expertise: The project is the result of extensive research into systemic digital fragility and geomagnetic risk, moving beyond theoretical papers into an actionable engineering framework.

• Operational Excellence: Our leadership team brings years of experience in "lean" entrepreneurship, characterized by bringing projects in under budget while maintaining high-quality deliverables. We are applying these professional project management (PM) principles to ensure the RCOB becomes a standardized "Public Good".

• Pilot-Ready Strategy: We have already identified Humboldt County, CA as our validation site. This location was chosen specifically because its history of isolation and infrastructure vulnerability makes it the ideal "stress test" for our resilience protocols.

What are the most likely causes and outcomes if this project fails?

Most Likely Causes of Failure

• Low Adoption by Municipal Leadership: The project’s success depends on the transition of the Resilient Community Open-Source Blueprint (RCOB) from a digital archive into the hands of decision-makers. Failure could occur if local leaders view "Analog Resilience" as too regressive or expensive despite provided cost-estimation models.

• Rapid Obsolescence of Technical Specs: While the RCOB focuses on hardware-deterministic implementation, a failure to account for rapid shifts in AGI's ability to manipulate physical systems could render certain "air-gaps" less effective than originally designed.

• Insufficient Community Participation: For the "Social Layer" of defense to work, communities must engage in "Cage Drills" and radio simulations. If the human element fails to maintain the "Duty Cycle" rotation for stored electronics, the "Seed Kits" may be non-functional when an actual event occurs.

• Fiscal or Scope Creep: Although the team operates with high fiscal responsibility, an 18-month RD&D sprint is aggressive. Unexpected technical hurdles in the Humboldt County validation test or other unforeseen circumstances could delay the "Saturation Sprint" and the timeliness of the subsequent strategic dissolution.

Potential Outcomes of Failure

• Continued Systemic Fragility: If the RCOB is not adopted, communities remain tethered to "Just-in-Time" infrastructure and hyper-connected logic, leaving them fully vulnerable to civilizational resets from Carrington Events or AGI errors.

• Loss of Human Agency: Failure to implement "Analog Sanctuaries" means that during a system hijack or "Black Sky" event, human operators will lack the manual overrides necessary to protect critical life-support systems and power grids.

• Fragmented Recovery: Without a standardized, open-source blueprint, recovery efforts from a major grid collapse could take 4 to 10 years and cost estimates of over $1T due to a lack of pre-staged, hardened logistics and communication assets.

• Inefficient Use of Funding: The primary risk to the Foundation would be the production of a high-quality technical library that fails to achieve "Public Good" status due to a lack of successful global distribution.

Mitigation Strategy: To prevent these outcomes, the project includes a dedicated Dissemination & Advocacy Sprint and the creation of a "Grant-in-a-Box" toolkit to ensure municipalities have no bureaucratic excuse to delay adoption.

How much money have you raised in the last 12 months, and from where?

This is the project's first formal request for capital. The project has been entirely self-funded during the initial research and conceptualization phase.

The minimum funding for the project ($500) will fund our continued efforts to research, plan, and seek funding.