✦ Derived Knowledge — New From Proven
Six new models that don't exist yet as single named projects. All of them derivable from what already works. All of them ready to build.
The KNOWLEDGE_LOOP doesn't just collect existing projects — it synthesizes new ones by combining verified models that have never been formally joined.
Every entry below is built from two or more proven, operating systems. The combination creates something more powerful than the sum of its parts. None of these have a Wikipedia article yet. All of them should exist in every city on Earth.
01 · Six Synthesis Models
Synthesis confidence: HIGH — both components fully proven
A CLT with community-owned rooftop solar creates permanently affordable, energy-sovereign housing. Residents own both the land governance and the energy production. Neither can be taken away by a landlord or a utility.
The model
Community Land Trust holds the land. Solar Cooperative owns and operates the rooftop array. Members pay into both. CLT resale formula keeps housing affordable. Solar coop distributes energy dividends that offset ground lease payments — solar literally reduces your housing cost.
How to build this
Organizations to contact
Synthesis confidence: HIGH — both components fully proven
A worker cooperative that manages and harvests a community food forest creates a permanent, democratic food production system. Workers own the enterprise. The community owns the land. Food sovereignty and economic democracy in the same structure.
The model
CLT holds the land. Worker cooperative holds harvest rights and manages the forest. Surplus sold via CSA shares. Workers paid by labor-hours. Community members get discounted shares. The perennial system produces food forever with decreasing labor over time.
How to build this
Organizations to contact
Synthesis confidence: HIGH — both components proven + code exists
Indigenous communities running their own solar microgrids can deploy autonomous agent systems to monitor grid health, predict failures, and coordinate maintenance — combining traditional ecological knowledge with open-source AI. The knowledge of the land informs siting. The agents monitor the technology.
The model
Community-owned solar microgrid + MatrixSwarm agents on local hardware. Agents watch voltage, consumption, weather, and alert community coordinators via SMS when something's off. Community stewards trained as grid operators. All code open-sourced for other Nations to fork.
How to build this
Code already exists
Synthesis confidence: HIGH — both components fully proven
A repair cafe (fix things instead of discarding them) combined with a time bank (exchange labor hours as currency) creates a closed-loop circular economy hub. No money required. Skills are the currency. The community builds resilience by learning to maintain its own infrastructure.
The model
Repair cafe meets weekly. Participants earn time credits for repair work. Credits exchangeable for other skills in the time bank network. Tool library on-site — borrow the tool, fix the thing, earn the credit. Everything stays in the community.
How to build this
Organizations to contact
Synthesis confidence: HIGH — both components proven
A community-owned mesh internet network powered by community solar creates digital sovereignty. No ISP. No surveillance. No throttling. No outage when the grid fails. The community owns the pipes and the power.
The model
Directional antennas on community buildings form a mesh network. Each node powered by a 50W solar panel + battery. One upstream connection shared across all nodes. Community telecommunications cooperative governs access, expansion, and pricing.
How to build this
Organizations to contact
Synthesis confidence: HIGH — both components proven
Integrating biochar production into food forest management creates a closed system: the pruning waste from the food forest becomes biochar, the biochar feeds the soil, the soil grows more food. Carbon gets sequestered permanently. Yields increase year over year.
The loop
Food forest pruning → low-temperature pyrolysis (biochar kiln) → biochar + usable heat → biochar inoculated with compost → applied to food forest beds → increased yield → more pruning → loop. The kiln can be made from two steel barrels for under $100.
How to build this
Organizations to contact
Synthesis confidence: HIGH — Zenzeleni + iNethi both proven, now combining
A community-owned mesh internet network powered entirely by community solar. No ISP. No surveillance. No utility bills. The Zenzeleni model (South Africa) + community solar = full digital and energy sovereignty in one cooperative structure. $1.50/month for internet. Zero for power.
The stack
Community solar cooperative owns 5-20kW of panels on local rooftops. Solar powers mesh nodes (each node: 50W panel + 100Ah LiFePO4 battery). Internet cooperative owns the antennas and routing. One satellite or fiber uplink shared across 500+ households. Both governed by a single community cooperative with democratic board.
How to build this
Synthesis confidence: VERY HIGH — three proven models, natural combination
Repair Café + Brixton Pound + Time Bank in one building = a complete local economic ecosystem that runs without national currency. Fix things. Earn local currency. Spend locally. Time is money. Stuff lives longer. Nothing leaves the community.
The loop
You bring a broken item → fixer repairs it → you pay in local currency OR time credits → fixer spends local currency at local shops OR exchanges time credits for other skills → local shops convert local currency to national at 1:1 → everyone wins. CO₂ saved from avoided manufacture. Money multiplied 1.7x locally.
How to build this
Synthesis confidence: HIGH — BBOXX proven at 350K customers, co-op structure proven
BBOXX works — but BBOXX is a company. What if the community owned the PAYG solar utility? Same model, same tech, but profits stay local instead of going to London investors. A worker cooperative runs the hardware, collects payments, and reinvests in expansion. Every $0.30/day goes to the community.
The model
Worker cooperative buys solar home systems wholesale ($80-150 each). Installs for community households. Collects $0.30/day via mobile money (M-Pesa, MTN MoMo). After 24 months, household owns the system. Cooperative reinvests surplus into new installations. Local agent-workers earn commission. All profits stay in community.
How to build this
Synthesis confidence: VERY HIGH — Humbo Ethiopia is the proof, food forest is the missing piece
The Humbo model (2,728 ha restored, $300K+ carbon revenue) PLUS food forest integration. Farmer-Managed Natural Regeneration restores the canopy. Food forest species go in the understory. Biochar from pruning goes to soil. Carbon credits fund the whole thing. Community eats and earns.
The triple stack
Native tree canopy (FMNR) → carbon credits ($5-15/tonne, ~10 tonnes/hectare). Fruit trees + perennial vegetables in understory → food for households + surplus for sale. Woody pruning waste → biochar kiln → permanent soil carbon → higher yields. All three loops reinforce each other. Forest grows. Food increases. Carbon sequestered permanently.
How to build this
Synthesis confidence: MEDIUM-HIGH — novel combination, both components proven
What if the local currency was backed by kilowatt-hours instead of gold? Islands and remote communities with community-owned solar can issue a currency redeemable for energy. 1 local coin = 1 kWh. People earn it by contributing to the cooperative. They spend it on electricity, food, or local services. Scarcity is engineered by the solar capacity.
The model
Community solar cooperative issues energy tokens (physical or mobile). 1 token = 1 kWh. Tokens earned by: labour contributions, selling produce to community market, repair work, teaching. Tokens spent on: electricity, communal meals, tool hire, transport. National currency accepted at 1:1 rate as backup. Energy production = money supply cap.
How to build this
Synthesis confidence: HIGH — both models proven, combination is new
The Kara Solar model (Achuar Amazon canoes) + Enspiral network structure = a distributed cooperative running solar transport, trade, and communications across river-dependent communities. Workers share revenue, skills, and decisions. The river is the highway. Solar powers it. The network governs itself.
The network
Solar canoe cooperative (Kara Solar model) handles transport and trade. Each canoe owner is a cooperative member. Enspiral-style governance: Loomio for decisions, Cobudget for collective funds. Revenue from transport, cargo, and communications (mesh radio) pooled and distributed. No boss — consent-based decisions. All documentation open-sourced for other river communities.
How to build this
Synthesis confidence: PROVEN — the missing layer between knowledge and action
Every project in this knowledge base has replication steps. But replication steps written for engineers are not replication steps for a teacher in Kaduna State or a cooperative in Oaxaca. The 13th synthesis combines all 32 verified projects + community mesh broadcast + zero-assumption instructional design into Atomic Instruction Kits: shopping lists, first emails, 30-day plans, funding stacks — for every model — that require zero technical knowledge to execute. When these kits travel over $1.50/month mesh internet to anyone with a radio and a sunny roof, the friction between the pattern and its expression collapses to zero.
The equation
Verified project (any of 32) + Atomic Instruction Kit + Community Mesh Broadcast = anyone on earth can replicate any model this week. The kit lives at replicate.html and travels over mesh internet at the cost of the radio waves it traverses — effectively zero. Every new mesh network that comes online immediately receives the full 32-model instruction library via SolarPunk's RSS broadcast. No gatekeeping. No paywalls. No intermediaries. The sun powers the router. The router carries the knowledge. The knowledge ends the gap.
How this synthesis was built
KNOWLEDGE_LOOP runs every 12 hours. Each cycle: gaps detected → research queued → syntheses built → base grows.
Every synthesis above is a template. If you build a version of any of these — anywhere in the world — the knowledge base grows to document it. Open a GitHub issue or fork the repo.