Open-source off-grid AI systems — harvesting energy from sun, wind, and motion to power autonomous intelligence anywhere on Earth.
Autonomous, self-sustaining AI ecosystems that harvest their own power, think with local LLMs, and stay connected globally.
Dual-mode propulsion: the motor propels the vehicle or becomes a generator to harvest wind energy — switching intelligently based on conditions, battery state, and mission priority.
Maximum Power Point Tracking solar charging via Victron/Epever controllers, optimized by real-time weather forecasts pulled through Starlink.
Intelligent dual-battery bank management — equalization, inter-conversion between 12V/24V domains, and voltage-threshold-aware charging strategies.
Gemma 4 e4b as the energy strategist and system orchestrator, hot-swappable with MedGemma for health monitoring — both running locally on harvested power.
Global satellite connectivity for off-grid compute — cloud orchestration via Agent Zero VPS, real-time data, and emergency communications from anywhere on Earth.
Software-defined radio for RF monitoring and spectrum analysis, integrated with local LAN for full device orchestration: PIXY camera, MPPT, sensors, and more.
Power flows from nature through smart controllers into compute — the LLM decides every mode switch and power allocation in real-time.
Hot-swappable models for different contexts — Gemma 4 orchestrates energy, MedGemma monitors health, all on local harvested power.
| Feature | Gemma 4 e4b | MedGemma |
|---|---|---|
| Primary Focus | System orchestration & device control | Medical diagnostics & health monitoring |
| Energy Role | Real-time switch: harvest vs. propel vs. coast | Health-aware power prioritization |
| Connectivity | Agent Zero VPS cloud orchestration | Off-grid emergency protocols |
| Switching | ↔️ Hot-swappable via context/topic detection | ↔️ Hot-swappable via context/topic detection |
| Devices | SDR, MPPT, eBike motor, Starlink, PIXY | Vitals monitoring, fall detection, medical imaging |
| Decision Logic | if battery_soc < 30% and wind > 15km/h → HARVEST | if distress_detected → emergency_power_reserve |
All hardware designs, integration guides, LLM prompts, and software configurations are open-source and community-contributed.
Wind/ebike hybrid propulsion designs, MPPT wiring, DC-DC bank architectures, and Starlink Mini power optimization blueprints.
LLM prompt templates for energy system control, MedGemma health protocols, multi-modal switching decision trees.
Agent Zero profiles for off-grid setups, container configurations for specialized workloads, Web3 token inference handlers.
From "Building Your First Solar + Wind Hybrid" to "Integrating Gemma 4 with MPPT Controllers" — step-by-step guides.
We're building the future of autonomous, self-sustaining AI systems that harvest their own power, think locally, and connect globally. All open-source. All community-driven.