Stop Famine.
Feed Millions.
Own Your Future.

Duckweed for chickens, tilapia, pigs, cattle — including fresh vs dried protocols and the 25× fish yield system proven in World Bank field trials.

• Weeks 1–2: Fresh vs dried duckweed — which animal needs which form and why
• Weeks 3–4: The 25× tilapia fish system — stocking density, harvest cycles, closed loop
• Integration with pig, chicken, cattle, and goat feeding protocols
• Feed cost calculations: replace $450/tonne soy with your own pond production

Tier 1–3 water treatment systems: ammonia removal in 72 hours, heavy metal bioremediation, and safe irrigation protocols. Contaminated water becomes an asset.

• Weeks 1–2: The 72-hour ammonia protocol — from raw sewage to irrigation-safe water
• Week 3: Heavy metal remediation — when duckweed removes the metal, it goes to biogas, not food
• Water testing protocols and sensor monitoring setup
• Contaminated water routing: when to feed livestock vs. when to route to biogas only

Turn your duckweed pond into a cooking gas source that replaces propane — permanently. From digester setup to stove or generator connection.

• Weeks 1–2: Anaerobic digestion setup, inlet and outlet design, preventing leaks
• Weeks 3–4: Gas collection, storage bags, pressure management, safety valves
• Weeks 5–6: Connecting to cookstove or generator — step-by-step with expert review
• Without guidance: a biogas setup with a leak can cause an explosion
• Without guidance: incorrect generator connection destroys the equipment

Ferment duckweed into ethanol — fuel for generators, vehicles, and drones. Like Brazil's 90% ethanol fleet, built from your own pond.

• Weeks 1–2: Fermentation vessel setup, yeast selection, temperature control
• Weeks 3–4: Distillation safety, purity testing, avoiding methanol contamination
• Weeks 5–6: Generator conversion, vehicle carburetor adaptation, drone fuel testing
• Without guidance: distillation produces toxic methanol if not managed correctly
• Without guidance: incorrect vehicle fuel mix damages the engine

Use drones to seed food crops and duckweed into areas that are difficult or unsafe to reach on foot. Seed bomb preparation, drone deployment, GPS logging, germination tracking.

• Weeks 1–2: Seed bomb preparation for your climate zone — species selection, clay ratios
• Week 3: Drone flight protocols, payload setup, GPS route programming
• Weeks 4–5: Four real-world seeding deployments with GPS logs and germination reports
• Using duckweed biogas or ethanol to power the drone charging station off-grid

Build a complete perimeter security system for your farm — Meshtastic sensor nodes, identity beacons, drone escort, audio and thermal decoys, and forensic pond monitoring.

• Weeks 1–2: Meshtastic node assembly, placement, and network configuration
• Weeks 3–4: Identity beacons, geofencing, panic button setup
• Weeks 5–6: Drone integration, audio/thermal decoy deployment, forensic monitoring
• Without guidance: a misconfigured Meshtastic network is open to public monitoring
• Without guidance: a drone flown too low attracts militia attention and jamming