Sovereign ecological sensing and edge intelligence
rf.mesh is the sovereign field intelligence backbone of Restoring Eden: a local-first ecological sensing, drone coordination, RF communications, and edge compute architecture for regenerative land stewardship.
It unifies environmental telemetry, aerial sensing, mesh radio, photogrammetry, and high-density compute into one modular autonomous system.
This is not a cloud IoT dashboard, not a smart-farm appliance, and not a hobby mesh. It is a sovereign edge refinery: designed for resilient local ownership, ecological intelligence, and long-term scalable swarm operations.
The three-plane architecture
Persistent low-bandwidth RF nervous system
Meshtastic, Reticulum, telemetry heartbeat, swarm coordination, sensor node status, drone command routing, field safety signaling.
High-volume sensor payload transport
Drone RGB imagery, multispectral captures, LiDAR payloads, SDR recordings, point clouds, burst offload channels, dock ingest pipelines.
Compute, fusion, modeling, and archive intelligence
GPU rendering, Gaussian splats, photogrammetry, digital twins, ecological dashboards, NDVI pipelines, long-term climate and habitat archives.
Current deployment state
Roadmap trajectory
| Phase | Scale | Primary Milestone | Outcome |
|---|---|---|---|
| 0 · Live now | ⅛ acre | Telemetry + drone proofing | Architecture validation |
| 1 · Rack Alpha | Neighborhood | Mini-rack deployment | Compute + storage sovereignty |
| 2 · Multi-acre mesh | Estate scale | Drone swarm backbone | Persistent autonomous sensing grid |
| 3 · Regional mesh | Distributed bioregions | Planetary Reticulum federation | Federated ecological intelligence lattice |