The comms station turns a vehicle or a room into a communications hub you drive in plain english (or your language of choice). A local AI handles the radios, the mesh, and the satellite passes; a strict safety layer makes sure it only ever does what's legal and physically safe. You don't need a license or a callsign to get value from it — though a licensed operator can push it much further.
Mesh, LoRa, ham bands, satellite, or the internet when it's there — the station picks the best available path and tells you which it used. "Get this to the authorities" just works.
Bring up a local Wi-Fi mesh and low-power radio network, drop relay nodes, and give other people nearby a way to connect — so a neighborhood keeps talking when the towers are down.
Scan for signals, identify what's out there, via terrestrial and satellite communications and across all radio frequencies supported by your equipment.
Publish maps, offline apps, wikis, docs, games, videos, and educational material, and local services to everyone on the mesh. Every station is also a mobile library and a local information point.
The model never keys a transmitter or throws a switch directly. It requests actions through a controller that checks power, the right antenna, legal frequency limits, whether the vehicle is parked, and whether a licensed operator has authorized transmission. Anything received over the air is treated as untrusted — a message from a stranger can't tell the station what to do.
That separation is what makes it safe to hand a powerful radio system to someone in a crisis who has never operated one.
The first mobile build lives in a 1979 electric VW bus — yours might live in a truck bed, a shed, or a in a hut on an island. Build notes and the running story are at ev.goodancestor.com.
The station integrates proven open-source projects and low-cost, non-proprietary hardware, so it can be built, repaired, and understood by anyone. We have provided grants to many projects in this ecosystem, feel free to reach out with funding inquiries.
Long-range, low-power LoRa mesh for text, location, and telemetry.
Offline copies of Wikipedia and other libraries, served to any phone.
Community-node software and an offline app store — heir to Internet-in-a-Box.
Low-cost L-band satellite dish for weather and data downlink.
Motorized mount that tracks a satellite across the sky.
Amateur-radio emergency data mesh on commercial Wi-Fi hardware.
There's no single required radio. Most people will mesh over ordinary Wi-Fi with AREDN — point-to-point links on commodity access points — or over Meshtastic, which carries short text, positions, and alerts for miles on cheap, low-power LoRa radios. Both are inexpensive and widely available, and either one keeps a neighborhood connected with no tower and no internet.
Where the higher throughput is worth dedicated hardware, our reference build also runs Wi-Fi HaLow with OpenMANET — a self-healing IP mesh that routes around damage with B.A.T.M.A.N. and 802.11s. Whichever bearer you use, nodes deploy as elevated relays, camp access points, remote SDR or ADS-B receivers, sensor gateways, and map caches. Over the top, Reticulum adds encrypted, identity-based delivery and store-and-forward, and services like group voice (Mumble) and shared situational maps (ATAK/CoT) run on it.
The code, the architecture, the safety model, and a reference bill of materials are public on GitHub. The project is early and documentation-first, starting with reference hardware and designed with wide compatibility in mind. It's built to be replicated: assemble a station from off-the-shelf and open hardware, load the profiles for the radios you're allowed to work, and run it.
All the code and docs in one place.
How the tiers and services fit together.
What the AI can and can't do.
Parts list to build one.
See how to help.