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Instructable

Meshtastic → ATAK bridge (outline)

ATAK COTS
Difficulty: medium Time: ~45 min (outline)

High-level idea: use COTS Meshtastic LoRa radios as a long-range pipe, then get position / text into ATAK via a local TAK server or a data-package style import. This is an architecture outline — not a full plugin build guide.

Materials

Steps (outline)

  1. Flash & pair Meshtastic. Flash current Meshtastic firmware to each board. Pair one radio to the Meshtastic app over BLE/USB. Set region/frequency legally for your country.
  2. Mesh sanity check. With two nodes in range, confirm position and text hop across the mesh in the Meshtastic app alone — before involving ATAK.
  3. Decide the bridge pattern. Common high-level patterns:
    • Local TAK server: a small process on a laptop/Pi listens to Meshtastic (serial/BLE/MQTT) and emits CoT events to a local TAK server that ATAK joins on Wi‑Fi/USB tether.
    • Data package idea: periodically export mesh positions into an ATAK-friendly package / marker set and import on the device (batch, not live).
  4. Stand up a local pipe (concept). On the bridge host: read mesh position packets → map node IDs to callsigns → format as CoT (see the CoT heartbeat instructable) → send to localhost TAK / multicast as your environment supports.
  5. Point ATAK at the local server. In ATAK network settings, add the local TAK server (or use whatever discovery your stack provides). Confirm self + bridged nodes appear as markers.
  6. Range test. Walk one radio out of Wi‑Fi range but still on LoRa. Confirm updates still refresh in ATAK via the bridge host — that is the point of the pipe.
  7. Document callsign map. Keep a simple table: Meshtastic node ID ↔ ATAK callsign. Ambiguous names cause blue-on-blue confusion in exercises.

Notes / gotchas

Video tips

Related watch — Marshall Pix4D/DTED2, TAK Syndicate, Meshtastic. Spelling lock: ATAK.

Related: Python CoT heartbeat skeleton for the emit side of a local bridge.