Closes the gap between /vertical-loop (claim) and a live screen-share demo (proof). Three components, all open-source, all running on a single laptop. Once standing, any vertical-loop curl chain results in a CoT track lighting up ATAK-CIV in real time.
| Component | Purpose | Install | Notes |
|---|---|---|---|
| FreeTAKServer (FTS) port: 8087 (CoT TCP) / 8089 (TLS) / 8443 (UI) |
Open-source TAK CoT bus — receives ATLAS-emitted CoT and republishes to ATAK / WinTAK / iTAK clients | docker run -d --name fts -p 8087:8087 -p 8089:8089 -p 8443:8443 freetakteam/freetakserver:latest |
Apache 2.0; no TAK Server licensing required. UI lets you watch CoT messages flow in live as ATLAS pushes them. |
| ATAK-CIV | Civilian ATAK build — the warfighter's actual map. Renders ATLAS-emitted tracks as CoT entities. | Download APK from tak.gov/products/atak-civ → sideload to Android device or Android emulator. Configure server: <FTS-host>:8087 |
Free for civilian use. WebTAK alternative (browser-based) available if no Android device on hand: clone github.com/FreeTAKTeam/FreeTAKHub-WebMap. |
| ATLAS server (this repo) port: 5000 (HTTP API) |
Emits the CoT messages in the kill-chain bridge step of every vertical-loop trace. | npm run server:dev (or docker compose up if a future compose file ships) with TAK_HOST=<fts-host> TAK_PORT=8087 in env |
Already running here. Set TAK_HOST to point at FTS, then run any /vertical-loop curl chain — the final dispatch step lights up ATAK-CIV in real time. |
# 1. Start FreeTAKServer (one terminal)
docker run -d --name fts -p 8087:8087 -p 8089:8089 -p 8443:8443 freetakteam/freetakserver:latest
open http://localhost:8443 # FTS dashboard
# 2. Install the TAK client on the device:
# Android -> Google Play -> "ATAK-CIV" (TAK Product Center, free)
# iOS -> Apple App Store -> "iTAK" (TAK Product Center, free)
# Then on the device: Settings -> Network Preferences -> add server <your-host>:8087 (TCP)
# 3. Point ATLAS at FTS (in this repo's .env)
echo "TAK_HOST=localhost
TAK_PORT=8087" >> .env
npm run server:dev
# 4. Run the C-UAS vertical-loop trace; watch ATAK-CIV light up
ATLAS=http://localhost:5000
curl -X POST $ATLAS/api/sensors/fusion -d '{"sensorId":"aeris-10-001","track":{"az":127,"el":3,"r":2700,"v":42,"sig":"plfm-10.5"}}'
# ... follow the rest of the trace at /vertical-loop
localhost:8443 shows the inbound CoT message; ATAK-CIV on the connected device shows a hostile-air icon at bearing 127° / 2.7 km off the device's reported position. Removing the trace from ATLAS (POST a clear) removes the icon. That round-trip is the SoS proof.Source: github.com/TAK-Product-Center/Server (Apache 2.0)
# git clone https://github.com/TAK-Product-Center/Server.git tak-server-civ # cd tak-server-civ && ./scripts/setup-takserver-CIV.sh # generates certs, configures Postgres # docker compose up -d # 5-10 min first build # Open https://localhost:8443 (admin cert) — same UI surface as the mil build minus Federation Hub gov modules
ATLAS integration: Set TAK_HOST and TAK_PORT (default 8087 for unencrypted CoT, 8089 for TLS) in .env exactly as with FTS. ATLAS kill-chain bridge agent code is unchanged.
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