Agentic TAK support, where operators already work

Agentic mission support inside your TAK workflow.

TAKBot ingests Cursor-on-Target streams, reasons over live and historical mission context, and helps operators turn high-volume tactical data into trusted summaries, alerts, and action-ready outputs.

Latency Live CoT
Agents Mission-scoped
Trust Explainable outputs
TAKBot Console LIVE
[CoT] Ingesting 82 tracks · 4 chat rooms
[Agent] Monitoring BRAVO course and speed changes
[Assess] Fresh CoT · source context available
[Output] Watchlist summary ready for operator review
[Status] Operator-controlled mission agents available

Why TAKBot

From CoT overload to trusted operational answers.

Mission-scoped agents

Spin up bounded agents for monitoring, summarization, triage, and workflow support.

Instant situational answers

Track lookups, proximity checks, and area digests in seconds.

Trust and provenance cues

Surface freshness, source context, uncertainty, and verification signals with outputs.

Compact dissemination

Package summaries, alerts, and watchlists so teams can share what matters.

Ops-ready workflows

Structured outputs for tasking, deconfliction, briefings, and command updates.

Deploy anywhere

Run on your TAK infrastructure with local control and edge deployment options.

Mission skillset

Mission agents for tactical context, triage, and response.

Context disambiguation

Reconcile stale, conflicting, or incomplete track and event context.

Track and event triage

Rank contacts, changes, and areas of concern by mission relevance.

SAR planning assistance

Summarize movement history, last-known context, and response options.

Change detection

Monitor meaningful deviations in movement, speed, proximity, or mission state.

Dissemination-ready summaries

Create concise local digests and watchlists for the right people and systems.

Operator-controlled automation

Keep agent actions bounded, auditable, and aligned to human approval points.

Operator-facing workflows

Ask for context. Spin up bounded monitoring. Get explainable outputs.

TAKBot responds with operational context, then summarizes the skill, tool, and reasoning basis used so operators can verify the workflow. Below is a realistic exchange for track history and scheduled monitoring.

TAKBot Ops Chat LIVE

Is there any history on the tracks that are just north of Flinders Island?

Yes — I’m seeing recent track history just north of Flinders Island (last 6 hours, ~50 km radius near -39.7, 148.0).

RLTS-A54-022-PC21 (ICAO-7CF9ED): 00:01→00:02Z, ~26,1k ft, course ~161°, 145 kt
RLTS2-A54-031-PC21 (ICAO-7CF9F6): 00:01→00:02Z, ~26,1k ft, course ~161°, 142–151 kt
RLTU2-A54-037-PC21 (ICAO-7CF9FC): 00:02Z, ~26,0k ft, course ~161°, 165 kt

Skill: takbot-query · Tools: tak_query · Result: Summarized recent history north of Flinders Island.

RLTS2-A54-031-PC21 specifically — how many updates have you seen for this?

For RLTS2-A54-031-PC21 (ICAO-7CF9F6) I’ve seen 4 updates in the last 6 hours.

Timestamps: 00:00:08Z, 00:01:10Z, 00:02:11Z, 00:03:12Z.

Skill: takbot-query · Tools: tak_query · Result: Counted 4 updates in the last 6 hours.

Ok, keep an eye on this track and let me know if it changes course.

Done — I’m monitoring RLTS2-A54-031-PC21 and will alert on meaningful course changes (≥ 20°). Checks run every 2 minutes.

Job id: 7b7bc20a-22d4-4651-9b32-01c28781e854

Skill: takbot-schedules · Tools: tak_cron · Result: Scheduled a 2‑minute check for course changes.

Change that to also assess if speed changes.

Updated. I’ll alert on:

Course change: ≥ 20°
Speed change: ≥ 30 kt

Skill: takbot-schedules · Tools: tak_cron · Result: Updated the monitoring job thresholds.

ALERT: Course/speed change detected

Callsign: RLTS2-A54-031-PC21 (7CF9F6)
UID: ICAO-7CF9F6

Previous: 2026-02-07T00:10:21Z | course 161.13° | speed 293.8 kts (151.14 m/s)
New: 2026-02-07T00:11:22Z | course 188.22° | speed 272.8 kts (140.34 m/s)

Δcourse: 27.09° · Δspeed: 21.0 kts
Current position: -40.136641, 148.007251

Skill: takbot-schedules · Tools: tak_query · Result: Alerted on track course/speed deviation.

Confidence: high. Basis: recent track history, fresh CoT updates, and a configured threshold breach. Recommended action: review before dissemination.

Skill: takbot-assess · Tools: tak_query · Result: Added verification cues for operator review.

Who it helps

Why mission teams adopt TAKBot.

Command teams

Faster situational answers, cleaner deconfliction, and explainable updates.

Emergency services

Coordinate responders with live location, incident context, and clear tasking.

Crowd control

Monitor congestion, egress pressure, and patrol coverage.

Wildfire response

Track fireline proximity and keep crews clear of shifting danger zones.

Search and rescue

Support search planning with team location, movement history, and concise tasking summaries.

Law enforcement

Prioritize events and align units with the closest response window.

How it works

TAK Server ↔ TAKBot ↔ Mission agents

1. Ingest

TAKBot connects to your TAK Server CoT feed.

2. Store

Maintain live context, track history, and local operational state.

3. Assist

Operator requests trigger bounded agents, summaries, alerts, and map actions.

TAK Server
TAKBot Plugin
Mission Agents
Operator Workflow

Live demo

We’re building a live operational demo.

The demo streams live CoT data, shows current positions, and lets you test agentic monitoring, summarization, and operator workflows directly in the browser.

We’ll reach out with access details.

No spam. We only use this to coordinate the demo.

Merch

Gear up with TAKBot merch.

TAKBot Tee

Soft cotton tee with TAKBot mark.

$29 AUD
TAKBot Cap

Structured cap for the ops floor.

$25 AUD
TAKBot Patch

Embroidered morale patch.

$12 AUD