GOTEAM Hub is the management system behind the fleet. Deployed nodes report in over any uplink — cellular, satellite or wired — and the hub turns them into a single operational picture: live detections on a map, streaming thermal feeds, health of every unit, and one-click control of the AI models running at the edge. On the desk, in the SOC, or on a phone.
Four capabilities carry the day-to-day mission — everything else in the hub exists to support them.
Every node is plotted with its true position, sensor heading and field-of-view wedge. Detections appear as threat-graded tracks — range, bearing, height and closing speed — with a positional-uncertainty ellipse so operators know exactly how much to trust each fix.
Every detection is stored with its annotated video, zoomed target thumbnails, track path and full metadata — for 30 days. Triage from the timeline, replay the exact detection window, and export events with imagery attached. If a clip needs a second pass, the hub re-processes it from the node's raw frame archive with the latest model.
Each node continuously reports CPU, GPU, temperatures, sensor core temperature, frame delivery, disk and link state. The hub keeps the history and draws the trends — 24 hours to 30 days — so a slowly-degrading unit is caught before it becomes a gap in coverage. Camera-level counters surface frame stalls and USB errors with 30-minute and 24-hour windows.
Detection models improve constantly. When a new model is approved, one action sets it as current on the hub — every node pulls it, verifies its integrity, and hot-swaps it into the running pipeline in seconds, with no visit and no downtime. Node software updates ship the same way: published once, pulled by the fleet over a secure channel.
The hub is a SAPIENT (BSI Flex 335 v2) C2 server and client. GOTEAM detections flow to higher command in real time, and partner sensors plot on the same shared map.
AI inference runs at the sensor. Detections, tracks and annotated imagery are produced locally — the uplink carries results, not raw video.
Tracks are geo-referenced, threat-graded and stored. Operators monitor, review and control the fleet from one interface — web, iOS or PWA.
Standards-based SAPIENT feed to any compliant C2 — positions, threat level and associated imagery, delivered as the track develops.
Operational features that keep a distributed sensor network trustworthy — day after day, site after site.
Links drop; missions don't. Nodes keep detecting and recording with no uplink, then forward everything when the link returns — nothing is lost.
Every detection's raw sensor frames are retained on-node for 30 days — full-fidelity evidence, and the input for reprocessing with better models.
Admin and viewer roles out of the box. Viewers get the live picture and history — no configuration, recording or fleet control.
Logins, capture reviews, configuration and model changes are all recorded — who did what, when, from where.
iOS app and installable PWA. The full hub — map, feeds, alerts, review — in a pocket, wherever the mission is.
Fixed masts, vehicles, temporary deployments — every node registers to the same hub, with per-site coordinates, heading and coverage.
We'll walk you through a live deployment — real sensors, real detections, real C2 feed — and scope a pilot for your sites.