Operating in forward deployed bases, tactical operations centers (TOCs), and electronic warfare environments requires intelligence systems with absolute data autonomy. Sentinel delivers high-velocity computer vision on ruggedized edge hardware.
Empower base defense operators with autonomous optical/thermal sector tripwires, multi-camera vehicle tracking, and zero external network exposure.
Military operating bases frequently experience electronic jamming or limited satellite bandwidth, rendering cloud-dependent software completely inoperable.
Adversaries exploit dead angles, night shadows, and adverse terrain to approach ammunition dumps, airfields, and perimeter wire.
Forward bases deploy a chaotic mix of legacy analog cameras, tactical mast cameras, mobile drone feeds, and pan-tilt units that do not share a common intelligence layer.
Sentinel runs on compact, MIL-STD ruggedized edge appliances or vehicle-mounted compute boxes. All tensor inference executes locally with zero uplink requirements.
Ingests standard optical feeds, long-range thermal sensors, and PTZ mast feeds, harmonizing them into a single coherent tactical common operating picture (COP).
Fires instant target detection vectors directly into ATAK, tactical radio meshes, and base defense command and control (C2) consoles in under 800 milliseconds.
Yes. Sentinel is optimized for compact, low-power NVIDIA Jetson Orin and compact industrial edge GPU boxes that operate reliably on vehicle DC power in rugged environments.
Yes. Sentinel can dispatch Cursor-on-Target (CoT) XML messages over local tactical IP radios directly into ATAK and WinTAK mapping systems.
Yes. Developed by Bluevale Defence, Sentinel adheres strictly to sovereign defence standards, with zero third-party cloud data exposure or proprietary hardware lock-in.
Schedule a technical briefing with our deployment engineers or launch an on-premise 48-hour pilot.