Four systems, from the fence line to the seabed.

Autonomous perimeter surveillance

An autonomous quadcopter for perimeter surveillance. It uses AI to establish what a normal situation looks like at your site, then continuously monitors the perimeter and reports abnormalities.

Hubro spends its first days learning rather than alerting. It builds a picture of the ordinary traffic, the shift patterns, the gate that is always open at 06:00 and the deer that cross the north fence every evening. Once that baseline is in place it flies its own patrol schedule, and the operator hears from it only when something departs from the pattern. Classification runs on board, so an alert still reaches the console when the link to the outside world is jammed or simply absent.

Specifications

Configuration

Quadcopter, all-electric

Endurance

45 min per sortie

Patrol radius

3 km

Max speed

68 km/h

Sensors

Stabilised EO gimbal camera, digital zoom

Autonomy

On-board baseline learning and anomaly detection

Datalink

Encrypted mesh, LTE/5G fallback

Operating temperature

−30 °C to +45 °C

Typical use

• Airfields and bases
• Power and water infrastructure
• Harbours and fuel depots
• Border and fence lines
• Industrial sites

Ground control software

One system to run it all. Eyrie gives the operator full oversight and control of every Bjerkvik asset in the field from a single console.

Autonomy is only acceptable if you can see what it is doing. Eyrie shows every aircraft, every sensor node and every machine-made decision on one map, with the reasoning attached and a manual override always one click away. Plan a mission, watch it run, take control of any asset mid-flight, then replay the whole thing frame by frame afterwards. It runs on a ruggedised laptop or a fixed console, entirely on your own hardware, and it works air-gapped.

Specifications

Type

Ground control and mission management

Platforms

Cross-platform; rugged laptop or console

Assets per station

Multiple assets

Deployment

On-premises, air-gap capable

Interoperability

REST API

Mapping

Offline vector and raster, custom overlays

Recording

Full mission replay and export

Typical use

• Multi-asset operations
• Single-operator control
• Command and control integration
• After-action review
• Operator training