Hyperborea Technologies
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SovereignAir-gappedOperational

Sovereign intelligence for critical environments.

AI for defence and national security, engineered to run inside your perimeter — on your hardware, with or without a network.

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No cloud dependencies

On-node inference

Engineered in Europe

A more secure tomorrow

01 / Platform

One sovereign platform beneath every capability.

One sovereign edge foundation carries both of our operational systems. Inference, decision logic, fusion and interoperability all execute on the node itself — inside the perimeter, with no cloud in the trust boundary and no operational data leaving it.

How the platform works
  • Applications Edge autonomy and threat intelligence
  • Intelligence layer On-node inference and signed decision logic
  • Data fusion Track fusion and multi-source ingestion
  • Edge infrastructure On-node compute and secure interoperability

02 / Capabilities

Engineered for operational advantage.

Two operational systems, carried by the shared platform layers beneath them, engineered for environments where connectivity is limited, contested or denied.

All capabilities
Operational capability

Edge autonomy

Ruggedized AI decision support at the tactical edge. Mission control without constant connectivity, driven by signed, deterministic mission rules.

On-nodeSigned rules Operational capability

Threat intelligence

Extracts and corroborates geolocated events from open, restricted and proprietary sources, then pushes geofenced early warning to the teams who need it.

Multi-INTGeofenced Platform capability

Sensor fusion

Fuses radar, ADS-B, AIS, RF and reporting into one deduplicated track picture, with threat evaluation and a shared operating picture.

Multi-domainReal-time Platform capability

Secure interoperability

Native tactical-data-link and bus interop — Link-16, MIL-STD-1553, CoT/ATAK and STANAG — bridged by a one-way cross-domain guard.

NATO linksOne-way

03 / Engineering principles

Verifiable by design.

Sovereignty is an architectural property, not a policy setting. Each characteristic beside this is a design decision, stated plainly so that an engineering or assurance team can confirm it against the system itself.

Our approach
Zero egress No operational data leaves the perimeter
On-node Models, retrieval and decision logic run on the node
Replayable Signed decision logic with a full audit trace
Procedural terrain study of a high ridgeline — the kind of disconnected, high-relief environment Hyperborea systems are engineered for.
Terrain study · high ground Built for contested environments

04 / Deployment

Designed for the world's most demanding environments.

From forward operating bases to national infrastructure, Hyperborea systems are engineered to operate where connectivity is limited, contested or denied.

Explore use cases
Monochrome terrain study of a forward ridge system. Forward operations Tactical-edge deployment
Monochrome terrain study of a coastline meeting open water. Maritime approaches Track fusion across AIS, radar and RF
Monochrome terrain study of a steep enclosed basin. Contested environments Operate through comms denial and GPS degradation
Monochrome terrain study of a broad plateau. National infrastructure Air-gapped systems on infrastructure you control

Build a more secure tomorrow.

Work with our team on mission use cases, integration options and deployment pathways. Engineering, procurement and partnerships each reach the people responsible for them.

Contact our team