Centrifuse is the fusion engine that runs under SENTRair® in the airspace and Forseti on the ground. This page is the technical detail behind both: what goes in, what comes out, how sites interconnect, and how one engine scales from a single gatehouse to a national picture.
Written for systems integrators, technical evaluators and anyone who has to make this work alongside equipment they already own.
Proud to be designed, built and supported in BritainBuilt for operators who want real-time sensor fusion without a cloud dependency, a subscription, or their data passing through somebody else's hands.
Fusion, tracking and output generation all run on your hardware, or on an appliance we supply. No data leaves your perimeter, and nobody else has to be reachable for the platform to work. The internet is optional and the whole thing is air-gap certified.
Full compliance with SAPIENT, the NATO and UK MOD open standard for sensor and effector integration. You can join wider C2 networks, pass detections downstream, or run the platform as the autonomous detection brain for a site.
Track fusion is built for real-time operational tempo. The processing pipeline keeps latency low, so detections and track updates arrive promptly even when the sensor load is heavy.
Connect a wide range of sensor types. Supported ingest covers radar track feeds, ADS-B, RemoteID (ASTM F3411), optical and EO-IR cues, and third-party sensor APIs. Ask us about the specific sensors you run.
Deliver fused tracks, unfused raw feeds, or both, in whatever format your downstream system expects: SAPIENT, ASTERIX CAT048 / CAT062, GeoJSON, or events pushed through the data output API by webhook or REST.
The platform is not tied to any single hardware vendor and will ingest from a mixed sensor estate, so you can combine radar types, ADS-B receivers and RF sensors from different manufacturers. Anything with a data feed can come in through the open sensor input API.
The platform is sensor-agnostic and vendor-agnostic, reads and writes the national and international standards (NATO/UK MOD SAPIENT, ASTERIX), and has open APIs on both sides: a sensor input API and a data output API. That makes the integration potential virtually limitless. Tell us what you run and we will confirm support.
One engine covers a single gatehouse and a national estate. Each site fuses its own sensors locally with its own copy of Centrifuse and keeps working on its own, so scale is something you add rather than something you depend on.
Centrifuse runs on that site: sensors in, fusion at the edge, alerts out to the people there. Nothing upstream has to be reachable. Air-gap the site and it carries on working.
An optional secure PKI mesh links locations, with no man in the middle. Sites share tracks and context with each other while each one keeps its own recording and its own authority.
Above the mesh, a national C2 layer holds the combined picture with per-site drill-down, multi-tenancy and role-based access, and passes tracks on to wider C2 networks over SAPIENT or ASTERIX.
You can license the platform as software and deploy it onto your own infrastructure, or take it as a fully integrated hardware appliance that we supply and support. Both are designed, built and supported in Britain, for customers around the world. Both run on your own kit by default, and both come with ongoing support from the people who wrote the software. Networking between sites and any cloud element stay optional.
We have a dedicated R&D facility 60 miles south west of London. Come and watch the platform work against live air traffic, ground targets and drones. We can fly them, or you can, subject to your own permissions. Bring the details of your sensor estate and we will show you how ingest, fusion and output behave in practice.
Whether you have a complicated multi-sensor estate or one focused single-site requirement, we would like to understand what you are trying to do and talk through how we can help.
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