Alternative navigation and collaborative autonomy for platforms that cannot assume GPS, a network, or a cloud.
Under denied positioning, navigation and timing, a platform’s detections stay consistent with each other but are displaced by its navigation error. Platforms comparing positions end up comparing different coordinate systems, and everything downstream suffers.
Platforms observing the same scene recover a common frame of reference from what they can all see — without relying on external positioning. Performance is measured against published requirements, with the conditions under which each result holds stated alongside it.
Implemented, and scored in simulation against the requirements it answers.
Recovering a shared frame between platforms under denied positioning.
A multi-stage, multi-platform aided target recognition stack across air, ground and sea.
Work routed across a swarm to where the compute is, validated in a virtual multi-platform swarm.
A decision layer with no central control node that coordinates actively or passively.
Stated as intent, so it is never mistaken for what exists today.
Whatever a platform has — satellite navigation, a surveyed anchor, a peer — as one input among several rather than the input.
Fuse inertial navigation with the reconciled frame, so drift is bounded by observing the world.
Publish reconciled tracks and their confidence into command-and-control systems programs already run.
Patent-pending encryption for the link, so a shared frame is not a broadcast of where everyone is.
TALON-EDGE runs on the same engineering as AI Command and Control: a capability graph that decides what a platform may do, a measurement harness behind every claim, and a decision record that is verifiable offline — accreditation evidence rather than a log.
The prototypes run as a separate application carrying mission content only, each screen backed by the service that computes it rather than a scripted outcome.
Results, architecture and live prototypes are available under NDA. We are looking for sponsoring programs, transition paths, and hardware to prove the work on.
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