Three layers — sense, decide, act.

Distributed nodes combining acoustic sensing, passive radio-frequency techniques, and radar — including passive methods that consume existing broadcast signals and emit nothing, and resilient distributed multi-node radar. Designed to detect conventional drones and the hard cases: non-emitting, pre-programmed aircraft that defeat RF-only systems. Aerodyne operates a working multi-node radar testbed today, with field data collection underway.

Detections from many heterogeneous nodes are fused into a single track picture over bandwidth-constrained, intermittently connected networks, and presented to operators through a real-time battle-management layer. This layer is built by engineers whose careers were spent on microsecond-precision, high-throughput financial trading infrastructure — systems where correctness and speed under load decide the outcome every day.

Aerodyne's coordination engine keeps a response fleet effective as conditions worsen, handing off across three tiers instead of collapsing.

Planning is game-theoretic — it anticipates how conditions and adversaries react — scales to hundreds of aircraft by reasoning over population aggregates, and keeps the operator on the loop with adjustable priorities and explainable courses of action.