Porritt Inc. lives at the intersection of two relevant disciplines: plasma-era plant physics (a hypersonic bow shock is the 4th state of matter in flight) and event-driven neuromorphic sensing (reflexes measured in microseconds at milliwatt power). Detection and tracking of fast movers is the natural convergence of both — a defensive early-warning capability, stated at a high level.
Plasma-signature sensing
The ionized sheath and thermal wake of a hypersonic body are persistent, physics-locked signatures. Distributed passive sensors watching for that class of event do not need to be told where to look.
Event-driven track fusion
Spiking architectures update tracks per-event, not per-frame — no revisit-rate math, no lost lock between scans. The track moves when the object moves.
Early warning, human decision
Our scope ends at detection, tracking, and warning — delivered to human decision-makers with maximum lead time. Interceptors and effects belong to others; seconds of warning belong to everyone.
Vision stage. Deliberately.
This page describes a research direction and teaming interest, not a fielded system. We bring the plasma-physics fluency, the neuromorphic sensing architecture, and the plant-grade engineering culture; the right partners bring sensors, ranges, and mission context. SAM.gov registered (CAGE 9Z7B9) and ready to team.
Team with us on early warning.
Primes, labs, and program offices exploring next-generation detection architectures — the conversation starts here.
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