National Readiness Lab

SENTINEL models what happens to the joint force when the adversary attacks the sustainment network itself - when the supply chain is deliberately destroyed.

If a base is hit, a port denied, or sea lane is interdicted, SENTINEL maps the cascading effects across every platform, every stockpile, and every maintenance capability in theater.

SENTINEL tells the commander which unit lose combat power first, which partner nation network backfill, and what decision need to be made now to prevent readiness collapse

CTIRS is Avyon's AI-enabled fire control decision support and threat modeling platform. Built on two years of geolocated combat footage from modern near-peer conflict, CTIRS extracts real adversary threat signatures, models enemy behavior patterns, and generates counter-UAS engagement scenarios through machine learning trained on how the adversary actually fights, not doctrinal assumptions. Operators rehearse engagements in mixed-reality environments against AI-generated threats validated by real combat data.

From sensor-to-shooter optimization to counter-UAS vulnerability analysis, CTIRS delivers the intelligence the warfighter needs before contact

TRAUMAS is Avyon's augmented reality trauma simulation platform - simulating the trauma patterns of modern warfare: artillery fragmentation, drone strike injuries, and precision munitions effects.

The injuries medics will face in the next fight, not the last one.

The system visualizes internal and external battlefield injury progression in real time, driven by the medic's treatment decisions. Injuries deteriorate or stabilize based on what the trainee does, when they do it, and how they prioritize care under pressure.

Built for LSCO and contested environments where casualties must be sustained longer with fewer resources, TRAUMAS replaces static moulage with physiology-based simulation that trains decision-making, not just procedures.