Autonomy Failed. We Fixed It. Victus builds contested autonomy software that works where GPS doesn’t, on any platform, from the seafloor to low Earth orbit.
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Contested autonomy software
Your Platforms Need to work when GPS doesn’t
Victus PhantomNAV gives any robotic system accurate location awareness, even when in jamming, bad weather, over water, or beyond the reach of GPS.
The operational reality
When GPS Fails, Most autonomous platforms fail with it.
Jamming, bad weather, and contested airspace aren’t edge cases. They’re the mission environment. Without a reliable answer to the most basic question — Where am I? — every higher-order function breaks down. It’s a foundational design gap that affects every platform your program depends on.
Jamming
Active jamming degrades or eliminates GPS signal across contested environments. Platforms that depend on satellite navigation lose position awareness and cannot complete the mission.
Spoofing
Denied, degraded, and operationally isolated environments are standard in modern conflict. Commercial autonomy stacks were never built to operate in them.
Adverse Conditions
Dust, low visibility, over-water flight, and solar interference degrade GPS reliability when the mission demands it most.
The solution
Phantomnav answers the one question other autonomy software can’t: Where am i?
Phantom Nav solves state estimation using only the inertial and gravity sensors already onboard your platform, no GPS required.
Uses Sensors Already Onboard
Every platform already carries inertial and gravity sensors. PhantomNAV uses them as the sole navigation input, no external signal needed.
Machine Learning State Estimation
ML model processes raw sensor data in real time to produce continuous, accurate position awareness across all operating environments.
GPS-Independent Navigation
PhantomNAV holds position through jamming, adverse weather, over-water flight, and airgapped conditions where no satellite signal reaches.
Platform Agnostic
PhantomNAV runs on drones, aircraft, ships, satellites, and unmanned ground vehicles. If it carries inertial sensors, it can run PhantomNAV.
Core Capabilities
Built to perform where
the mission actually happens.
Inertial State Estimation
PhantomNAV derives continuous position using onboard accelerometers and gyroscopes. No external signal required at any point during operation.
Machine Learning Navigation Model
Deep learning architecture processes raw sensor data in real time. The model runs fully onboard. No cloud dependency, no data egress.
Contested Environment Performance
Phantom Nav maintains accurate state estimation under active GPS jamming, over-water flight, adverse weather, and in fully airgapped environments.
Get Started
Your next mission can’t wait for a navigation failure.
Find out how PhantomNAV will keep your next mission rolling.