Modular vehicle
Common interfaces allow sensors, payloads, and software profiles to adapt to approved mission needs.
01Systems
Autonomy, built underwater
Modular autonomous underwater vehicles for fleet defense, designed to operate where GPS, bandwidth, and continuous control cannot be assumed.
01Platform architecture
Vehicle, autonomy, integration
AICE combines a modular underwater vehicle, onboard intelligence, distributed operation, and integration into existing naval workflows. Each layer can evolve without rebuilding the complete system.
AICE / VEHICLE-REFGeneral arrangement
Onboard autonomy
Perception and navigation run on the vehicle where connectivity cannot be assumed.
Distributed operation
Multiple systems are designed to share intent and coordinate under severe communication constraints.
Operator integration
Existing command structures, launch platforms, and operator workflows shape the integration layer.
02Engineering method
From simulation to sea
Every autonomy feature moves through the same verification chain before it reaches the water.
- 01
Simulate
Validate behavior and failure modes before hardware time.
- 02
Integrate
Test electronics, firmware, mechanics, and autonomy as one stack.
- 03
Validate
Move from controlled environments to testing the prototype in water.
- 04
Learn
Feed trial data and operator feedback into the next iteration.
03Public scope
A briefing built around your role
Public information stays at architecture level. Qualified briefings can address operational evaluation, procurement and sovereignty, or platform integration without using this website for sensitive information.
- Operational evaluation
- Procurement and sovereignty
- Platform and payload integration