AI Soldier Assistant
A digital teammate on the soldier’s existing tactical computer.
- Low-light and thermal recognition
- Context-aware information priority
- Offline edge processing

Complete software portfolio · 2026
A configurable software portfolio spanning nine capability categories—assembled from reusable perception, autonomy, fusion and fleet-intelligence engines.
09 categories · 12 shared engines
The portfolio architecture
These are not separate technology stacks. Each product combines proven engines from one shared core, then adapts their data inputs, operational logic and operator experience to the mission.
Perception, navigation and logistics intelligence for soldiers, vehicles and fire-support units.
A digital teammate on the soldier’s existing tactical computer.
A hardware-agnostic autonomy retrofit for existing combat vehicles.
Digital readiness infrastructure around the gun—not the weapon itself.
AI for manufacturing, storage and sustainment—not guidance.
Turn battlefield sensor, radio and signal volumes into one picture a human can act on.
Every connected field sensor, fused into one current operating picture.
Classifies RF activity and surfaces patterns while humans retain response authority.
From airborne perception to a complete autonomous operating system for unmanned aircraft.
Converts EO, IR, thermal and radar feeds into confidence-scored intelligence.
A complete autonomy stack designed to sit on any compatible airframe.
One persistent-surveillance stack for defense, police and public-safety operations.
Airframe-agnostic surveillance with AI-classified video and supervised fleet control.
A shared surface and underwater environment model where satellite positioning is unreliable.
Vision, acoustics, radar and navigation fused into one maritime model.
One autonomy architecture across unmanned domains, with consequential authority retained by people.
A shared autonomy core for UAV, UGV, USV and robotic platforms.
One operator supervises many systems while the software handles routine complexity.
The convergence layer where land, air, naval and fixed-sensor data becomes one command picture.
Monitors and optimizes the tactical network carrying mission data.
One command-level view across platforms, sensors and operating environments.
The same anomaly-detection and fusion core redirected at networks, borders and cities.
Learns normal system behavior, flags deviations and recommends human-led response.
Cameras, thermal, radar, drones and patrol vehicles fused into one monitoring system.
Detects, classifies and continuously tracks small unmanned aircraft.
The recurring intelligence layer that keeps operators trained and platforms mission-ready.
An adaptive AI instructor and synthetic environment for every connected platform.
Predictive maintenance and readiness intelligence across the complete fleet.
One core philosophy
Every engine is engineered once, then configured across products and domains.
The software integrates with existing airframes, vehicles, vessels, sensors and command systems.
Automation manages complexity; people retain control over consequential decisions.
Configure a deployment
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