INTHERION DEFENSE
Sovereign tactical simulation engines, 1:1 battlefield digital twins, and autonomous edge flight software. Validating mission doctrine and drone autonomy in pure software before physical deployment. Sovereign tactical simulation engines, 1:1 battlefield digital twins, and autonomous edge flight software.
STRATEGIC PARTNERS
RYAN HENDRICKSON
4GD SYNTHETIC WARFARE
Operational Field Partners: Ryan Hendrickson & 4GD
SimStriker™: AI-driven humanoid smart targets with precision biometric hit detection and reactive behavioral modeling.
ECFECTUS: Integrated realities network merging live fire with augmented reality shadows.
WHAT INTHERION CAN PROVIDE
Tactical VR Simulation
100% pure software simulation engines. We develop physics-accurate VR and mixed-reality trainers for tactical mission rehearsal and explosive ordnance disposal (EOD)—deployable onto standard headsets for field and base training.
- Air-Gapped Standalone VR: Operates 100% offline on standard commercial headsets for secure, classified field deployment
- Sub-Surface Threat Simulation: Realistic physics emulation for Ground Penetrating Radar (GPR) and landmine/UXO detection
- Dynamic Combat Environments: Procedural generation of trenches, hostile rooms, and custom operational target zones
- Unlimited Risk-Free Drills: Execute high-danger tactical training scenarios repeatedly with zero ammunition cost or injury risk
Aerodynamic Digital Twins
Intherion develops exact 1:1 virtual digital twins directly from engineering CAD models, simulating aerodynamics, vehicle kinematics, and sensor feeds entirely in software before physical flight.
- Direct CAD Import: Ingests standard engineering and defense CAD models into fully interactive physics simulations
- Virtual Flight Envelope Testing: Stress-test flight dynamics, extreme crosswinds, and payload drag in simulation before field trials
- Multi-Spectral Sensor Feeds: High-fidelity software simulation of thermal (FLIR), optical (EO/IR), LiDAR, and radar sensors
- NATO-Standard C2 Integration: STANAG-compliant telemetry protocols syncing virtual twins directly with live command stations
Embedded Flight Software
Intherion engineers high-reliability flight control firmware and deterministic autopilot software for defense UAVs, delivering sub-millisecond response times and mission-critical stability.
- Ultra-Fast Flight Control: Real-time deterministic control loops for stable navigation under extreme flight conditions
- Real-Time Sensor Ingestion: High-speed data pipelines processing camera, IMU, and telemetry feeds with zero lag
- Crash-Proof Architecture: Military-grade memory safety and fault tolerance designed to eliminate mid-flight software crashes
- Military-Grade Secure Links: Air-gapped software authentication and encrypted communications resistant to electronic tampering
Sim-to-Real AI Autonomy
100% pure software autonomy. We generate synthetic multi-spectral training environments to train neural nets for target tracking, GPS-denied navigation, and terminal guidance with precision accuracy.
- Synthetic Training Data: Generates millions of diverse combat scenarios, lighting conditions, and weather variations in code
- Sim-to-Real Transfer: AI vision models trained in pure simulation deploy directly to real operational cameras with high accuracy
- Edge-Optimized AI Models: Lightweight computer vision running entirely on onboard drone processors without cloud connectivity
- Rapid Mission Deployment: Easily updated and delivered via secure air-gapped media for immediate mission readiness