Defense Technology Prototypes & Systems Architecture

We design high-impact prototype systems at the intersection of advanced sensors, kinetic effects, hypersonics, AI-driven decision systems, and autonomous operations.

The modern battlespace is evolving rapidly. We continuously expand our skill sets and technical toolkit to address emerging threats — from hypersonic weapons and drone swarms to contested electromagnetic environments and AI-enabled adversarial systems.

Our work is grounded in physics-first modeling, honest uncertainty quantification, and rapid iteration from concept through working prototypes.

• Hypersonic tracking and reachable-set prediction in degraded environments
• Kinetic and effects-based counter-drone / swarm defense
• Multi-domain sensor fusion and decision support
• AI-augmented systems architecture for contested domains

• RADR-mk.60 — Recoilless Anti-Drone Rocket System
• MFKS-Kinetic-Cloud — Terminal Kinetic Cloud Defense
• MS-V — Multi-Spectral Obscurant Grenade
• SHEAR — Sensor-Degraded Hypersonic Engagement & Reachable Set Prediction

We prioritize adaptability, technical honesty, and building systems that remain relevant as threats and technology evolve. All public repositories reflect work at its current maturity level.

Actively looking for collaboration, contracting, or full-time roles with:

• Defense Prime Contractors
• Defense Innovation Unit (DIU)
• AFWERX, Army Futures Command, and similar organizations

Medical & Civilian AI work is maintained under a separate organization: FratresMedAI

Note: This organization contains early-stage prototype designs and research concepts. Some capabilities remain classified or under active development.