Autonomous Combat Systems
We design humanoid robotic platforms with advanced metallic skeletons, high-power actuators, and extended autonomy. They can execute critical tactical operations with or without human supervision, adapting to terrain and responding to threats in real time. A modular architecture enables integration of weapon systems, specialized sensors, and allied-force interaction protocols—delivering a resilient synthetic soldier operational in extreme scenarios.
AEGIS-MR2 Amplified Mobility Platform
We develop a next-generation, exoskeleton-inspired biped mobility platform. AEGIS-MR2 combines high-torque hydraulic servomotors, lightweight armor, and AI-assisted control to carry heavy loads, cross impossible terrain, and provide direct support in combat. Its human–machine interface lets an operator amplify strength and endurance, while autonomous mode executes logistical or tactical missions independently.
Missile Defense
We integrate Iron Dome–type systems (C-RAM/SHORAD) with multi-frequency radars, optical tracking, and high-maneuverability interceptors. AI prioritizes threats, computes trajectories, and optimizes defenses to protect airspace and critical assets.
Life-Support Biofoam
We develop medical biofoam inspired by military applications to stabilize critical wounds on the battlefield. Rapid application seals internal and external hemorrhages, reduces traumatic shock, and extends the survival window until definitive medical care is available. This technology is designed for extreme environments and tactical operations where every second counts.
Multi-Domain Drones
We build aerial (UAS), maritime (USV/UUV), and ground (UGV) drones for surveillance and tactical support, capable of operating in extreme environments with autonomous navigation, obstacle avoidance, sensor fusion, and real-time AI analytics with human oversight.
Applied Intelligence
We process SIGINT, HUMINT, and OSINT to generate actionable intelligence, with predictive models that correlate real-time signals, estimate adversary intent, and recommend courses of action using digital twins and simulations.
Command-and-Control Software
We integrate C2, mission planning, simulation, and post-operation review in a secure, service-oriented architecture that enables a shared Common Operating Picture and safe transfer of control between operators and autonomous systems.
Strategic Hardware
We design radiation-hardened microelectronics, tactical edge computing, long-range encrypted links, and hyperspectral sensors for continuous, secure, and allied-interoperable operation.
Cyber Defense
We protect tactical and strategic networks with Zero Trust, AI-driven threat detection, and automated responses—correlating telemetry across identity, network, and endpoints to ensure continuity in hybrid scenarios.
Combat Simulation
We provide immersive training with extended reality, AI-driven virtual adversaries, and high-fidelity physics models to rehearse doctrine, validate tactics, and reduce training risk and cost.
Multi-Platform Control
We coordinate swarms of UAS, USV/UUV, and UGV alongside crewed vehicles and distributed sensors, with dynamic tasking, resilient communications, and real-time operational handover.
Regulatory Compliance
Capabilities are offered only under applicable law and international treaties. In jurisdictions where defense is a state prerogative, Covenant Aegis does not commercialize to the private sector and cooperates exclusively through official channels.