ARES

Key Features

• Post-Quantum Cryptography: Future-proof security against quantum computing threats
• GPS-Denied Navigation: Autonomous navigation without reliance on GPS signals
• Adaptive Path Planning: Real-time route optimization based on threat assessment
• Swarm Coordination: Multi-agent coordination for complex missions
• Secure Communications: Encrypted tactical data links for command and control
• Edge Processing: Onboard computation for reduced latency and autonomy
• Threat Avoidance: Automated detection and evasion of hostile systems
• Mission Flexibility: Configurable for diverse operational requirements

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Technical Overview

ARES represents the next generation of autonomous navigation technology, specifically designed for Group 1-3 UAS operating in GPS-denied and contested electromagnetic environments. By integrating post-quantum cryptographic protocols with advanced sensor fusion and machine learning algorithms, ARES ensures secure, reliable navigation even under the most challenging conditions.

The system employs a multi-layered approach to navigation, combining inertial measurement units (IMUs), optical flow sensors, terrain-relative navigation, and celestial navigation to maintain precise positioning without external signals. Advanced threat assessment algorithms continuously analyze the operational environment, automatically adjusting flight paths to avoid detection and hostile action.

Use Cases