Post
Quantum
Labs
Resilient Autonomy and Secure Communications for the Contested Battlespace.
PQL Solutions
Solving the real-world challenges of the modern battlespace-
SPARTAN
Secure Path-routing with Autonomous Resilience for Targeting and Adaptive Navigation
SPARTAN is a secure, adaptive routing and autonomy framework for unmanned systems operating in denied, degraded, intermittent, and limited (DDIL) communications and navigation-contested environments.
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ARES
Autonomous Resilient Edge Swarming
ARES is a secure autonomy framework designed to enable decentralized coordination and resilient communication across teams of unmanned systems. Purpose-built for operation in contested and GPS-denied environments, ARES allows distributed platforms to adapt, communicate, and maneuver independently of centralized control.
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HAVOC
Hardoned Aerial Vehicle Operations Communications
HAVOC is a secure communications protocol designed for unmanned systems operating in spectrum-constrained, EMCON, and cyber-contested environments. It provides robust protection for command, control, and ISR data flows using post-quantum cryptography and adaptive transport-layer obfuscation.
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TEMPEST
Tactical Environmental Monitoring for Persistent Estimation, Swarming, and Targeting
TEMPEST transforms weather-blind drone swarms into environmentally-aware systems by embedding real-time microclimate sensing and federated forecasting directly into their autonomy stack, enabling resilient operations in contested environments.
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SWORDFISH
Scaleable Warfighter Overlay for Role-based Drone Federation with Intelligent Swarm Hieracrchy
SWORDFISH closes the swarm communication congestion gap by embedding a post-quantum-secure, adaptive coordination layer directly into the swarm autonomy fabric to keep perception models and role-aware autonomy synchronized without interrupting operations.
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VORTEX
Vectoring via Omnidirectional RF Target Emission eXploration
VORTEX provides a loitering ISR/strike autonomy layer that detects and vectors toward adversary RF emitters in contested spectrum environments.
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