Accelerate autonomous learning through high-fidelity simulation. Qluu’s synthetic environment generates millions of mission scenarios, enabling autonomous agents to train, adapt, and validate behaviors before deployment.​ Unified command across air, ground, and surface domains. Qluu enables coordinated effects between heterogeneous autonomous assets through a shared control and decision layer.​
Autonomy Without Proven Lethality is a Liability. Core Narrative: Current drones fly, but they don't think. Commander Qluu closes the gap between automated flight and true cognitive warfare. We don't just deliver hardware; we deliver a pilot that has flown 10 million sorties before deployment. Visual: Split screen: Standard drone flying blindly vs. Commander Qluu agent visualizing threat vectors.
Qluu OS Command
Unified operations interface for mission planning, command, and oversight.
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• Real-time telemetry fusion
• Role-based access control
• Mission planning, playback, and audit
Commander Qluu
AI Agent
Centralized cognitive engine that analyzes battlefield data and issues autonomous tasking.​
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• Threat probability analysis
• Dynamic course-of-action (COA) generation
• Confidence-weighted recommendations
Edge Autonomy
Distributed intelligence embedded in every asset.​
• Swarm coordination & formation logic
• Local obstacle avoidance
• Autonomous operation during comms loss
Accelerate agent learning using our high-fidelity simulation engine. The DataRecorder captures every frame of telemetry for ELO tracking and tactical replay, allowing the Mothership AI to learn from millions of scenarios before deployment.
Qluu OS
The unified interface for Operations (Ops), Administration, and Mission Planning. Provides a common operating picture (COP) fusing real-time telemetry, threat data, and asset status into a single pane of glass.
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Real-time Telemetry Fusion
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Role-Based Access Control
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Mission Planner & Replay
Commander Qluu Cognitive Agent
A centralized cognitive engine that analyzes battlefield data to generate high-confidence recommendations. Does not just report threats but suggests actions (Intercept, Retreat, Scramble) based on probability models.
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Threat Probability Analysis
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Dynamic COA Generation
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Confidence Scoring
Edge Autonomy
Distributed logic residing on each asset. Enables complex swarm behaviors like formation flying, dynamic interception, and collision avoidance without constant human control. Resilient to comms loss.
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Distributed Formation Logic
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Local Obstacle Avoidance
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Autonomous Handover
