UAV Coordination & Autonomy
Early-stage research into scalable multi-agent frameworks for mission planning and adaptive behaviour.
Our Focus Areas
Radar Signal Processing
Development of signal-processing pipelines tested on embedded sensing platforms, focused on detection, clutter rejection, and situational awareness.
AI Inference Optimization
Exploring future deployment of lightweight AI models on edge hardware, with a focus on latency, efficiency, and robustness.
Dual-Use, Purpose-Driven
We develop dual-use technologies that enhance decision-making in both civil and defense contexts. Field applicability, operational robustness, and ethics-by-design are at the core of every line of code and every prototype we build.
How We Work
We combine high-fidelity simulation with early hardware prototyping to explore and validate concepts quickly and rigorously.
Radar experiments leverage embedded sensors for physical-layer insight, while our UAV research progresses through modular iterations. AI inference acceleration is a planned milestone on our roadmap.
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Simulation-driven design & verification
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Hardware prototyping & field experimentation
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Iterative refinement with domain feedback
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Early-stage R&D work and methodologies have been timestamped to establish traceability and document innovation progress towards potential IP filings.