• ECS-DoT chip delivers up to 85% improvement in drone flight endurance across quadcopter, hexacopter, and octocopter platforms
• Real-time AI control at sub-milliwatt power (<1mW) enables smarter onboard decision-making without latency or cloud reliance
• Simulations and testing validated on widely adopted open-source robotics simulator used by NASA and DARPA

Nanoveu Limited, through its wholly owned subsidiary Embedded A.I. Systems Pte Ltd (EMASS), has announced landmark results from its Phase 2 drone evaluation program, highlighting significant gains in drone flight endurance. The ECS-DoT ultra-low-power AI chip has delivered exceptional improvements in drone flight time, across the full spectrum of commercial, industrial, and tactical drone classes. Quadcopters achieved up to 80% increase in mission endurance with a 60% average flight time extension, hexacopters saw robust gains of up to 75% improvement under payload stress, and octocopters delivered consistent energy optimization of up to 85% improvement despite high mass and complexity, with a 57% average. These results were achieved without changing batteries or propulsion hardware, solely through smarter, AI-driven control using ECS-DoT's energy-efficient engine consuming less than 1 milliwatt of power. The testing was conducted on the Gazebo robotics simulator used by NASA and DARPA, validating ECS-DoT's real-time control, energy efficiency, and flight adaptation across over 300 unique simulation campaigns. Nanoveu is now advancing to directly engage with global drone OEMs and avionics manufacturers to embed ECS-DoT into next-generation flight platforms, targeting the rapidly growing UAV market projected to reach over $163-165 billion by 2030.

Nanoveu has not provided any high-importance, price-sensitive forward-looking financial metrics in the announcement.

Nanoveu is planning to conduct real-world flight trials to validate the ECS-DoT's performance in live operational conditions, paving the way for advanced autonomous UAV platforms with significantly improved drone endurance. The company is also commencing a review of additional synergistic drone-based technologies.