SPARC AI Inc. (CSE: SPAI) (OTCQB: SPAIF) (Frankfurt: 5OV0) has announced successful flight tests in which its Overwatch Positioning Network calculated target locations while the drone camera was fully covered. During the tests, the Overwatch API calculated target coordinates entirely from flight telemetry, demonstrating that the platform does not rely on image recognition or pre-loaded reference imagery for its positioning calculations.
The telemetry-only architecture is designed to provide positioning in GPS-denied and zero-visibility environments without requiring hardware or software to be installed on the aircraft. SPARC AI said Overwatch uses standard flight-controller telemetry and outputs latitude, longitude and time, allowing drone manufacturers to integrate the API as a backup, blended or primary positioning source when satellite navigation is jammed or unavailable.
This development is significant because modern military and commercial drone operations increasingly face environments where GPS signals are jammed or spoofed, rendering standard navigation unreliable. The ability to determine precise target locations without visual input or external signals could enhance operational effectiveness in contested airspace, search-and-rescue missions, and disaster response scenarios where visibility is obscured by smoke, dust, or adverse weather.
SPARC AI is a defence technology company solving one of the most critical challenges in modern autonomous systems: accurate navigation and targeting when GPS is unavailable. The company’s AI-powered platform transforms the low-cost inertial sensors already inside commercial drones into precision instruments without additional hardware, external signals, or complex integration. SPARC AI’s software-only approach enables GPS-denied capability at the scale and cost required for modern drone operations.
The successful blindfolded tests validate the core value proposition of the Overwatch system: that it can function independently of visual data, relying solely on telemetry from standard flight controllers. This could make it an attractive option for drone manufacturers seeking to add robust backup navigation capabilities without significant engineering changes or hardware additions.
According to the company, the API outputs latitude, longitude, and time, which are fundamental for coordination and targeting. This data can be used by other systems on the drone or transmitted to ground control, enabling missions to proceed even when satellite signals are unavailable. The implications extend beyond military applications; commercial operators in mining, agriculture, and infrastructure inspection could benefit from reliable positioning in remote or obstructed areas where GPS signals are weak or absent.
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