Vancouver, Canada — December 2, 2025 — Leads & Copy —
SPARC AI Inc. has announced the completion of its pixel-level target acquisition system, a new feature within its Overwatch platform that enables users to determine the latitude, longitude, and military MGRS coordinates of any pixel in a still image. This advancement aims to provide precise geolocation capabilities without relying on traditional GPS, lidar, radar, or external sensors.
According to the company, the Image Targeting module allows users to select any point on an image, triggering real-time calculations of distance and precise geolocation. This includes determining the drone’s position and capture point, as well as the coordinates of objects within the image, regardless of their distance. The system leverages SPARC AI’s reverse geolocation lookup technology, a secured and patented component, to ascertain the coordinates of any point within the image frame.
Testing of the system has also demonstrated its ability to calculate object height from a single image using the same algorithms. In one test, the system accurately measured the height of a building, determining it to be 13.62 meters tall while positioned 318 meters from a drone operating 60 meters above ground level.
SPARC AI highlights the implications of image-only workflows in remote or signal-denied environments, suggesting that field personnel can capture and transmit standard photographs, enabling mission control or analysts to identify the operator’s position and the location coordinates of observed objects. The company claims this process effectively converts ordinary images into spatially referenced data without requiring additional hardware.
Anoosh Manzoori, Chief Executive Officer of SPARC AI Inc., can be reached at anoosh@sparcai.net or by calling (213) 459-3994.
You can see a video demonstration here
Source: SPARC AI Inc.
Source: SPARC AI
