SPARC AI Inc. (SPAIF) is a technology company developing GPS-free target acquisition and intelligence software for drones and edge devices. Its news flow centers on advances in image-based geolocation, platform capabilities, and demonstration activities that show how its software performs in real-world conditions.
Recent company updates describe a pixel-level target acquisition system within the Overwatch platform. In these announcements, SPARC AI explains that users can select any point in a still image and obtain calculated latitude/longitude and military MGRS coordinates, along with distance and object height estimates. Such developments are presented as steps toward enabling drones and operators to geolocate and navigate without GPS, radar, or lidar.
SPARC AI has also reported the delivery of custom STRIKE-1 drones, which serve as dedicated platforms for demonstrating its target acquisition system and autonomous navigation technology. News items highlight how these aircraft support controlled test flights, software validation, data collection, and paid customer trials, offering potential clients a turnkey environment to evaluate capabilities.
Investors and observers following SPARC AI’s news can expect updates on software enhancements, testing outcomes, demonstration programs, and commercial trial activities. Company releases also include cautionary statements regarding forward-looking information, underscoring that expectations about offerings, use of proceeds, or commercialization timelines are subject to change.
For those tracking SPAIF, the news stream provides insight into how SPARC AI is developing its GPS-free drone intelligence platform, refining its Overwatch and targeting features, and engaging with defence, rescue, first responder, and commercial operators.
SPARC AI (OTCQB: SPAIF) on Feb 13, 2026 released an upgraded Overwatch software that uses machine learning to continuously correct drone telemetry bias and reduce targeting/navigation drift without new hardware.
Overwatch calibrates via a short flight, learns per-drone bias, works across manufacturers and IMU configurations, and aims to standardize performance while preserving range and payload. SPARC AI also incorporated a U.S. subsidiary and began recruiting to expand North America engagement and support.
SPARC AI (OTCQB: SPAIF) announced completion and deployment of a fully offline, GPS‑denied navigation and laser‑free target acquisition application on a Samsung Tactical Edition smartphone supplied via reseller Precision Technical Defence.
The on‑device software maintains navigation continuity when GNSS is denied, degraded, or spoofed and generates geolocation outputs including defense‑preferred MGRS from the phone camera without a laser range finder or external equipment. SPARC AI also said it is registering a U.S. subsidiary to streamline eligibility for U.S. defense bids and tenders.
SPARC AI (OTCQB: SPAIF) on Dec 02, 2025 announced completion of a pixel-level target acquisition capability within its Overwatch platform that calculates latitude/longitude and military MGRS coordinates for any pixel in a still image.
The Image Targeting module performs real-time distance and precise geolocation for the drone, capture point, and distant objects using the company’s reverse geolocation lookup technology, described as a secured part of its patent portfolio.
Testing showed the system can estimate object height from a single image (example: building 13.62 m tall at 318 m distance while the drone was 60 m AGL). The company positions this as enabling image-only geolocation and operations without GPS or external sensors.
SPARC AI (OTCQB: SPAIF) announced on November 25, 2025 that it received delivery of two custom-built STRIKE-1 drones.
The aircraft will be used as dedicated platforms for demonstrating the company’s target acquisition and autonomous navigation systems, enabling controlled, repeatable test flights, consistent performance validation, and data collection without relying on customer hardware. The company said the STRIKE-1 units will also be offered for paid customer trials to speed onboarding, reduce integration time, and shorten customer evaluation cycles, with the goal of increasing demo frequency and helping move customers from testing to deployment.