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SPARC AI Develops Software Platform for GPS-Denied Navigation and Targeting

By Advos

TL;DR

SPARC AI's Overwatch platform offers a strategic edge by enabling GPS-independent drone and robot navigation, giving users reliable targeting capabilities in contested environments where traditional systems fail.

SPARC AI's software-only system uses a three-part stack for GPS-denied navigation: a Target Acquisition System, Mobile Acquisition System for phone-based nodes, and autonomous waypoint flight path technology.

This technology enhances global security by providing reliable positioning systems that work when GPS fails, potentially saving lives in critical missions and emergency situations worldwide.

SPARC AI turns ordinary smartphones into targeting nodes, creating a network that allows drones to navigate without GPS, lasers, or radar using only software intelligence.

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SPARC AI Develops Software Platform for GPS-Denied Navigation and Targeting

SPARC AI Inc. (CSE: SPAI) (OTCQB: SPAIF) has developed a software platform called Overwatch designed to enable drones and robots to navigate and geolocate targets without relying on GPS, lasers, radar, or lidar systems. This technology addresses a critical vulnerability in modern security and defense operations, where satellite navigation is increasingly unreliable due to electronic warfare, spoofing, and signal denial tactics.

The company positions Overwatch as a comprehensive geolocation intelligence platform consisting of three main components. The software-only Target Acquisition System provides precision targeting capabilities, while the Mobile Acquisition System transforms standard smartphones into targeting nodes. The GPS-denied Navigation System enables autonomous waypoint flight paths for unmanned systems operating in contested environments where traditional navigation infrastructure is unavailable or compromised.

According to the company, modern security and defense planning must account for scenarios where satellite navigation will not be reliable in every theater, mission, or moment. As electronic warfare capabilities become more widespread, systems that can maintain positioning, targeting, and mission execution capabilities when primary infrastructure fails become increasingly valuable. SPARC AI's approach centers on providing these capabilities through software rather than requiring additional expensive, power-hungry hardware.

The company describes a recurring annual fee per connected device business model, with a stated mission to connect one million devices to the Overwatch platform. This subscription-based approach suggests the company views this as a scalable solution for military, security, and potentially commercial applications where GPS reliability cannot be guaranteed.

Investors can access the latest news and updates relating to SPARC AI through the company's newsroom at https://ibn.fm/SPAIF. The development of GPS-denied navigation systems represents a significant shift in how autonomous systems are designed and deployed, particularly for defense and security applications where electronic warfare capabilities continue to evolve. As nations and non-state actors develop increasingly sophisticated methods to disrupt satellite navigation, technologies like Overwatch could become essential components of resilient military and security infrastructure.

The platform's ability to function without traditional sensors like lasers or radar suggests potential applications beyond military use, including search and rescue operations in environments where GPS signals are obstructed, or industrial applications in shielded facilities. By focusing on software solutions rather than hardware dependencies, SPARC AI aims to create more adaptable and cost-effective systems for organizations operating in GPS-denied environments.

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