AUSTIN, Texas, Sept. 16, 2026 (GLOBE NEWSWIRE) -- AINewsWire Editorial Coverage: GPS can no longer be trusted. Lost-signal incidents jumped 220% between 2021 and 2024, and the trend is accelerating. The drone industry’s default fix — bolting more sensors, chips and software onto every aircraft — works one airframe at a time and stalls the moment a fleet grows past a handful. SPARC AI Inc. (CSE: SPAI) (OTCQB: SPAIF) (profile) takes the opposite approach. Its Overwatch Positioning Network moves positioning off the aircraft entirely: a drone sends the telemetry it already generates to SPARC AI’s servers and gets latitude, longitude and time back in under a second. No new hardware. No added weight. One network serving an entire fleet at once. In a defense, security and commercial drone market projected to exceed $100 billion over the next decade, that software-defined, per-device subscription model puts SPARC AI at the front of next-generation geolocation and targeting, alongside established names such as Red Cat Holdings Inc. (NASDAQ: RCAT), ZenaTech Inc. (NASDAQ: ZENA), AeroVironment Inc. (NASDAQ: AVAV) and Kratos Defense & Security Solutions Inc. (NASDAQ: KTOS).
- GPS loss is now a permanent operating condition. The International Air Transport Association (“IATA”) reports lost-signal incidents climbed 220% from 2021 to 2024, and geopolitical tensions point to more.
- Onboard fixes don’t scale. Every added sensor means another integration, test cycle and certification — per airframe — for the life of the fleet.
- Overwatch flips the model: The aircraft never calculates its own position. The network does, from telemetry the drone already produces, in about a third of a second.
- Growth runs on server capacity, not production lines. Adding aircraft means provisioning compute, not manufacturing, shipping and mounting hardware.
- Built for drones already flying. A Universal API and SDK, plus PX4 and ArduPilot integration, let operators add Overwatch without touching their current navigation stack.
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GPS Loss Is No Longer Temporary
GPS interference used to be rare and confined to active conflict zones. Not anymore. The International Air Transport Association (“IATA”) reports lost-signal incidents climbed 220% between 2021 and 2024, with geopolitical tensions pointing to more ahead. The response has been institutional: IATA and the European Union Aviation Safety Agency jointly released an action plan to build lasting resilience into civil aviation rather than manage incidents one at a time.
Operators reached the same verdict. OPSGROUP, representing pilots, safety managers and airlines, convened more than 950 aviation professionals for a six-week workgroup on GPS spoofing, producing a 128-page report on how far the problem has spread. GPS disruption is no longer a handful of trouble spots; it’s a standing condition that commercial aviation, shipping and defense now plan around.
Governments are moving too. The United States issued an executive order on responding to disruptions to positioning, navigation and timing services. The Department of Homeland Security published a Resilient PNT Conformance Framework defining how equipment must perform when GPS is denied. And the U.S. Department of Transportation (“DOT”) maintains active maritime advisories on GPS interference and spoofing across multiple regions worldwide, proof the problem spans every sector and theater.
Onboard Hardware Doesn’t Scale
The industry’s first instinct was to pile more capability onto each aircraft: extra sensors, upgraded inertial navigation, new onboard software. It works — one platform at a time. The scaling wall appears the moment an operator runs more than a few aircraft. Every added component needs its own integration, its own test cycle and its own certification for each airframe type, then ongoing maintenance for the life of the fleet.
Maturing even one alternative-navigation technology is expensive. The Air Force Research Laboratory committed $49.7 million in July 2026 to a program advancing alternative satellite navigation technologies through 2031, a measure of how much engineering hardware-based alternatives still need before wide deployment.
DHS’s own framework concedes the point. It defines four resilience tiers for PNT equipment so critical-infrastructure operators can pick a level that fits their risk tolerance rather than adopt one universal fix. That layered approach is an admission that no single piece of onboard hardware scales cleanly across every fleet size, use case and threat environment. It’s precisely the gap a network-delivered solution is built to fill.
Overwatch Makes Positioning a Cloud-Delivered Service
SPARC AI’s answer starts from a different premise: The aircraft doesn’t need to calculate its own position at all. With Overwatch, a drone relays the sensor and telemetry data it’s already producing to SPARC AI’s servers via an API, and the network computes the coordinates and sends them back. One telemetry request returns a location — no new hardware, no new software, no physical modification.
Speed makes it practical. Overwatch returns a computed position in roughly one-third of a second, engineered for drones navigating complex, fast-changing conditions. Because the calculation runs in memory, customer telemetry and location data aren’t stored once a position is delivered, a detail that matters to defense clients focused on data exposure.
The platform has been proven outside the lab. In recent test flights, Overwatch pinpointed precise target locations with the aircraft’s camera obstructed for the entire flight, deriving coordinates solely from flight telemetry. The result: Overwatch doesn’t depend on any single onboard sensor working, which separates it from approaches that simply swap one piece of onboard equipment for another.
It’s also in operational hands. SPARC AI has rolled Overwatch out to Ukrainian drone manufacturers in a country planning to build seven million military drones this year alone, and is pursuing further validation across Europe, with meetings scheduled with drone manufacturers at the MSPO defense exhibition in Poland.
The demand is measurable. Fortune Business Insights projects the global commercial drone market at $65.25 billion by 2032; Grand View Research puts the combined drone hardware and services market at $163.6 billion by 2030. With a per-device subscription model and integration across drones and robotic systems, SPARC AI is positioned to capture recurring revenue as GPS-denied capability becomes standard.
Growth Runs on Server Capacity, Not Aircraft Production
Because positioning happens off the aircraft, Overwatch’s constraints are nothing like a hardware manufacturer’s. Adding drones to the network doesn’t mean manufacturing, shipping and mounting another unit on each one; it means adding data-center capacity. Supply-chain sourcing, production lead times and per-unit installation labor drop out of the roadmap, replaced by a compute-provisioning task that cloud infrastructure providers already handle routinely at scale.
Overwatch is built to run across geographic data-center regions and expand compute as aircraft join the network. That supports fleet-scale deployment, not single platforms, and opens options a hardware-only vendor can’t match: A government or defense customer with data-sovereignty requirements can run a dedicated regional or sovereign instance inside its own jurisdiction, while commercial operators draw on shared global capacity.
Overwatch Plugs into Systems Already in the Field
A network-delivered position source only pays off if it reaches drones already flying, and SPARC AI built its integration path around that requirement. The company released a Universal API and software development kit so developers and manufacturers can build Overwatch into platforms already in use, extending GPS-denied positioning and real-time target intelligence to aircraft and robotic systems without a hardware overhaul.
SPARC AI has also integrated Overwatch into PX4 and ArduPilot, the autopilot systems behind a substantial share of drones operating worldwide. Because it runs alongside the autopilot software operators already use, adopting Overwatch doesn’t mean replacing a navigation stack. Instead, it adds an on-demand position source that steps in when GPS degrades or disappears.
That layered, assurance-based approach is deliberate business strategy. Rather than asking manufacturers and defense integrators to rip out proven navigation for something unproven, SPARC AI lets them keep what works and add Overwatch as the backup, translating to lower switching cost, lighter certification burden and a fundamentally easier sale than swapping out core avionics.
SPARC AI also partners with hardware makers rather than competing with them. Earlier this year, the company formed a partnership with Rate Manufacturing to build Overwatch into Rate’s drone systems, pairing Rate’s scalable hardware platforms with Overwatch’s software-defined positioning and targeting for deployable, expendable systems that must operate in electromagnetically compromised environments. The message is consistent: Overwatch complements the existing drone ecosystem rather than displacing it, which widens the customer pool to manufacturers with no interest in changing core hardware suppliers.
The market is moving from treating GPS-denied navigation as a hardware upgrade to treating position itself as a utility delivered through infrastructure. GPS denial is real, and resilience against it is now a baseline expectation.
SPARC AI’s Overwatch Positioning Network meets that expectation: a stateless, API-driven service that adds zero payload to the aircraft, scales with data-center capacity instead of manufacturing output and integrates with the navigation systems operators already run. For an industry that needs a solution matching both the scale of the problem and the diversity of the fleets facing it, SPARC AI’s network-based model stands out.
Defense Innovation Redefines Modern Security
The defense and public-safety landscape continues to evolve as emerging technologies reshape how governments and security organizations detect threats, gather intelligence and respond to increasingly complex missions. Recent developments across autonomous drones, AI-enabled systems, counter-UAS technologies and advanced defense platforms highlight growing investment in solutions designed to improve situational awareness, operational precision and mission readiness.
Red Cat Holdings Inc. (NASDAQ: RCAT) announced that Teal Drones Inc. has advanced to Gauntlet II of the Drone Dominance Program. According to the program’s Phase 2 participant list, Teal is among 19 companies invited to participate in Gauntlet II at Fort Carson, Colorado, in August 2026, following the Phase 2 Qualifier. Teal’s advancement reflects Red Cat’s continued focus on delivering trusted, mission-ready drone and robotic solutions that support the warfighter with critical situational awareness and operational advantage.
ZenaTech Inc. (NASDAQ: ZENA) has completed the acquisition of Merritt Paul Land Surveying LLC, a land surveying firm based in Franklin, Georgia. According to the company, the acquisition deepens ZenaTech’s Drone as a Service platform in two of the fastest-growing verticals for aerial data collection: utility-scale solar and transportation infrastructure. The drone solar inspection market alone is growing at 25% annually according to market analysts, and the company sees similar growth trajectory opportunities across railroad and airport infrastructure as operators move away from manual survey methods towards AI automation.
AeroVironment Inc. (NASDAQ: AVAV) received its first international purchase order for the LOCUST(R) Laser Weapon System. The landmark, first-of-its-kind direct commercial sale order, valued at more than $50 million, marks a significant milestone in the global adoption of AV’s directed energy counter-drone capabilities. The purchase order covers an initial delivery of AV’s mission-proven LOCUST systems and associated support.
Kratos Defense & Security Solutions Inc. (NASDAQ: KTOS) announced the successful mission of its Aegis Readiness Assessment Vehicle Type B ballistic missile target from the Pacific Missile Range Facility in Hawaii. The vehicle was fired on August 6 during Pacific Dragon 2026, a premier multinational ballistic missile defense exercise led by the U.S. 3rd Fleet. The biennial exercise was designed to improve the ability of allied and partner forces to track and intercept ballistic missiles together.
These advancements point to a broader shift toward more autonomous, intelligent and adaptable defense and public-safety systems. This evolving environment creates opportunities for innovators across the sector, including those developing technology designed to help agencies respond more effectively to modern security challenges.
For more information, visit SPARC AI.
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