TERN says it has received an $11.26 million Army contract to deploy a vehicle-positioning and readiness system that does not rely on GPS or other radio-frequency signals. The award is a meaningful transition claim, but public materials do not yet identify the contracting office, contract number, vehicle count, units, delivery schedule or integration path alongside the Army’s established assured-PNT systems.
By Land Offset PAI
Sept. 12, 2026
AUSTIN, Texas — TERN announced on Sept. 10 that it had received an $11.26 million U.S. Army contract to deploy its Independently Derived Positioning System, or IDPS, and Vehicle Health & Maintenance System, or VHMS. The company says IDPS derives and maintains a vehicle’s position without GPS or other radio-frequency signals, while VHMS combines vehicle-health and readiness data with location information for commanders. 1
The announcement is significant because it appears to move TERN beyond an Army innovation pathway and into a Phase III Small Business Innovation Research, or SBIR, award. The company says the contract followed xTechOverWatch participation, a Direct-to-Phase-II SBIR and an Army FUZE/Technology Maturation Initiative Phase III award. 1 TechCrunch independently reported the $11.26 million award and confirmed that TERN declined to disclose the scale of the vehicle deployment. 2
The public record supports an announced Army award and a planned deployment of TERN’s systems in vehicles. It does not yet establish how many vehicles will receive the system, which units or platforms are involved, the contracting office, a contract number, a period of performance, fielding dates, performance thresholds or whether IDPS will operate as a standalone capability or alongside the Army’s Mounted Assured Positioning, Navigation and Timing System, MAPS. Those distinctions matter because the Army already fields MAPS Gen II as its program-of-record system for resilient vehicle PNT in GPS-degraded or denied environments. 3 4
What TERN says the award covers
TERN’s paid Business Wire release identifies two products. It describes IDPS as a system that continuously derives vehicle position without GPS or other RF signals, providing position and navigation information to an operator and command-and-control systems. It describes VHMS as continuously monitoring vehicle health and readiness, then combining that information with location data to present fleet status in existing command environments. 1
Company materials say IDPS uses existing vehicle sensors, digital base maps and proprietary artificial intelligence or machine-learning methods. TERN characterizes the capability as software-only or as available through a plug-in device, depending on integration. 5 In an interview with TechCrunch, Chief Executive Shaun Moore described a device connected to a vehicle diagnostic board and a tablet interface, but did not disclose the proprietary method used to turn vehicle data into latitude and longitude. 2
| Claimed element | What TERN publicly says | What is not publicly established |
|---|---|---|
| Positioning source | IDPS derives position from onboard vehicle data, maps and proprietary AI rather than GPS, GNSS, cellular or other external RF signals. 1 5 | Sensor inputs, map source, error model, cybersecurity architecture and performance across Army vehicle types and terrain. |
| Operator and command use | The company says IDPS will provide positioning and navigation to vehicle operators and command-and-control systems. 1 | The specific Army mission-command applications, interfaces, security accreditation or data standards involved. |
| Vehicle readiness | VHMS is described as monitoring vehicle health and readiness and combining it with location for fleet-status visibility. 1 | Fault coverage, maintenance-data sources, accuracy, diagnostic authority and integration with Army maintenance systems. |
| Deployment | TERN says the Army contract is intended to deploy IDPS and VHMS. 1 | Vehicle count, unit, location, delivery schedule, period of performance and sustainment plan. |
| Award status | The company says the work is a Phase III SBIR award through Army FUZE and the Technology Maturation Initiative. 1 | Contract number, contracting office, instrument type, public award notice and detailed statement of work. |
The difference between capability claims and contract facts is important. TERN’s release calls the award one of the Department of War’s largest publicly announced investments in AI-based alternative positioning and vehicle-health systems. 1 That is a company characterization, not an Army comparative ranking or a published portfolio analysis. The primary sources reviewed for this report do not include a separate Army or Department of War contract announcement for the award.
Why GPS-independent navigation is a live Army requirement
The underlying problem is not speculative. The Army’s Project Manager Positioning, Navigation and Timing states that nearly every Army ground combat system depends on PNT—mostly GPS—and that adversaries are increasingly blocking or degrading access to GPS data. Its stated mission is to deliver assured PNT for multi-domain operations in rapidly evolving denied environments. 4
The Army is already fielding MAPS Gen II hardware to units. The service says MAPS Gen II provides resilient PNT data to vehicles in GPS-degraded or denied environments through M-Code GPS, sensor fusion, non-RF sensors, anti-jam and anti-spoofing improvements, and integration with onboard client systems. 3 Its role is to distribute trusted PNT for navigation, mission command, fires and maneuver. 4
TERN’s product claims overlap with the broader objective of resilient PNT but describe a different technical emphasis: determining position from within the vehicle without reliance on an external signal. The public disclosures do not establish that IDPS replaces MAPS, has been adopted as an Army program of record, or will be integrated into MAPS. They also do not establish that the Army has independently validated every claimed capability.
| System or source | Publicly stated approach | Status supported by available sources |
|---|---|---|
| TERN IDPS | TERN says it uses existing vehicle sensors, maps and proprietary AI to derive position without satellite, signal or external infrastructure. 1 5 | Company-announced $11.26 million Army contract; scope and fielding details are not public. 1 2 |
| TERN VHMS | TERN says it monitors vehicle health and readiness and combines it with location for fleet visibility. 1 | Company-announced inclusion in the Army contract; technical and integration details are not public. 1 |
| Army MAPS Gen II | Army program-of-record system combining M-Code GPS, sensor fusion, alternative sensors, anti-jam and anti-spoofing capabilities. 3 4 | Fielding and training are under way, beginning with the 2nd Stryker Brigade Combat Team and continuing to other units. 3 |
The appropriate comparison is therefore not “GPS versus a finished replacement.” Modern assured-PNT architectures are layered: hardened GPS, interference detection, sensor fusion, alternate navigation sources and vehicle-integrated systems can each address different failure modes. The Army’s own PNT modernization approach describes the goal as finding and maturing a layered set of capabilities for mounted and dismounted systems. 4
What the award does—and does not—demonstrate
A Phase III SBIR award is more consequential than a prize or laboratory demonstration. TERN says its path included live Soldier evaluation and an earlier Direct-to-Phase-II effort, and the new award is framed as operational deployment. 1 That makes the announcement stronger evidence of Army interest than a venture investment or nonbinding pilot announcement.
It does not prove fleetwide fielding or an operational outcome. The Army has not publicly named the vehicles, unit, quantity, contract vehicle, deployment dates or success criteria in the sources reviewed. TechCrunch reported that TERN was not disclosing the scale of deployment. 2 Without those details, the award cannot support claims about fielded fleet size, performance in electronic warfare, cost per vehicle, production rate or a completed transition into an Army program of record.
The limited disclosure also constrains technical assessment. TERN’s website reports its own tests and claims uninterrupted navigation, cold-start capability and an endpoint accuracy figure, but it does not publish the underlying test protocol, military acceptance criteria, operational conditions, independent test report or error distribution. 6 Those claims may be material to the company’s value proposition; they should not be presented as independently verified Army performance measures.
The evidence to watch next
The practical question is whether the award produces a repeatable, supported Army capability. The next useful public evidence would be an Army or Department of War award notice; a contract identifier and period of performance; named vehicle platforms or receiving organizations; interfaces with mission-command and maintenance systems; a description of security and software-assurance controls; and a fielding or evaluation result.
TERN’s contract claim sits within a genuine Army demand for navigation resilience and vehicle-level PNT under jamming, spoofing and signal-denial conditions. The reported $11.26 million award is therefore strategically relevant. But the evidence currently supports a narrower conclusion: TERN has publicly announced an Army-funded deployment of its IDPS and VHMS systems, while the operational scale, technical validation and acquisition path remain largely undisclosed.
References
- TERN, “TERN Awarded $11.26 Million U.S. Army Contract to Deploy Next Generation Positioning, Navigation, and Vehicle Readiness Systems,” Business Wire, Sept. 10, 2026. 1
- Sean O’Kane, “US Army places $11M bet on Austin-based GPS alternative Tern,” TechCrunch, Sept. 10, 2026. 2
- Shawn Nesaw, “Next-gen navigation systems reach Army units,” U.S. Army, Sept. 29, 2025. 3
- Capability Program Executive, Intelligence and Spectrum Warfare, “Project Manager Positioning, Navigation, and Timing,” U.S. Army. 4
- TERN, “Government.” 5
- TERN, “Why IDPS?” 6