In a strategic move to bolster operational resilience, the U.S. Army has awarded an $11.26 million contract to Tern, an Austin-based startup specializing in low-cost GPS alternatives. The startup describes its proprietary technology as "Google Maps for the battlefield," a system designed to keep military vehicles on track even when satellite signals are compromised.

This acquisition comes at a critical juncture. GPS disruptions have become a recurring theme in modern conflict zones, particularly in the skies over Ukraine and Russia, as well as across the Middle East. The fragility of GPS was highlighted by reports that U.S. military experiments with jamming may have contributed to a fatal medevac plane crash earlier this year. Consequently, there has been a sustained push from Congress and the executive branch to develop resilient, non-satellite navigation tools.

Why This Matters

BozokMedia analysis shows that the shift toward "edge processing" in navigation is a fundamental change in military doctrine. By removing the dependency on a vulnerable external signal, the Army is effectively neutralizing one of the most potent tools of electronic warfare used by adversaries to disorient invading or defending forces.

Tern's technical approach is distinct. Instead of looking at the sky, the system looks inward. According to co-founder and CEO Shaun Moore, the device plugs directly into a vehicle's diagnostics board. It "passively listens" to the data generated by the vehicle and uses proprietary methods to translate that information into precise latitude and longitude coordinates on a tablet interface.

"I don't know that there is broad awareness on the fragility of the [GPS] system from a consumer standpoint."

The real-world viability of the system was tested when co-founder Brett Harrison used it for a 1,300-mile journey from Austin to Laguna Beach, California. While traditional GPS failed dozens of times during the trip, Tern's system remained flawlessly synchronized. Because the system is "closed," it is significantly harder for adversaries to hack or disrupt compared to open satellite frequencies.

Harrison, a military veteran who served in a special operations task force in Afghanistan, emphasized that the goal was never to create a mere "science project." The focus was on scalability and deployability, ensuring that the technology could survive the rigors of the "wild" and serve a practical purpose in high-stakes environments.

Frequently Asked Questions

1. Does Tern replace GPS entirely?
It serves as a resilient alternative and backup, ensuring that vehicles can navigate independently when GPS is unavailable or spoofed.

2. How does the system interface with the soldier?
It uses a device plugged into the vehicle's diagnostic port connected to a tablet, providing routing and positioning in real-time.