Ground vehicles, ranging from UGVs and military ATVs to robotic platforms, are transforming modern defense operations: from surveillance and checkpoint control to frontline support. These systems depend on precise GNSS data for navigation and timing, yet adversaries use jamming as a potent tool to disrupt operations.
When GNSS signals are compromised by hostile actors or electronic warfare, ground platforms lose positioning, timing, and situational awareness. Even a momentary jamming event can cause system failures, mission delays, or operational blind spots.
Disrupted GNSS leads to navigation loss, degraded timing, and cascading system failures. In hostile environments, even brief jamming can derail missions, expose vulnerabilities, or halt operations outright.
