Detect navigational disruptions before RF signals even hit a platform’s receiver, with operator notifications of GPS spoofing attempts over 200 miles away.
Sophisticated GPS spoofing attacks are on the rise, with adversaries falsifying navigation data to mislead critical onboard systems, disrupt operations, and gain battlefield advantage. Military weapon system platforms rely heavily on the RF spectrum for navigation and communications, creating an expansive attack surface.
With Shift5’s RF-Enabled threat detection, the operator learns of the threat before entering into a compromised region, not after navigation has already degraded. Potential attacks are flagged from 200+ miles away within direct line of sight, converting distance into reaction time.
Using a Software Defined Radio, the Shift5 platform continuously processes incoming RF data during live missions, transforms RF signals into on-platform data analytics, and flags suspicious activity. That external RF picture is paired with existing serial bus anomaly detection, which tracks how those signals affect internal navigation systems as they are received. The combined insights deliver a new depth of coverage by both anticipating incoming threats and monitoring any resulting impact on navigation systems.
The plug-and-play architecture enables rapid implementation across land, air and sea vehicles without asset-specific configuration, and alerts integrate with common operating picture (COP) interfaces like the TAK ecosystem, electronic flight bags (EFB), and other third-party software for immediate situational awareness.
Early warning can make the difference between mission success and failure. With RF-Enabled threat detection, operators validate threats faster, identify root causes, and take more precise defensive action.
Booth #: 8201, Hall DE