Contested navigation is rarely solved by a single technique. ScavengerNav provides a flexible sensor-fusion framework that combines data from sensors already on the vehicle with other available aiding sources. By adapting to the information available in each operating environment, it reduces dependence on GPS or any single signal and supports resilient, accurate navigation through degradation and denial.
The Operational Reality
Near-peer adversaries jam, spoof, and deny GPS across entire battlespaces. Anti-jam antennas help in degraded environments, but when signal is fully denied, they provide no protection.
Autonomous systems that depend on GPS become vulnerable when signals are jammed, spoofed, or denied. When GPS goes away, navigation performance degrades and mission effectiveness suffers.
How It Works
Existing navigation approaches have known limits in contested environments. ScavengerNav addresses those limits by fusing data from sensors already present on the vehicle, maintaining accurate positioning without GPS or external signals.
Key Capabilities
01
Day and night. Denied or degraded.
Precise positioning in GPS-denied environments.
02
Software-driven. Hardware-agnostic.
Runs on installed sensors without added hardware, regardless of platform or inertial hardware tier.
03
Engineered for mission-critical programs.
Built for programs where navigation failure is not an option.
04
Outperforms traditional approaches.
Designed to maintain navigation performance when GPS is unavailable.
Your Competitive Advantage
ScavengerNav enables programs to reduce dependence on GPS and external navigation infrastructure without adding hardware, redesigning vehicle architectures, or integrating specialized sensors. Available as a standalone software solution or as part of a broader GuideTech engagement, ScavengerNav can be configured to match your vehicle, sensor suite, and mission requirements.
