Advanced Navigation delivers critical capabilities for autonomous platforms operating in increasingly contested electromagnetic environments, where assured Positioning, Navigation, and Timing (PNT) is no longer optional.
Modern electronic warfare extends beyond brute-force GPS jamming and spoofing, targeting the vulnerabilities of loosely-coupled navigation systems with subtle, persistent attacks designed to degrade sensor fusion and weapon employment.
Legacy countermeasures struggle against these evolving threats, making a system-level approach to Electronic Counter-Countermeasure (ECCM) resilience essential. At the heart of this architecture is a high-performance Inertial Navigation System (INS), providing continuous, high-integrity dead reckoning even when GPS signals are denied or compromised. Complemented by anti-jamming and anti-spoofing capabilities, a tightly-coupled GNSS/INS stack ensures autonomous platforms maintain operational tempo and navigational integrity.
Advanced Navigation’s Boreas 50 Series and Boreas D50 INS solutions address both operational and programmatic requirements. Their tactical-grade sensors offer low-drift, north-seeking gyrocompasses, compact SWaP-C designs, IP67 ruggedization, and built-in ECCM features. Fully ITAR-free with rapid delivery timelines, these systems integrate seamlessly with existing GNSS receivers and mission hardware, enabling rapid deployment of resilient autonomous platforms.
Specifying an Advanced Navigation INS provides the most direct path to assured PNT, ensuring autonomous vehicles operate with confidence in GPS-denied or contested environments.
