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"[Guide] Delivering PNT: Resilient Navigation for Defense Project Timelines"

Electromagnetic warfare threatens GNSS-dependent systems across EMEA. Resilient PNT architecture requires multi-layered defense: robust RF front-end with anti-jamming, intelligent signal monitoring to detect deception attacks, and high-performance inertial navigation. Learn how to protect mission-critical operations.

Near-peer electromagnetic warfare in regions like Eastern Europe and the Middle East exposes vulnerabilities in GNSS-dependent systems, risking mission timelines and outcomes across EMEA. Sophisticated electronic attacks necessitate a resilient PNT architecture that integrates seamlessly without disrupting production.

A multi-layered "defense-in-depth" architecture ensures navigational precision throughout the signal processing chain. An effective system includes: a robust RF front-end with multi-band GNSS receivers and anti-spoofing filters; intelligent signal monitoring to counter deception; and a high-performance inertial core with INS and FOG for independent, high-integrity position data.

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