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On-Demand: Protected PNT: Antenna Design Strategies for GNSS Security

As spoofing and jamming attacks on GNSS infrastructure escalate globally, aerospace and defense systems face unprecedented positioning, navigation, and timing (PNT) vulnerabilities. A single compromised signal can jeopardize mission success, operational safety, and national security.

 

As spoofing and jamming attacks on GNSS infrastructure continue to escalate globally, aerospace and defense systems face increasing challenges in maintaining secure and reliable positioning, navigation, and timing (PNT). A single compromised signal can jeopardize mission success, operational safety, and national security. In this on-demand session, Pat Frank, Principal RF Engineer, and Kevin Blakeley, Head of Aerospace & Defense at Taoglas, deliver a detailed technical deep dive into protective antenna technologies engineered to counter these evolving threats.

 

You’ll learn:

  • • Current GNSS vulnerability landscape and jamming methodologies
  • • How CRPA and advanced filtering techniques mitigate spoofing attacks
  • • Multiband and multi-constellation defense strategies
  • • Actionable antenna design tips for enhanced PNT security

 

Who should watch?

RF engineers, systems architects, program managers, and technical decision-makers in aerospace, defense, autonomous systems, and critical infrastructure.

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