GNSSbriefings.

Abstract illustration of satellite navigation signals converging on an aircraft above a cracked signal grid.

The Next Certification Frontier Is Navigation, Not Autonomy

As AI-driven sensor fusion becomes the answer to GNSS jamming and spoofing, aviation certification lacks a framework for proving adversarial robustness.

An aircraft flying through a visual representation of fragmented and reconnecting navigation signals against a dark sky.

The Navigation Layer Nobody Is Certifying

Autonomous flight certification and insurance debates focus on AI decision logic while the GNSS positioning layer beneath it remains a separate, less mature assurance problem.

An aircraft silhouette moving through a field of fractured satellite signal lines that dissolve into static, symbolizing degraded navigation data feeding an AI system.

AI Autonomy's Blind Spot Is the Signal It Trusts

Aerospace AI assurance cases assume clean navigation data, but PNT signals are now contested terrain that most safety cases never model.

Abstract illustration of satellite navigation signals converging on an aircraft, with some signal arcs shown fractured to represent spoofing interference.

When the Sensors Lie: PNT Attacks as an AI Assurance Problem

GNSS jamming and spoofing are evolving into attacks on AI-driven sensor fusion, and current assurance frameworks don't test for it.