Pyramid GNSS

Pyramid GNSS employs proprietary algorithms and Machine Learning (ML) techniques to identify anomalies between legitimate and spoofed GNSS signals. This capability enables immediate detection of spoofing attacks at the receiver level, providing organizations with instant alerts when their navigation systems are under threat.

The software provides defense against GNSS jamming attacks that attempt to disrupt satellite signals. The dual-threat protection ensures continuous navigation reliability even in hostile environments where adversaries deploy multiple attack vectors. This safeguards mission-critical operations that depend on accurate positioning and timing data for success.

This software solution integrates with any existing GNSS receiver, device, or chipset without requiring additional hardware investments. The flexible approach reduces implementation costs and complexity while maintaining compatibility across diverse systems. This anti-spoofing protection is accessible to organizations of all sizes operating various navigation technologies.

Pyramid DT operates as the core detection engine that identifies data and range of spoofing, time shifts, combined attacks, and multiple attack sources It functions as the first-ever GNSS "Anti-Virus," that updates to counter newly identified threats while requiring minimal system resources, such as 2DMIPS, 500 bytes RAM, and 2K flash memory.