EventsEuropean Navigation Conference 2025
Published
This submission belongs to the session 1. Algorithms and Methods of the event European Navigation Conference 2025
Published date
16 Sep, 2025
Academic Editor
author-avatarTomasz Hadas
Citation
Cian O'Brien, Tsun Hong Eric Lai, Paul Harding-Jones, Stuart Wharton, Andrew Cowan, The Design and Test of an Array Based GPS Anti-Spoof System, in Proceedings of European Navigation Conference 2025, Wrocław, 21 May–23 May 2025, MDPI: Basel, Switzerland
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The Design and Test of an Array Based GPS Anti-Spoof System

Tsun Hong Eric Lai 1
Paul Harding-Jones 1
Stuart Wharton 1
Andrew Cowan 1
1. Chelton, UK
Abstract

The Global Positioning System (GPS) provides critical timing and positioning information world–wide. An emerging mode of attack is spoofing, which aims to “high jack" a receiver by sending it erroneous navigation information via fake GPS signals. Unlike GPS jamming attacks which are high-power and hence easily detectable, spoofing can often go unnoticed by the targeted receiver, rendering its Position, Navigation and Timing (PNT) solutions unreliable. Here we present an array–based spoofing detection and mitigation prototype, and report results from live sky trials.

Keywords
Spoofing
GPS
Anti-Spoofing
PNT
Anti-Jam
Inter-Satellite Link Network Real-Time Ring Dissemination Performance and Robustness
Absolute Position Fixing Using live-streamed Radar data in ASTERIX format