Detecting GPS Spoofing on Ships
Discover how this project protects ships from GPS spoofing. Innovative detection techniques make maritime navigation safer and show how technology solves real-world problems.
Centre of Expertise Cyber Security
GPS systems are crucial for shipping but vulnerable to spoofing, where false signals manipulate a vessel’s course and position. This project develops a prototype that detects such attacks, enhancing the safety of maritime operations.
Project Background
As shipping becomes increasingly digital, the risks of GPS manipulation grow. Spoofing can cause navigation errors or safety incidents. This project addresses the need for reliable detection systems in the maritime sector.
Goal
The goal is to develop a working prototype with GPS spoofing simulation, detection rules, and a final report with results.
Method
- Literature review
- Analysis of spoofing techniques
- Development of simulation software
- Configuration of Nozomi IDS with detection rules and validation in a visual test environment
- Iterative improvements based on tests and feedback
Results
A working GPS spoofing simulation platform, detection rules for Nozomi IDS, and a final report with test results. The project delivers a prototype that simulates attack scenarios and triggers detection mechanisms.
Impact
The project improves digital security in the maritime sector, contributes to research and education at The Hague University of Applied Sciences, and provides directly applicable knowledge for shipping companies.
Start and End Date
2025
Collaboration
Commissioned by the research group Network & Systems Engineering Cyber Security, The Hague University of Applied Sciences. Collaboration with industry partners.
Team
Research group Network & Systems Engineering Cyber Security, 1 HBO-ICT graduate student
Contact
Gert den Neijsel – [email protected]
Eric ten Bos – [email protected]