The RESIST Project is a transformative initiative developed with the European Space Agency to tackle the rising threat of GNSS jamming and spoofing. By integrating the advanced CDCU algorithm, the project enhances resilience and detection capabilities for satellite-based navigation systems, supporting safety-critical infrastructures worldwide.
This new approach combines real-time detection, advanced signal processing, and global cooperation to redefine how GNSS interference is handled. With the ever-growing reliance on satellite navigation, protecting the integrity and trustworthiness of these systems has never been more important.
How RESIST Works
RESIST deploys a network of monitoring stations linked to a cloud-based platform that uses machine learning to detect and classify GNSS interference events. This ensures continuous, real-time situational awareness for critical operators. The study was successfully completed in June 2023, and RESIST is now actively monitoring critical infrastructures to protect vital navigation and timing systems against jamming and spoofing attacks.
- 1) Sensing: Fixed/portable monitoring stations capture GNSS spectrum & observables.
- 2) Edge pre‑processing: On‑site filtering and feature extraction to reduce noise.
- 3) Cloud analytics: CDCU‑based models detect & classify interference in near real‑time.
- 4) Alerting & APIs: Events are pushed to dashboards, notifications, and partner systems.
- 5) Continuous learning: Labels & feedback improve models and thresholds over time.
The feasibility study concluded in June 2023. RESIST is now supporting operators with ongoing monitoring and interference awareness across critical assets.
Key Features
- ✓Real-time detection & classification of GNSS interference
- ✓Advanced signal processing using the CDCU algorithm
- ✓Shared situational picture & operator dashboards
- ✓APIs & integrations for incident workflows
Use Cases
Aviation & Airports
Monitor runway/approach interference, support RNP operations, and dispatch mitigation quickly.
Maritime & Ports
Detect spoofing near harbors & critical waterways to protect navigation and logistics.
Telecom & Power
Safeguard timing synchronization for 5G, data centers, and grid operations.
Public Safety
Improve situational awareness for emergency services and border monitoring.
FAQ
Typical categories include broad‑spectrum jamming, narrowband interference, meaconing, and spoofing signatures based on signal & navigation-domain features.
Operators may receive web dashboard notifications, emails/webhooks, or push to external SOC systems via REST APIs.
A validated architecture for monitoring and analytics and a transition towards operational monitoring of critical infrastructures.
Get Involved
Want to explore how RESIST can strengthen your GNSS‑dependent operations? Contact our team for a walkthrough.
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