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Element 2 - Competitiveness in PNT
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317 - Real-time detection and localization of GNSS spoofing and jamming using telecom infrastructure
Start date: 09/03/2026Duration: 12 MonthsThe project focuses on real‑time detection and localization of GNSS spoofing and jamming using dense telecom infrastructure as a distributed sensor network. By monitoring timing deviations, signal anomalies, and interference patterns across many closely spaced nodes, the system can rapidly identify and triangulate malicious sources. In lower airspace—where drones, air taxis, and critical… -
Start date: 02/03/2026Duration: 48 MonthsOverview This project aims to advance the field of positioning, navigation, and timing (PNT) by integrating Low Earth Orbit (LEO) satellite signals with existing Global Navigation Satellite System (GNSS) technologies. The primary focus is on improving positioning and navigation capabilities, particularly within the professional high-end GNSS market, such as precision agriculture.…
Subcontractors
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Start date: 02/03/2026Duration: 12 Months4D imaging automotive radars are high-resolution, long-range sensors that can scan both horizontally and vertically, identifying the distance, direction, and relative velocity of detected objects. With higher resolution than earlier radar sensors, 4D radars can detect many different reflection points from the same object, which by mapping them out, begins to resemble an image. As they become more…
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Start date: 02/03/2026Duration: 24 MonthsWe propose to develop a ground based, industrial and compact laser cooled cesium clock with unprecedented long-term frequency stability and accuracy (timing hold over goal = 100 ns over 1 year). This product will provide reliable and performing back up frequency and timing signals in case of very long PNT signal disruption (environment perturbations, jamming, spoofing ...) and…
Prime contractor
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Start date: 18/02/2026Duration: 27 MonthsThe GOACE (Ground Optical Atomic Clock for Evaluation) project aims to deliver an optical atomic clock for evaluation by the European Space Agency. Developed by Rolex Quantum and CSEM, the clock employs an optical transition in Rubidium to achieve outstanding long‐term frequency stability with competitive SWaP, and low‐maintenance. The clock will undergo a full year of continuous testing at…
Subcontractors
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Start date: 16/02/2026Duration: 26 MonthsThe proposed project named Multi-Frequency Alternative Position, Navigation and Timing (MF-APNT), will analyse, design, construct, demonstrate, measure and evaluate a new approach for distributing Position, Navigation and Timing (PNT) signals. The system concept is based on adding spread spectrum signals onto broadcasting and communication channels, hopping between frequency bands, and by doing so…
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Start date: 11/02/2026Duration: 24 MonthsThe project will pave the way for a next-generation, high-performance GNSS receiver chipset with native support for LEO-PNT signals. By combining the resilience of emerging LEO constellations with the maturity of established MEO systems, the chipset will deliver superior accuracy, robustness, reliability, and availability across automotive, industrial, and consumer markets. The phased development…
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Start date: 01/01/2026Duration: 12 MonthsSatellite navigation systems constitute a strategic asset for every nation. They are used for personal navigation, commercial aviation, military operations, crop and wildlife monitoring, and much more. Furthermore, the same systems provide the universally used reference signal for synchronization of remote systems. However, the GNSS systems currently in use, while offering high accuracy and global…
Subcontractors
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Start date: 15/12/2025Duration: 15 MonthsAs GNSS threats such as jamming and spoofing increase, impacting critical missions and infrastructures, the demand for real-time GNSS service monitoring grows. CrowdShield GNSS meets this need by delivering real-time monitoring and alerts for GNSS degradations at global, regional, and local scales. The solution innovatively hybridizes data from existing GNSS receivers, and ADS-B streams,…
Subcontractors
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Start date: 24/11/2025Duration: 13 MonthsSaphyrion is finalizing the remaining development steps required to bring into production its rad-hard GNSS IC chipset, consisting of the SY1009 GNSS RF front-end and the companion SY1019 ADC device. This project focuses on the subsequent activities needed to develop an end-to-end Evaluation Kit (EVK), designated SY1029-EVK, which will support both performance assessment and commercial…