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Element 2 - Competitiveness in PNT
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M3 Systems has successfully provided GNSS test solutions since 2013 with its STELLA NGC (Radio Frequency Constellation Simulator) and STELLA RP (Record and Playback) products. However, evolving technological advancements in GNSS signals, positioning services (OSNMA, HAS, EWSS), LEO-PNT, and other positioning sensors (e.g., IMU) now require more flexible, modular, and advanced testing capabilities.…
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Zero Point Motion is taking a new approach to the design of micro-electro-mechanical (MEMS) inertial sensors by enhancing MEMS with light. Using our patented photonics-based optomechanical detection method, our sensors can be 10-100x higher performance than low cost capacitive MEMS devices. We're positioned to leverage the boom of silicon photonics in the semiconductor supply chain, and the…
Prime contractor
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Start date: 01/06/2025Duration: 15 MonthsThe AQTIS project is developing a next-generation cold atom atomic clock optimized for space applications. The system aims to deliver exceptional timing precision and long-term stability in harsh environments. Designed to overcome the limitations of traditional atomic clocks AQTIS targets critical needs in satellite and on ground applications such as navigation, deep space missions, and precision…
Prime contractor
Subcontractors
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Start date: 28/04/2025Duration: 24 MonthsDronetag Scout MLAT project aims to develop a novel system for detecting drones equipped with Remote ID technology compliant with Commission Delegated Regulation (EU) 2019/945. The system utilizes radio modules to detect standardized Remote ID signals and GNSS to recognize spoofing or jamming. Dronetag Scout MLAT will increase transparency in monitoring airspace and enable more effective reactions…
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Start date: 16/04/2025Duration: 24 MonthsThe TruGENa project, Game Engine for Navigation, focuses on developing an intelligent and reliable localization and navigation system for various mobile robots, using the Unity 3D game engine. It replaces a limited third-party LiDAR-SLAM stack with a flexible, in-house solution that merges multiple localization technologies such as GNSS, Lidar and 5G into a real-time digital twin. This approach…
Subcontractors
Name: University of Stuttgart - Institute of Automation Technology and Software Systems (IAS)
Country: Germany
Website: https://www.uni-stuttgart.de/en/
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Start date: 01/04/2025Duration: 12 MonthsOptical clocks are at the core of alternative positioning, navigation, and timing (alt-PNT) solutions that do not depend on Global Navigation Satellite System (GNSS). When fully realised, alt-PNT will increase the resilience of Critical National Infrastructures (such as the UK National Timing Centre) and provide many sectors of the economy with increased commercial returns. OPTiK aims to…
Prime contractor
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Start date: 17/03/2025Duration: 30 MonthsThe project develops and implements a more effective, more reliable, robust, competitive, state-of-the-art quad-GNSS service solution for top-precision commercial geodynamics, as well as developing new, commercially viable service for small-scale automated solutions.
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Start date: 03/03/2025Duration: 48 MonthsMaritime shipping has embraced GNSS to improve safety and efficiency, but the availability and reliability of such systems have in recent years declined. The Maritime Alternative PNT Solution (MAPS) activity aims to demonstrate an Alternative PNT (APNT) solution based on the maritime VHF Data Exchange System (VDES) and the maritime Medium Frequency R-Mode service. The ambition in phase 1 of…
Prime contractor
Subcontractors
Name: DLR - Institute of Communications and Navigation
Country: Germany
Website: https://www.dlr.de/kn/en/
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Start date: 03/03/2025Duration: 20 MonthsIn this project EnSilica will design and test a multi-band PNT radio which is suitable for being integrated into a future single chip PNT product.
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Start date: 19/01/2025Duration: 24 MonthsThe objective of this project is to develop a fully independent, commercially viable SBAS ground reference station receiver prototype, demonstrated in an operational environment (TRL7). The receiver is designed to deliver accurate reference code and phase measurements, as well as Signal Quality Monitoring (SQM) information, to support SBAS corrections and safety processors.