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Start date: 11/06/2023Coherent Clock project will build a resilient and secured GNSS time solution based on several GNSS receivers distributed at metro-wide distances and able to combine their timing information into one global solution to optimize the accuracy of the time source and to provide synchronization to the core and aggregation network. This ground-based time distribution system is based on the use of the…Prime contractor
Name: Safran Electronics & Defense Spain S.L.U.
Country: Spain
Website: https://www.safran-group.com/
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Start date: 30/11/2023The objective of this proposal is to conceive, design and validate a breadboard solution capable of detecting and localizing spoofing. This part is achieved by a monitoring node referred to as SILENT node, which is a disruptive solution that does not exist in current commercial solutions, and that has only been presented in academic papers. An additional SW tool will be developed in the frame of…Subcontractors
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Start date: 14/03/2023VESTA Project intends to realize a drone-based system for real-time traffic monitoring on a Smart Road environment, designed with a very high level of cyber resilience, to ensure a safe, secure and reliable service anytime. The core of VESTA System consists in VESTA Dashboard, i.e. a web-based interface providing the access to road traffic data on behalf of different users (infrastructure…Subcontractors
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Start date: 13/07/2023The objective of the activity is to develop a multiband compact GNSS antenna. The product will able to receive multiband GNSS frequency bands needed for applications requiring greater accuracy than what L1 only antennas can provide. -
Start date: 04/04/2023Technology trends require innovative Test & Measurements technology for supporting the system life cycle from prototyping, design and production to the usage. The Open Innovation Lab intends to boost the cooperation between Industry and Academy in the application area of multichannel systems for satellite navigation, communications, and radar, including jamming and spoofing. Supporting the…Prime contractor
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Start date: 01/11/2023The Nav4FutureMobility project aims at taking advantage of the commercial opportunity arising from the new legal framework in Germany (Level-4 Law, enacted in 2022), where Level 4 automation can become viable (for the first time) within specific operational design domains (designated operating areas) if a remote supervising entity is monitoring the operation in real-time. This project focuses on…Subcontractors
Name: Ostbayerische Technische Hochschule Regensburg
Country: Germany
Website: https://www.oth-regensburg.de/en/
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Start date: 13/03/2024The objective of the project is to focus on and implement existing time transfer data protocols (NTP, NTS...) and the feasibility of their integration in existing constellations. The scope is to study the overlay of data time transfer protocols (“Data TT”) onto satellite communication protocols. However, the perspective to study 5G NTN frames (“5G TT”) is not left out. The proposed…Prime contractor
Subcontractors
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Start date: 01/06/2023RelyMap Connect is analytical software that improves GNSS location calculation performance in complex urban environments. During this activity, Envisage Space Ltd, supported by Cranfield University, will further develop, validate, integrate and demonstrate our technology in multiple city areas of interest. Further, Envisage will be engaging with specific market sectors with the aim of validating…Prime contractor
Subcontractors
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Start date: 07/12/2023This project will deliver a system upgrade to the THERE Maps, a smart mapping, addressing and navigation system, developed during the NAVISP EL2-148 project DNA. The project will add enterprise management and user privacy features to the existing prototype, as well as develop accompanying APIs to enable system integration with 3rd party enterprise systems for patient appointments and delivery… -
Start date: 02/04/2024The objective of this activity is to develop a toolkit to support engineering activities for LEO PNT systems. The goal is to accelerate the design, development and planning of such systems, not only from a signal simulation capability based on COTS, but also making available fast-prototyping tools to check for receiver performance, focusing on signal processing aspects.
