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The work proposed focuses on developing AI-based anomaly detection software to detect anomalous signals from quantum sensors used within PNT applications. Infleqtion have been developing a novel approach to AI called “Contextual Machine Learning” which is inspired by quantum contextuality and has been shown to perform particularly well in settings where context can improve the AI model’s…Prime contractor
Subcontractors
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Start date: 01/10/2025Duration: 24 MonthsFreeGNSSNetwork develops a GNSS-independent positioning and timing service for low-power IoT devices by using Sateliot’s LEO satellites to broadcast enhanced orbital and timing data through standard 5G/6G NTN messages, enabling devices to determine their position and maintain synchronization using only Doppler, delay, and Time-Advance measurements. The project will validate this capability…Subcontractors
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Start date: 04/09/2025Duration: 12 MonthsESA's NAVISP-EL1-077 project aims to develop a prototype Position, Navigation, and Timing (PNT) system, focusing on secure positioning through GNSS and 5G encrypted signals. The initiative includes creating two emulators: a User Terminal Emulator (UTE) and a Service Provider Emulator (SPE). Qascom and the consortium have two main objectives: developing a testbed and a prototype User Terminal.…Subcontractors
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Start date: 04/09/2025Duration: 18 MonthsThis activity will demonstrate a fiber-optic technique for high-precision time and frequency transfer as a robust complement to GNSS, enabling UTC distribution across geographically separated and even transnational sites. Building on Cycle’s long-standing expertise in stabilized RF transfer over short-range fiber-optic links, the work will advance this capability to long-haul distances exceeding… -
KENOTOM will undertake the identification of State-of-the-Art of PNT Usage in AD/ADAS, the final Synthesis & Recommendations for NAVISP as well as the project management of the project NAVISTAR.Subcontractors
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This activity delivers a proof of concept towards the development of a Position, Navigation, and Timing capability that benefits from the unique simultaneous multilink capability of the ALL.SPACE SATCOM terminal. The terminal will analyse signals of opportunity from available Ka-band satellites in GEO, MEO and (potentially) LEO orbits to estimate its position and orientation in a GNSS-denied…Subcontractors
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The MAGMA (Magyar GNSS Monitoring Assessment) project is dedicated to designing a scalable national GNSS monitoring infrastructure. It focuses on four key technical areas: data collection, transport, processing, and dissemination. The project addresses the growing demand for reliable and secure GNSS usage by exploring infrastructure design options that align with Hungarian legal requirements…Subcontractors
Name: Budapest University of Technology and Economics
Country: Hungary
Website: https://www.bme.hu/en
Name: Molaris IT Developing and Consulting Ltd
Country: Hungary
Website: https://molaris.hu/en/home/
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Start date: 16/07/2025Duration: 24 MonthsTo investigate new concepts for ultra-accurate formation flying systems and initiate the develop a proof-of-concept software simulator on selected critical technologies. Main Outputs: Survey of state of the art, study of the possible concepts, enabling technologies and associated trade-offs Concept simulator (SW) Roadmap for technology maturation up to in-orbit demonstration, for instance…Prime contractor
Name: Thales Alenia Space Italy
Country: Italy
Website: https://www.thalesgroup.com/en/global/activities/space
Subcontractors
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Various 5G terrestrial positioning techniques have been studied and demonstrated by the 3GPP, so positioning accuracy and availability with 5G terrestrial networks is a well- established concept and several positioning methods are defined in 3GPP; however, position integrity with 5G private networks seams largely un-investigated. If 5G is to be used for reliable positioning, then further…Prime contractor
Subcontractors
Name: University of York
Country: United Kingdom
Website: https://www.russellgroup.ac.uk/our-universities/university-york
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Start date: 01/07/2025Duration: 24 MonthsA community-powered GNSS reference station network developed by onocoy enables the mass adoption of high-precision satellite positioning. The disruptive approach of decoupling the operation of reference stations from the delivery of correction services, and establishing a shared platform for such data, makes it possible to create a network with unprecedented coverage and density. The benefits are…Subcontractors
