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Overview 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: 18/02/2026Duration: 15 MonthsUPDATE phase 2 will develop an MVP of a UK National PNT Digital Twin. The digital twin will provide “quasi-realistic model” of PNT services services across the UK (including GNSS, ELORAN and the NTC), informed by service status data, that looks, operates and behaves comparably to actual PNT services throughout the UK. The outcome of the project will be an open and modular PNT DT architecture…Subcontractors
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Start date: 01/12/2025Duration: 18 MonthsBEACON aims to develop, implement, and demonstrate a Multi-array antenna receiver for navigation in C-band from LEO satellites developed under ESA’s FutureNAV LEO-PNT IoD. The development is to be based on a compact and relatively low-cost multi-array antenna with innovative advanced signal processing that exploits both pre- and post-correlation stages. Beamforming will be applied to…Subcontractors
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Start date: 07/11/2025Duration: 12 MonthsThe I-PoCARS project (Integrated PoC for real-time Automotive useR case with Step) addresses the creation of an enhanced localisation system solution through 5G connectivity and GNSS enhancement as a first step towards a path planning safety solution for autonomous vehicles. The work intends to create a preliminary design for an integrated industry-led framework, linking space,…Subcontractors
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Quantum sensing using Rydberg atoms offers a potential route to wide bandwidth, small, all optical reception of electromagnetic signals. The sensor is based on optical pumping of alkali metal vapour to a level which is resonant with incoming EM radiation; this impacts the optical transmittance of the vapour allowing optical readout of modulated signals. This work will assess the potential to… -
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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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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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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Spirent is aiming to develop and provide a test framework for PNT resiliency testing for users, operators, and providers of Critical National Infrastructure (CNI). The proposed framework will consist of the Spirent PNT Alliance, the Spirent Shopfront and the Resilient PNT Assessment Scheme, and will provide support to each of the ten points of the UK government’s Resilient PNT strategy [17], by…Prime contractor
Name: Spirent
Country: United Kingdom
Website: https://www.spirent.com/products-for/positioning-navigation-timing
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Start date: 17/06/2025Duration: 24 MonthsThere is increasing worldwide dependency on global navigation satellite systems (GNSS) that deliver uninterrupted timing signals. This GNSS dependency is driving novel holdover clock development to flywheel over periods when the GNSS signal is unavailable. Enhanced GNSS with next-generation optical clock technologies could facilitate both significantly reduced positioning errors and improved…Prime contractor
Subcontractors
Name: Opto-Electronics Research Centre (University of Southampton)
Country: United Kingdom
Website: https://www.southampton.ac.uk/about/faculties-schools-departments/optoelectronics-research-centre
