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The activity develops and validates an AI-enhanced GNSS integrity monitoring layer for  safety-critical positioning applications. The solution combines high-accuracy GNSS  correction services, RTK positioning, protection-level estimation and machine-learning based anomaly detection to assess whether a position solution can be trusted in real time.  By monitoring correction quality, receiver…

Prime contractor

LocAI - AI Enhanced Hybrid Positioning aims to develop next-generation positioning technology. By comb(a)ining crowdsourcing, AI, sensor fusion, and terrestrial radio signals, the project will provide GNSS-level accuracy in environments where traditional GNSS fails. The system will be globally applicable, scalable, and reliable for diverse applications, enabling precise indoor and outdoor…

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The activity will design and develop a generic user equipment (UE) platform in the form of hardware and software to evaluate and trade off user-side processing solutions and algorithms for positioning with 5G/6G Non-Terrestrial Networks (NTN).

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Compact Antenna for Pulsar based Positioning and Acquisition (CAPPA) project investigates  whether compact radio-frequency antennas can be designed to detect signals from pulsars,  which are fast-rotating neutron stars that produce highly accurate pulsation signals. Such  signals have the potential to support future autonomous navigation systems, especially in  situations where satellite…

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The G.L.I.M.S. – Grimaldi Lab for Innovation in Maritime and Space is a pioneering initiative aimed at becoming a national and European hub for maritime innovation, strengthening synergies between shipping and the space sector. Located within the Grimaldi Group’s facility in Naples, the Lab will bring together maritime stakeholders, technology providers, universities, research centres and…

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The project aims to develop an innovative web- and mobile solution that integrates GNSS based navigation and AI-powered agronomic analytics. The Smart Analytics Platform will  provide farmers, agronomic advisors, specialised sampling companies and food processing  companies with a single tool to plan, implement, and analyse soil, plant and yield sampling  workflows. The Platform will ensure…

Prime contractor

PASQUALE (Precise and Stable Navigation with Quantum Accelerometer) aims at advancing next-generation positioning, navigation and timing (PNT) technologies. The project explores the integration of quantum inertial sensing with conventional GNSS and inertial systems to enhance navigation accuracy and robustness, particularly in GNSS-degraded or denied environments. At its core, PASQUALE develops…

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The project, with short name LAPNT, seeks to develop a more cost-efficient Zyntai solution providing precise timing further out in the network, closer to customers and end sites. The low-cost access network solution will also be attractive to adjacent industries that also require resilient timing such as Power Grids, Finance, Defense, etc. The deliverables of the project will be both hardware and…

Prime contractor

The 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…

Prime contractor

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.…

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