Customer: ESA Start: November 2025, duration 12 months The I-PoCARS project (Integrated PoC for real-time Automotive useR case with Step) addresses the creation of an enhanced localization system solution through 5G connectivity and GNSS enhancement as a first step toward
ESA (BASS, Artes4.0) No. 4000146771/24/UK/ND March 2025 to November 2026 The goal of the AS-ITc (Advanced System IoT by Construction) project is to develop an advanced digital platform for construction site management, integrating satellite technologies, IoT sensors, robotics, 5G/4G networks
Customer: ESA Start: February 2025 – Duration 18 months The objectives of the ESA-funded study are: – to support ESA for the definition of future EGNOS services for railways and – to define the EGNOS system evolutions necessary to support
RAN – National Augmentation Network Customer: ASI Start: February 2025, duration 24 months The project awarded by the Italian Space Agency (ASI) to the JV between Leonardo (coordinator), RFI, Sogei and Radiolabs aims to develop the first national multi-modal Augmentation
The aims of VICE4RAIL -Hybrid Virtualized Testing for Certification of EGNSS in Railway Train Positioning- are to fill the gaps still preventing the utilisation of the EGNSS for the ERTMS bringing higher efficiencies and better economic sustainability. The novelty of
HD-MOTION is a Seal Of Excellence (SOE), recognized by the European Commission and funded by the Ministry of Enterprise and Made in Italy. The main objective of the HD-MOTION Hub (HUB for the Digital Mobility Transformation) is embodied in the
The CYBORG project, as a continuation and extension of the SHINE-ON (Secured HIgh accuracy localizatioN Equipment for automotive applicatioNs) project, funded by the European Union – Next Generation EU Fund (PNRR), aims to build a passive protection architecture from cyber
Radiolabs is partner of S5LECT – SatCom and 5G Link Edge, Cyber telecommunication – the new project selected by EUSPA to unlock the potential arising from the hybridization of terrestrial and satellite communications networks for railway critical applications. The project
Funding Origin: ESA – NAVISP-EL2Duration: September 2023 – November 2025 Development of state-of-the-art technologies and verification platform for a new generation of multi-sensor train location system based on GNSS-IMU and video sensors. Due to the positive results of the VOLIERA
Customer: Cyber 4.0 Duration: June 2022 – May 2024 The SHINE-ON (Secured HIgh accuracy localizatioN Equipment for auto motive applicatioNs) project intends to develop an innovative control unit (ECU, Electronic Controller Unit) that allows to increase the accuracy of vehicle localization, fundamental for connected
Customer: EUSPA Duration: June 2021 – December 2023 The objective of GALITS (GAlileo Localization In Train Signalling) is to develop an innovative, flexible and customizable GNSS receiver and antenna suitable for safety-related railway applications. This project – being optimised to
Customer: ESA – NAVISP-EL3 – 4000134153/21/NL/CS Duration: March 2021 – June 2027 The objective of P-CAR (PNT Center for Automated Road-Transport) is to realize a laboratory, in synergy with the EMERGE-Navigation project (carried out in the Abruzzo Region), for testing
Customer: EU H2020 – EUSPA Duration: January 2021 – September 2024 RAILGAP (RAILway Ground truth and digital mAP) focuses on developing an innovative High Accuracy, High Precision Ground Truth and Digital Maps, essential elements of an EGNSS train positioning system and a
Origine finanziamento: EU – Shift2Rail Durata: January 2021 – December 2022 AB4Rail aims to identify and select alternative communication bearers (ABs) and selection of proper communication protocols for the Adaptable Communication System (ACS) of the Shift2Rail technical demonstrator TD2.1. The project
Customer: ESA Duration: January 2020 – July 2021 The main objective of RX4Rail is to design and develop enhanced GNSS receiver chain for high accuracy and integrity train localization. The proposed solution involves advanced integrity algorithms, suitable for evolutionary ETCS,
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