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Start date: 01/09/2021Duration: 16 MonthsNAV-SSHE aims at designing, prototyping and demonstrating new solutions for PNT using 5G and GNSS in combination for critical applications, in hostile environments. Safety-critical for their nature involve human lives; consequently, they must have a high level of reliability and availability as well as be resilient to external factors. The project targets, in particular, this second aspect,…Subcontractors
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The G3ISTAR is a small GPS/Galileo dual-frequency GNSS receiver designed for use by micro-launchers, based on existing GNSS Receiver solution from DEIMOS and a flight-proven platform for CubeSats. The reliability and integrity of the receiver’s navigation solution will be ensured through the development of the Galileo Open Service Navigation Message Authentication (OSNMA) and Failure Detection…Prime contractor
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Start date: 16/04/2021Duration: 18 MonthsThe Hybrid Overlay Positioning with 5G and GNSS (HOP-5G) project targets the demonstration of a 5G local overlay testbed for enhanced user positioning, in combination with GNSS and sensor technologies. Within this project, the HOP-5G consortium focuses on the exploitation of 5G innovative positioning enablers and their hybridisation with GNSS and sensors. This is based on the dedicated deployment…Prime contractor
Subcontractors
Name: Ericsson AB (Ericsson Research)
Country: Sweden
Website: https://www.ericsson.com/en/about-us/company-facts/ericsson-worldwide/sweden
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Connected and autonomous cars represent the largest user community of high-integrity, high-accuracy and multi-sensor positioning systems. The project aims to develop a European level accredited laboratory for certified performance assessment of Advanced Driver Assistance Systems (ADAS) and autonomous driving applications relying on multi-sensors high integrity/high accuracy PNT solutions…Subcontractors
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A great number of civilian and military applications relies on GNSS for PNT, however its availability could be put at risk by threats such as local interference, amongst others. GNSS spectrum monitoring is essential for: detecting, characterising and localising interference sources, which could endanger the adequate reception and processing of GNSS signals; initiating a justified…Prime contractor
Subcontractors
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This project will continue the Space GNSS Receiver maturation, but in this case, it will be done by DEIMOS in collaboration with University of Padua that will provide their P2OD SW. Also, with the advent of the availability of a new open service from Galileo, the High Accuracy Service (HAS), our proposal is to make use of E6-B signal to provide the precise corrections for PPP on-board. As…Subcontractors
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The goal is to comibe the 2 complementry distress function inside one compact and waterproof hardware so that it can be intergrated into a compact life-vst for marine safety of sailors. Syilinks will then be the first beacon supplier in the world to propose this fuction providing: PLB 1G + RLS: the ultimate alert, in all locations (satellite distress) AIS-MOB: the proximity alter at sea, quick… -
Covert Antenna Systems (CAS) in conjunction with The University of Nottingham, are developing a clip-on antenna system with coupler for mobile phones. This system will provide enhanced GNSS reception, enabling improved position estimation from mobile phones. In addition we will also take advantage of the opening of the Android GNSS interface to access the raw GNSS data to enable developers to…Subcontractors
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The ‘Developing Real World A-PNT Solutions Project’ will establish a multi-user, accessible service to deliver progressive, high-value experimentation and proof of concept activities to enable BVLOS drone operations in non-segregated airspace. A key tenet of this enterprise will be the establishment of novel A-PNT services which will accelerate capabilities necessary enable future drone…Subcontractors
Name: Occado Technology
Country: United Kingdom
Website: https://www.ocadogroup.com/technology/technology-pioneers
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GNSS signals are widely used for time synchronization purposes in many different application sectors, including telecom, finance and energy. Telecom service providers, in particular, consider GNSS-based synchronization well adapted to macro-cells whereas alternative synchronization technologies (e.g. wire-based solutions like Precise Time Protocol) are deemed more suitable for indoor small cells,…
