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Start date: 08/03/2024Duration: 24 MonthsSENTINEL is an innovative project that aims to develop a comprehensive solution for monitoring the use of earth moving machines and addressing the crucial challenges of theft prevention and ensuring correct machine usage. The earthmoving machines market, a significant sector in the construction and mining industry, has witnessed a growing trend towards equipment rental and leasing, both in Europe…Subcontractors
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In recent years, IoT applications have grown by leaps and bounds, however, due to its typically small physical size, only a small battery can fit inside a compact enclosure. This means energy usually comes at a high premium. Traditional GNSS chipsets consume too much energy, many IoT applications must either give up offering geolocation functions or suffer from short battery life. For IoT…Prime contractor
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Start date: 06/03/2024Duration: 12 MonthsThe I-MASTER project aims to design and develop on a fresh water volcanic lake a National Test Range to test and validate by using self-propelled unmanned large sized surface ship models devices, subsystems, apparatuses, and procedures (data fusion, AI, rules and regulations) for MASS operations.Prime contractor
Name: CNR-INM (Italian National Research Council - Institute for Marine Engineering)
Country: Italy
Website: http://www.inm.cnr.it/
Subcontractors
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Start date: 23/02/2024Duration: 24 MonthsThe scope of the work is to implement a multichannel disciplined oscillator which will optimally combine a set of independent information (GNSS, ADS-B, PTP/NTP) in order to provide Time and Frequency with the highest level of protection against GNSS attacks. In fact, the proposed system will implement a set of countermeasures able to detect and to resist to spoofing, meaconing and even jamming…Subcontractors
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Start date: 06/02/2024Duration: 24 MonthsThe NUMEROSO activity aims to assess the benefits of integrating Signals of Opportunity (SOOPs) with GNSS signals for navigation purposes, considering both terrestrial (such as 5G mobile or WiFi) and space-based (such as those transmitted by LEO satellites, or non-terrestrial networks) SOOPs. Leveraging advanced machine learning (ML) techniques, NUMEROSO will make use of SOOPs to enhance…Subcontractors
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Optical atomic clocks offer the potential for a new era of timekeeping, with laboratory systems at the world’s leading NMIs already demonstrating 100x improvements in accuracy compared with the microwave fountain clocks that offer the best realisations of the SIsecond. Enhanced PNT systems with these next-generation clock technologies could facilitate GNSS constellations with significantly-…Prime contractor
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Start date: 25/01/2024Duration: 18 MonthsIndustrial players face significant difficulties in assessing the vulnerability of their GNSS solutions against interference threats. They are unable to make informed decisions to protect themselves against the feared risks. The effects vary considerably from one type of jamming to another, and from one GNSS receiver to another. As far as spoofing attacks are concerned, countermeasure devices are…Subcontractors
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Start date: 15/01/2024Duration: 22 MonthsRelative navigation technologies are crucial for advanced space missions. In the NewSpace market, there are two key trends that are revolutionising spaceflight: Distributed Space Systems (DSS) and In-Space Logistics. Determining the relative states between satellite vehicles is fundamental in S/C formation flying and rendezvous. Global Navigation Satellite Systems (GNSS) can provide…Prime contractor
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WISDOM (Wise Integration of Satellites PNT tracking Data using OWL for collision avoidance Management) is providing the necessary technologies for collision avoidance, including positioning, tracking, inter-satellite communication, and autonomous decision-making capabilities in the absence of human intervention. The project will demonstrate it in orbit with a 6U satellite that separates into two…Subcontractors
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Start date: 01/01/2024Duration: 12 MonthsIn the LEO project the next generation of modulators integrated on a silicon nitride platform will be realized. We will use the technique of micro-transferprinting to integrate lithium niobate on top of silicon nitride waveguides. This back-end integration allows for being compatible with wafer scale processing in CMOS fabs. The modulators are targeting bandwidths beyond 100 Ghz
