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Start date: 25/10/2024Duration: 7 MonthsACTIA Aerospace is developing an Onboard GNSS (Global Navigation Satellite System) and ODTS (Orbit determination time synchronization) receiver for constellations and Newspace : High accuracy, more than 5 years of lifetime and 95% availability with a low SWaP-C. The NAVISP project consists in performing the end of critical design phase.Subcontractors
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Start date: 30/06/2024Duration: 12 MonthsUnmanned Aerial systems (UAS) industry has undergone significant growth, propelled by advancements in miniaturization, cost-effectiveness and sensor fusion frameworks. However, this market is still lacking trustworthiness as enabler for safety-sensitive operations. To achieve scaled adoption, user acceptance, and compliance to regulatory and standardization ecosystem are key…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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CHARLI project aims to offer a new localization service to make rescue workers safer during an intervention. Today, no commercialized solution meets the requirements of precise and reliable tracking of emrgency agents: agents still die due to a lack of positioning solution. CHARLI solution is based on a foot-mounted localization device and innovative alogorithms that allow the poitionSubcontractors
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The objective of the activity is to develop a manufactor a prototype of an intgerated multi band and multi constellation GNSS antenna for high precision on ground applications. -
This project aims at implementing the Beidou signals B1 and B3 on Syrlinks GNSS receiver product. The Syrlinks receivers are based on a common SDR hardware platform designed for small satellites. The receiver already works with GPS and Galileo signals and will extended to make a autonomous PVT (Position, Velocity and Time) based only on Beidou signals. Whatever signals come from, GPS, Galileo,… -
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
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Name: Ericsson AB (Ericsson Research)
Country: Sweden
Website: https://www.ericsson.com/en/about-us/company-facts/ericsson-worldwide/sweden
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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
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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…
