Power Grid Guard Analyser (PG2A) is a product that addresses the limitations of existing power management solutions. In the context of crisis management for critical infrastructure - particularly hospitals - PG2A offers dynamic, near-real-time power consumption, production and provisioning analysis for internal and external assets. This solution enables economically justified contracts for…

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This project aims to develop vehicular antennas for PNT and 5G/6G SatCom/Cellular applications, which are integrated into the glass roof of a car. Antennas will be designed, prototyped and benchmarked towards current state-of-the-art. By using transparent (or hidden) glass integrated vehicular antenna systems, Volvo Cars not only improves car design and carbon footprint, but also strengthens…

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ACTIA 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.

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MEDEA is an EGNSS/INMARSAT Rx multiband digital array antenna that covers the two bandwidths from 1150 up to 1290 MHz and from 1539 to 1610 MHz. MEDEA can be considered a sort of “applique equipment” for any standard GNSS receivers because of, in addition to gather RF signal from the outside space, it embeds a few features to improve the integrity of the receiver operations to which it is…

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Subcontractors

PENRYN is a LEO-PNT satellite system incorporating a first in constellation satellite. It provides Assured, Secured, and Resilient PNT provision across three spectrum bands: VHF, L-Band, and C-Band.

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Subcontractors

ODYSSEY (Orbits-as-a-Service for Satellite Signals of Opportunity) is funded through Element 2 of the ESA NAVISP programme and is being carried out by GMV-UK. It will develop a precise orbit determination centre for communications satellite constellations. This will be used to provide a new commercial service generating precise orbits for different satellite constellations whose signals can be…

Prime contractor

Due to the proliferation of jamming sources, localizing the source of RFI is becoming a priority. For GNSS users, especially the ones concerned with safety applications and critical infrastructures, but not limited to, it is imperative to be situationally aware of local GNSS interference.  The GINKO-S Phase 2 product encompasses the minimum system configuration necessary to verify the…

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Subcontractors

The activity aims at developing a new GNSS spaceborne receiver (called MARCONI New Space) to respond to several space market needs: • A Low-Cost GNSS Receiver suitable for large production (Constellations) - use, as much as possible, of selected COTS or low grade components with good radiation robustness and specific protection mechanism; • Compact design, internally redundant; • High…

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The GNSS-R Technology for Water Leaks Detection project aims to engineer an instrument, which can be installed in any vehicle, capable of pre-localizing water losses using the technique of scatterometry. This technique involves driving a vehicle over the water pipe, identifying the sections with different moisture content than the average measurements. In this way, operators can avoid the…

Prime contractor

This project aims to develop a novel white-box GNSS receiver with a unique capability: achieving faster-than-real-time operation. This innovation will significantly accelerate development and testing cycles. The project will leverage the high-throughput capabilities of an AMD/Xilinx Versal board to realize this functionality. Furthermore, the project will culminate in the creation of a…

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