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The use of GNSS observations from reference stations for the derivation of Integrated Water Vapour and assimilated into Numerical Weather Prediction Models has been demonstrated and is in use for weather prediction. With the emergence of multi-constellation and multi-frequency GNSS the possibilities of weather prediction with GNSS are increasing dramatically. Furthermore, with the emergence of…

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GNSS antennas in user receiver devices are relatively simple. More sophisticated antennas could be designed to bring spatial diversity and gain, and to be more resistant against spoofing and meaconing, as well as reducing other sources of interference, for instance by nulling the gain of the antenna in this direction. Using arrays of dynamic elements (phase/gain controlled) would also make it…

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To find a presentation of the now completed activity, please click here. This project aims to develop a RAIM prediction system offering modern APIs and easy integration into any flight planning system as well as introducing new innovative features that will allow an aircraft operator to avoid areas of low GNSS accuracy already during the trajectory creation process.  The product (a…

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The aim of this activity is to develop the EM of a multi-constellation multi-frequency spaceborne receiver product (called NAVILEO) that addresses the requirements of the New Space market, bringing the gap between today’s low-end and high-end GNSS space receiver solutions, and offering a high performance, autonomous, state-of-the-art navigation solution at an affordable price for single…

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To find a presentation summarizing the now completed activity, click here. The project is the development of a new type of smartgrid distribution automation sensor platform which uses high speed waveform analysis and high accuracy time stamping to provide electricity Distribution Network Operators (DNOs) with detailed high fidelity information about the operation of their distribution…

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The proposed product consist in a GNSS receiver antenna with extremely high performance that would address the suppression of the multipath from ground reflection. It shall integrate the Indra Navia GBAS ground station for landing aircraft in zero visibility conditions.

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The goal of this project is to develop a National PNT Cyber Response Center (CRC) capable to store, search and distribute all services for vulnerability, threats and mitigations of GNSS. The CRC will include both technology and application specific threats, as well as real time location-based threats observed in the territory for context awareness and emergency warning. The CRC will provide to…

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This activity aims to develop a high performance, low profile multi-constellation antenna targeting survey, Precision Agriculture, Marine and Aviation market segments. Tallysman - NAVISP web project slides Tallysman - NAVISP Final Presentation NAVISP2 – Final Report-TALLY-01-03 GPS World Article      

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To find a presentation summarizing the now completed activity, click here and to find the abstract, click here. The use of Global Navigation Satellite System (GNSS) satellite based navigation is ubiquitous where signals are used for both precision position and timing information. All systems, be they established or emerging, exploit predominantly low power, spread spectrum signals (typically…

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To find an abstract of the now completed activity, please click here. The MISSATO project will develop 5 distinct GNSS antennas operating on L1/L2/L5 bands on the GPS and Galileo GNSS networks. The products will able to receive L1/L2/L5 GPS/Galileo frequency bands required for vehicular/asset tracking and device management. The antennas are being specifically designed for applications…

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