-
The project is a direct continuation of NAVISP-EL2-175 LEO PNT ODTS. The objective is to develop the main on-board navigation unit for the LEO-PNT satellites. The high-precision on-board GNSS receivers provide POD in real-time, using a disciplined oscillator aligning the satellite time to Galileo System Time. It also analyses the user segment, characterizing the performance of the LEO PNT in the…Subcontractors
-
Start date: 11/11/2025Duration: 24 MonthsThe project aims to develop an integrated system for communication, guidance, and control for Unmanned Aerial Vehicles (UAVs) by using communication signals from LEO Communications constellations opportunistically for navigation purposes, to enable navigation in GNSS-denied circumstances. The project involves the development of three main components: a user terminal antenna with hybrid…Prime contractor
Name: INSTER TECNOLOGÍA Y COMUNICACIONES.S.A.
Country: Spain
Website: https://grupooesia.com/inster/
Subcontractors
-
Start date: 06/10/2025Duration: 24 MonthsThe increasing reliance on Global Navigation Satellite Systems (GNSS) and Satellite-Based Augmentation Systems (SBAS) like EGNOS for aviation navigation has highlighted the critical need for robust performance monitoring and interference mitigation. While EGNOS V2 has significantly improved GNSS accuracy and integrity in European aviation, its evolution to EGNOS V3 will bring dual-frequency,…Subcontractors
-
Start date: 01/10/2025Duration: 24 MonthsFreeGNSSNetwork develops a GNSS-independent positioning and timing service for low-power IoT devices by using Sateliot’s LEO satellites to broadcast enhanced orbital and timing data through standard 5G/6G NTN messages, enabling devices to determine their position and maintain synchronization using only Doppler, delay, and Time-Advance measurements. The project will validate this capability…Subcontractors
-
NAVIGA-EVO is the evolved version of the NAVIGA-VNE (the hybrid navigation unit for VEGA-C launcher) that will reinforce the potential of NAVIGA as the European navigation unit by incorporating capabilities offered by Galileo such as dual-frequency or RF antenna among others and by implementing advanced processing algorithms, which will allow extend the use cases of NAVIGA to new mission scenarios…Prime contractor
-
Start date: 19/09/2025Duration: 24 MonthsThe goal of this project is to evolve GMV GSharp®, GMV’s GNSS High Accuracy Positioning solution, into a multi-domain product that integrates Artificial Intelligence (AI), Machine Learning (ML) and dynamics-informed GNSS processing to deliver robust, real time and precise positioning services across terrestrial and space applications. -
Start date: 19/01/2025Duration: 24 MonthsThe objective of this project is to develop a fully independent, commercially viable SBAS ground reference station receiver prototype, demonstrated in an operational environment (TRL7). The receiver is designed to deliver accurate reference code and phase measurements, as well as Signal Quality Monitoring (SQM) information, to support SBAS corrections and safety processors. -
The specific objective of this NAVISP project is the development of an SDR processor devoted to Low Earth Orbit (LEO) PNT applications. The LEO PNT system intends to provide services of accurate real-time positioning to complement the Global Navigation Satellite Systems (GNSS). A satellite constellation of LEO-PNT offers better signal power, that results in higher positioning accuracy and…Prime contractor
-
The proposed project develops the concept of orbit and clock determination for a LEO PNT system that uses high-precision on-board GNSS receivers providing POD in real time, and a reduced infrastructure in the ground segment. It also analyses the user segment, characterising the performance of the LEO PNT in the precise PPP positioning, evaluating the improvements in availability and convergence…Subcontractors
-
The goal of this proposal is to develop a novel product named SeCure AutheNtication Server (SCANS) that would provide the CAS encrypted snippets for the corresponding period and encryption/decryption functions in a centralized secure server. This approach would permit to simplify the CAS user terminals thus facilitating the adoption of the CAS service. Main functionalities will be: Galileo…
