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On the 8th of October 2026 ABBIA “GNSS Technologies” presented the results of NAVISP‑EL1-088 quater, which investigated innovative navigation algorithms exploiting Factor Graph Optimization (FGO) for PVT estimation, both standalone and in combination with other sensors, and for different receiver grades (including high- and low-quality observables). Abbia captured 24h of driving GNSS data in…

Last Updated: 28/10/2026 12:21     Created at: 28/10/2026 08:09

On the 5th of October 2026 GMV, with the partner Cranfield University, presented the results of NAVISP‑EL1-088 quater, which addresses the exploitation of Factor Graph Optimisation (FGO) in GNSS/INS navigation solutions. The project led to a unified framework supporting a consistent comparison between FGO and conventional WLS/EKF approaches, with the application of FGO to both code-based and…

Last Updated: 28/10/2026 12:23     Created at: 28/10/2026 08:06

On 20th October 2026, TeleOrbit GmbH and RobNav GmbH presented the results of NAVISP EL1-104 bis. The activity investigated how artificial intelligence could detect anomalies in quantum magnetometers and help determine how much their measurements should be trusted within multi-sensor positioning, navigation and timing solutions. The consortium developed the Q-PAD (Quantum-assisted Positioning and…

Last Updated: 28/10/2026 12:25     Created at: 27/10/2026 13:16

Data: 2026-09-28 14:00 Join ESA's Celeste and NAVISP teams for an introduction to Europe's emerging Low-Earth Orbit Positioning, Navigation, and Timing (LEO-PNT) ecosystem and discover how industry from ESA Member States subscribed to NAVISP can start preparing today for future operational LEO-based positioning, navigation, and timing services using broadcast signals. In this webinar, you will…

Last Updated: 28/10/2026 12:26     Created at: 03/09/2026 12:05

On the 2nd of September 2026 KENOTOM Private Company, with the partners National Technical University of Athens (NTUA) and Geosystems Hellas S.A., presented the results of NAVISP-EL1-115, which addresses the increasing relevance of Positioning, Navigation, and Timing (PNT) technologies as critical enablers for Advanced Driver Assistance Systems (ADAS) and Autonomous Driving (AD). The activity led…

Last Updated: 28/10/2026 12:29     Created at: 03/09/2026 09:27

On the 3rd of July 2026 acitoflux GmbH presented the results of NAVISP-EL1-115 bis, which addresses the increasing relevance of Positioning, Navigation, and Timing (PNT) technologies as critical enablers for Advanced Driver Assistance Systems (ADAS) and Autonomous Driving (AD). The activity led to the recommendation of future projects through a structured process: Review of the State of the Art…

Last Updated: 31/08/2026 19:50     Created at: 07/07/2026 08:06

On 16th and 17th June a NAVISP representative attended Commercialising Quantum 2026 in London. Here’s what we learnt. Quantum is moving rapidly from research to deployment. The UK’s ambition to become a leading quantum nation by 2035 is backed by a £2 billion strategy focused on scaling and deployment, not just research. This includes investment across infrastructure, skills and supply chains,…

Last Updated: 31/08/2026 19:50     Created at: 06/07/2026 13:39

On the 23rd of June 2026, Three Tensors (3T) presented, with their subcontractor Romanian InSpace Engineering S.R.L., the results of NAVISP-EL1-088, which investigated innovative navigation algorithms exploiting Factor Graph Optimization (FGO), both for a standalone GNSS unit and in combination with other sensors (INS), and for high- and mid-quality receiver modules. The presentation explained the…

Last Updated: 31/08/2026 19:50     Created at: 24/06/2026 09:41

On the 17th of June 2026, WMG, University of Warwick presented, with their subcontractor The National Physical Laboratory (NPL) and Vodafone, the results of NAVISP-EL3-033, which focused on a scenario-based, evidence-driven assessment of PNT solutions for connected and automated vehicle applications, especially interactions with vulnerable road users. It defined relevant operational scenarios and…

Last Updated: 31/08/2026 19:50     Created at: 18/06/2026 07:16

On the 10th of June 2026, Fondazione Bruno Kessler presented, with their subcontractor GMV UK, the results of NAVISP-EL1-087 bis (VAIPOSA), which focused on innovative methodologies to design Positioning, Navigation, and Timing (PNT) components using machine learning (ML), while ensuring safety and resilience. VAIPOSA combined a classical GNSS-based engine with an AI-based visual odometry engine,…

Last Updated: 31/08/2026 19:50     Created at: 12/06/2026 06:45