-
EULERIAN is a pioneering project delivering a rugged, ready-to-use RF front-end tailored for emerging LEO PNT applications. It provides industries with a dramatic shortcut in development times, eliminating the need to build front-end hardware from scratch. The system supports wideband signal acquisition from 100 MHz up to the Ka-band, enabling compatibility with multiple LEO… -
The GOACE (Ground Optical Atomic Clock for Evaluation) project aims to deliver an optical atomic clock for evaluation by the European Space Agency. Developed by Rolex Quantum and CSEM, the clock employs an optical transition in Rubidium to achieve outstanding long‐term frequency stability with competitive SWaP, and low‐maintenance. The clock will undergo a full year of continuous testing at…Subcontractors
-
The project will pave the way for a next-generation, high-performance GNSS receiver chipset with native support for LEO-PNT signals. By combining the resilience of emerging LEO constellations with the maturity of established MEO systems, the chipset will deliver superior accuracy, robustness, reliability, and availability across automotive, industrial, and consumer markets. The phased development… -
As GNSS threats such as jamming and spoofing increase, impacting critical missions and infrastructures, the demand for real-time GNSS service monitoring grows. CrowdShield GNSS meets this need by delivering real-time monitoring and alerts for GNSS degradations at global, regional, and local scales. The solution innovatively hybridizes data from existing GNSS receivers, and ADS-B streams,…Subcontractors
-
Saphyrion is finalizing the remaining development steps required to bring into production its rad-hard GNSS IC chipset, consisting of the SY1009 GNSS RF front-end and the companion SY1019 ADC device. This project focuses on the subsequent activities needed to develop an end-to-end Evaluation Kit (EVK), designated SY1029-EVK, which will support both performance assessment and commercial… -
Start date: 29/10/2025Duration: 18 MonthsThe main objective of this ITT is the study, design, implementation and demonstration of technologies, techniques and solutions to handle the presence of GNSS local effects (multipath, NLOS, jamming, spoofing) within the context of an EGNOS supported multi-sensor localization unit for railway users. This project aims at filling this gap by considering the following specific objectives: 1.…Prime contractor
Name: DLR - Institute of Communications and Navigation
Country: Germany
Website: https://www.dlr.de/kn/en/
Subcontractors
-
Start date: 01/07/2025Duration: 24 MonthsA community-powered GNSS reference station network developed by onocoy enables the mass adoption of high-precision satellite positioning. The disruptive approach of decoupling the operation of reference stations from the delivery of correction services, and establishing a shared platform for such data, makes it possible to create a network with unprecedented coverage and density. The benefits are…Subcontractors
-
Start date: 01/01/2025Duration: 24 MonthsThe proposed Railway Position, Velocity and Timing Reference System (RaiwaylPVT) will use ETCS Eurobalises to augment GNSS. Fused with inertial referencing and advanced odometry, the overall system will deliver accurate positioning, velocity and timing with full availability in any (ETCS) railway network with ensured integrity. The partners iMAR Navigation (iMAR), Schweizer…Prime contractor
Subcontractors
Name: Schweizer Bundesbahnen SBB AG
Country: Switzerland
Website: https://company.sbb.ch/de/home.html
-
Start date: 10/12/2024Duration: 24 MonthsPhotonic integrated circuits embed complex optical systems in compact chips manufactured in semiconductor foundries. The availability of high-speed modulation, ultra-low propagation losses, and discovery of the optical microcomb have revolutionized many aspects of integrated photonics in the last 15 years. In particular, new applications in microwave photonics by translating electronic signals to…Prime contractor
Name: Norwegian University of Science and Technology, Departement of Electronic Systems
Country: Norway
Website: https://www.ntnu.edu/ies
Subcontractors
-
Start date: 15/12/2023Duration: 24 MonthsThe scope of the project is the design of an IC integrated circuit (single die) that implements the front-end receiver section of GNSS multi-band signal receiver space-born platforms. The frontend receiver includes all the circuits from the antenna to the ADC output and provides the digitalised output to the GNSS units base-band processors or SW receivers. The target applications are all GNSS…
