The objective of the TOWR (pronounced “tower”) is the development of a time distribution service via optical fibre over the Madrid region, based on time generation from very stable clocks (hydrogen masers), GNSS time-transfer (including GPS and Galileo) to UTC(k) laboratories, and White-Rabbit technology (an extension to the IEEE-1588 PTP protocol). The activity aims at demonstrating a robust…

The purpose of this project is to expand existing SDX product offer to cover arising customer needs. SKYDEL provides GNSS testing solutions that enable engineers and scientists who design and test navigation systems to validate the performance of GNSS devices in real-world conditions from the comfort of their labs. Many customers, in particular in Europe, have additional needs namely to…

The main objective of the activity is to design and develop a prototype of a GNSS sensor that will support automotive applications. Our strategy is to develop such device in the form of a “software radio” design that can be configured to allow its implementation in COTS system-on-a chip devices. This device is aimed to support multiple GNSS constellation with a multi-frequency…

AGORA is a project aiming to leverage GNSS positioning in order to improve security and help organizing large public events. It is developed by Romanian InSpace Engineering (RISE) as part of the ESA NAVISP Element 2 Programme.

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 requiring cm-level positioning unavailable with older GNSS antennas.