The project will result in a technological demonstrator consisting of an optical observation station equipped with at least two optical sensors on a fast azimuth-elevation mount, weather protection, and all necessary accessories for real-time surveillance and tracking of space objects on LEO, MEO, GEO, and HEO orbits. 

Additionally, the project will lead to the creation of a network of permanent stations for monitoring GNSS signal quality and calculating positioning errors at a national level. This network will report to an operational center developed as a research and development prototype, located on a site provided by the beneficiary. 

Another key outcome of the project is the development of a radio frequency monitoring system for the X, Ku, Ka, Q, and V bands emitted by satellites in the geostationary arc. This advanced and specialized solution is designed to ensure precise and efficient monitoring of the radio spectrum used in satellite communications. The system integrates state-of-the-art technologies to detect, analyze, and manage radio signals emitted by geostationary satellites. 

All three major components are integrated into a SPOC operational center, which provides the beneficiary with a secure interface for operating all aggregated systems: the optical observation station, the permanent GNSS monitoring station network, and the radio frequency monitoring system.