THRIMOS Three-Dimensional RF Intersection Monitoring System

The market is dominated by large players. The aforementioned RF monitoring solutions are designed as monolithic SW applications.

THRIMOS addresses the current need for automated and optimised RF measurement tasking driven by factors associated with an increased space object catalogue for optimized RF ground infrastructure usage. This is until now not covered by the big players mentioned before.

This comes together with the topic of the traditional form of monitoring the RF links in a round-robin cycle. THRIMOS uses another approach to monitor specific scenarios where RF links are possibly interfered by objects flying through antenna beams. This implies that the schedule of monitoring RF links is not done by the operator or from the SCM on best efforts but is driven from situations in outer space. 

In addition, the THRIMOS web-based interface provides a user-friendly multi-user experience for any distributed team involved in the RF management tasking enterprise whereas the traditional SCM applications came into age with no significant innovative changes in the last decades.

The developments described above show that there is an apparent need for better and optimized satellite RF monitoring in the current market.