The aim of this thesis is to design and implement a distributed system for the management of the RT2 radio telescope used by the Astronomical Institute of the Czech Academy of Sciences observatory in Ondřejov, in order to replace the fragile and fragmented workflow of the previous software, which required high manual overhead and risked data loss. The designed system is distributed between two devices: a radio telescope controller and a data storage server, which also hosts a web-based interface for the system. The web allows for remote visibility calculations of targets, planning for automatic observation execution and provides the recorded data and metadata for download. The thesis uses a circular buffer with producer-consumer-like synchronisation to transfer data between threads while preventing data loss. A custom protocol over TCP is then used to transfer the data from the telescope over the network to a client on the data storage server. This server stores the data in the SIGPROC format, validates, corrects, averages and then processes it into a spectrogram to provide a visual representation of the recorded data on the web.