Radiological images stored in DICOM format, due to their size, can be a problem for users because the computers on which they are viewed are sub-optimal. Loading such recordings, as well as generating volume data, takes a long time, which demotivates users. In case the recordings are not reviewed in the institution where they were created, they are transferred on optical or USB media. As recordings are usually viewed only once, the optical media is discarded, resulting in environmental pollution. If the recordings are transferred via the Internet, the problem of sub-optimal computers and the price of the Internet usage service remains. The situation is further aggravated by the COVID-19 pandemic, which makes media transmission difficult. In addition, working from home has caused an increased demand for semiconductors, leading to a shortage and an increase in the price of semiconductors in the market. The dissertation is aimed at solving the problem by presenting a solution for the remote rendering of radiological images. The solution is presented in three parts: the creation of a program support model, architecture, and technical analysis of the realized system. The conducted research shows that it is possible to display the individual layers of the radiological image almost instantly, which makes it easier for users to work and speeds up the diagnosis.