Sport climbing is a sport that has been gaining in popularity and the demand for technologically advanced solutions is increasing. Such solutions focus on optimizing the size of the climbing surface and reducing the need for coaching service. In doing so, they often try to automatically create and display more climbing sequences on the wall. Currently, the vast majority of systems do not fully offer all the functionalities. In thesis, the implementation of the system is presented that focuses on improving the weaknesses of existing systems and upgrading available functionalities. The system consists of three parts: a mobile application, a backend system, and LED-based lighting. The mobile application allows the user to interact with the system, provides a connection with the backend system and is responsible for the automated creation of a climbing sequence. The backend system is installed in the climbing wall and is based on the microcomputer Raspberry Pi (RPi) and lighting controller. With the support of LED lighting, installed in the climbing holds, the climbing sequence can be visually displayed to the user from the start to the finish. The climbing sequence can be created automatically or determined by the user. This way, the workout session can be completed very effectively with enjoyable user experience.