Traditional karaoke systems typically use pre-edited videos, which limits the creation of videoke experiences. In this dissertation, we propose a new method for generating videoke in real-time from video streaming sources, called the videoke Generator. This method combines video and audio processing techniques to automatically generate videoke and is designed to perform processing in real-time or near real-time. The main objectives of this study are to formulate a methodology to process videos in continuous flow and to generate videoke in real-time while maintaining essential features such as the suppression of the main voices of the music and the automatic generation of subtitles highlighting words. The results obtained represent a significant contribution to the field of real-time multimedia generation. The method was implemented in a client/server architecture for testing. These contributions represent a step forward in the field of entertainment and multimedia systems as they introduce a new methodology for the creation of videoke experiences. To our knowledge, this is the first work that addresses the development of a real-time videoke generator that performs automatic synchronization and highlighting at the word level, based on a literature review.