A multimedia system comprising two modules, a data acquisition module A, for multimedia data acquisition, and a computerized module B having a data processing unit, and means of connection between said modules wherein: The data acquisition module A is a multimedia glasses device comprising: - a set with frame and lenses (10,11), - a platform motorized by a motor, the platform being located on the nasal bridge of the multimedia glasses device and comprising a camera and a LED, the LED being mounted on the platform at the same angle as the camera so that the spotlight indicates the location of the point of view of the camera, the platform further comprising an optical mechanism capable of changing the focusing angle of the light from the LED and capable of zooming in and out the camera field of view, - a second LED to signal a recording status of the camera, - an inertial sensor located at the distal end of one of the temples of the multimedia glasses device allowing the recognition of the position of the user's head, - an audio-system comprising a microphone and bone transducer-type speaker located at the distal end of one of the temples of the multimedia glasses, allowing the user to send voice instructions to the computerized module B, and The computerized module B having - a data processing unit for controlling the functions of the data acquisition module A, including adjusting the position of the camera through voice commands transmitted from the microphone of the audio-system by controlling the motorized platform, - a computer vision algorithm, via the inertial sensor, for censoring areas with sensitive data such as faces. The data acquisition module A is a multimedia glasses device comprising: - a set with frame and lenses (10,11), - a platform motorized by a motor, the platform being located on the nasal bridge of the multimedia glasses device and comprising a camera and a LED, the LED being mounted on the platform at the same angle as the camera so that the spotlight indicates the location of the point of view of the camera, the platform further comprising an optical mechanism capable of changing the focusing angle of the light from the LED and capable of zooming in and out the camera field of view, - a second LED to signal a recording status of the camera, - an inertial sensor located at the distal end of one of the temples of the multimedia glasses device allowing the recognition of the position of the user's head, - an audio-system comprising a microphone and bone transducer-type speaker located at the distal end of one of the temples of the multimedia glasses, allowing the user to send voice instructions to the computerized module B, and - a set with frame and lenses (10,11), - a platform motorized by a motor, the platform being located on the nasal bridge of the multimedia glasses device and comprising a camera and a LED, the LED being mounted on the platform at the same angle as the camera so that the spotlight indicates the location of the point of view of the camera, the platform further comprising an optical mechanism capable of changing the focusing angle of the light from the LED and capable of zooming in and out the camera field of view, - a second LED to signal a recording status of the camera, - an inertial sensor located at the distal end of one of the temples of the multimedia glasses device allowing the recognition of the position of the user's head, - an audio-system comprising a microphone and bone transducer-type speaker located at the distal end of one of the temples of the multimedia glasses, allowing the user to send voice instructions to the computerized module B, and The computerized module B having - a data processing unit for controlling the functions of the data acquisition module A, including adjusting the position of the camera through voice commands transmitted from the microphone of the audio-system by controlling the motorized platform, - a computer vision algorithm, via the inertial sensor, for censoring areas with sensitive data such as faces. - a data processing unit for controlling the functions of the data acquisition module A, including adjusting the position of the camera through voice commands transmitted from the microphone of the audio-system by controlling the motorized platform, - a computer vision algorithm, via the inertial sensor, for censoring areas with sensitive data such as faces.