Autonomous robotic system comprising - a central processing module; - a sensory module comprising a range of sensors, and a display system comprising multiple cameras with dynamic behaviour according to the horizontal and vertical axes; - a monitoring module; - an interaction module comprising technical means for establishing bidirectional communication between the robotic system, its user and an external agent; - a power module comprising at least one battery and a charging system; - a locomotion module configured to operate in accordance with a steering system mounted on the robotic system; each of said modules comprising at least one processing unit configured to perform data processing operations, said at least one processing unit of each module comprising a communication sub-module configured to establish connections between each of said modules, wherein the sensory module comprises a calibration block designed to automatically configure new installed components in the range of sensors and display system, is responsible for collecting information from the surrounding environment where the robotic system is inserted, and wherein the combination of the range of sensors and of the multiple cameras comprises complementary and redundant features and the central processing module being configured to run internal artificial intelligence algorithms, control the operation of all of said modules of the robotic system, define autonomous behaviors such as a user tracking, displacement in a guiding mode or a simple displacement between two points based on the information collected by the sensory module and the interaction module, said interaction module being configured to interact with the user through gestures or voice; and to establish bidirectional point-to-point connections with external equipment to teleoperate the robotic system through a remote control or station, allowing to receive orders from an external device and sharing therewith monitoring information about a status of the range of sensors, an actuator or a process; and ensure a team operation, through a cooperation between robotic systems by exchanging information between various robots operating in a given scenario, receiving or giving orders to each other. - a central processing module; - a sensory module comprising a range of sensors, and a display system comprising multiple cameras with dynamic behaviour according to the horizontal and vertical axes; a range of sensors, and a display system comprising multiple cameras with dynamic behaviour according to the horizontal and vertical axes; - a monitoring module; - an interaction module comprising technical means for establishing bidirectional communication between the robotic system, its user and an external agent; - a power module comprising at least one battery and a charging system; - a locomotion module configured to operate in accordance with a steering system mounted on the robotic system; the sensory module comprises a calibration block designed to automatically configure new installed components in the range of sensors and display system, is responsible for collecting information from the surrounding environment where the robotic system is inserted, and wherein the combination of the range of sensors and of the multiple cameras comprises complementary and redundant features and the central processing module being configured to run internal artificial intelligence algorithms, control the operation of all of said modules of the robotic system, define autonomous behaviors such as a user tracking, displacement in a guiding mode or a simple displacement between two points based on the information collected by the sensory module and the interaction module, said interaction module being configured to interact with the user through gestures or voice; and to establish bidirectional point-to-point connections with external equipment to teleoperate the robotic system through a remote control or station, allowing to receive orders from an external device and sharing therewith monitoring information about a status of the range of sensors, an actuator or a process; and ensure a team operation, through a cooperation between robotic systems by exchanging information between various robots operating in a given scenario, receiving or giving orders to each other.