A real-time correction/calibration system for the color spectrum, wherein the conventional architecture of a “direct vision” system is formed by an image capturing device (Ca) such as a video or photographic camera, the captured image of which presents a distorted RGB color set (C2) related to the natural combination (C1), output by the object (Ob) that is directly sent to an image output device (Mo), such as a video monitor, that exactly outputs this distorted RGB color set (C2) that is perceived by the observer (Ho), wherein the system (S) has the architecture characterized by the operational blocks:
- at least one certified reference (Re) which is connected to at least one physical reference reading device (Le), which is connected to the image capturing device (Ca);
- a support hardware (Hw) that supports the physical reference reading device (Le), and an applicable software (Sw) having a correcting routine for a RGB color spectrum, the correcting routine being connected to the image output device (Mo).