Artificial intelligence (AI) hand type device for performing tasks with acute precision

An artificial intelligence (AI) hand-type device for delicate object handling, comprising:

• plurality of fingers connected to at least one arm, the plurality of fingers configured for gripping and manipulating objects selected from the group consisting of nails, screws, and microchips;
• a camera integrated into the device, serving the function of capturing high-quality images of the objects, processing the images by a processing unit and inferring information related to object features including at least one of boundary, surface, dimensions and color from images to leverage AI driven real time decisions;
• wherein the camera further comprises a reference-based camera module, through which the device receives three-dimensional coordinates of the object, enabling the device to calculate a time efficient and safe flow path (collision avoidance) that navigates towards the object, aligning itself effectively to perform task(s) and analyzing an accurate reading of an object;
• a plurality of sensors for detecting pressure, temperature, force, air quality of the surrounding environment, and weight of the object(s);
• a user interface;
• and
• an autonomous real time decision-making ability mechanism, wherein the mechanism enables the device to handle objects in a specific orientation further allowing it to learn from past experiences, improve its handling precision and optimal path generation and perform progressive quality inspection analysis.