A visual and geolocation analytic system is provided, including: an analytic device and a number of image capturing devices connected to said analytic device. The image capturing devices capture images of an object at a time interval and send said captured images to said analytic device; said analytic device comprises a deep learning model for analyzing said captured images, allowing said object to be identified and tagged, and allowing a path of movement of said object across time to be tracked. The present invention tracks the position of an object within an area continuously across time, and transform the object in captured images into structured data set for analysis.
VISUAL AND GEOLOCATION ANALYTIC SYSTEM AND METHOD