System and Method Associated with Expedient Determination of Location of One or More Object(s) Within a Bounded Perimeter of 3D Space Based on Mapping and Navigation to a Precise POI Destination Using a Smart Laser Pointer Device

An object mapping system and method associated with expedient determination of a location of one or more coordinate points of interest (POI) in a bounded 3D environment is disclosed. The system performs various operations that include creating an initial map comprising unique characteristics associated with a bounded physical environment in response to a request by a user via a computing device. Object recognition analysis is performed in order to determine labels associated with objects using image recognition processing based at least on a user command to locate one or more objects of interest and the unique characteristics associated with the bounded physical environment. A world map representation is generated with editable object tags associated with the one or more objects of interest and the unique characteristics associated with the bounded physical environment. Navigation instructions are provided to guide the user device to the one or more objects of interest based on a distance analysis of a current location of the user device to a destination location. A control signal is generated to the anchor node based on an angle analysis associated with the destination location and the object of interest location. The control signal is processed using the anchor node to facilitate rotation of at least one laser pointer device in one or more of an (x,y,z) coordinate-based directional angle. A laser signal is generated that targets the one or more objects of interest for expedient determination of the one or more coordinate points of interest (POI) associated with the one or more objects of interest and respective location. A corresponding method and computer-readable medium are also disclosed.