Abstract: A method of tracking an entity (130) through a plurality of tracking stations (205, 210, 215, 220) in a wireless ad-hoc network. A unique identifier (250) can be assigned to the entity at a first (205) of the plurality of tracking stations and wirelessly transmitted to at least a second tracking station (210). The number of the tracking stations can be dynamically varied on an ad-hoc basis responsive to variations in a tracking environment. The unique identifier can be selectively communicated to at least a second tracking station based on a predicted transit scenario of the entity. The identifier can be stored on a datastore, such as a radio frequency identification tag (125) attached to the entity. A biometric scan of the entity can be performed. For example, a facial scan, an iris scan, a fingerprinting, or palm printing can be performed to assign a unique identifier.

Abstract: A method and system for generically tracking an entity in a specific domain. The system includes a generic application interface for receiving and processing tracking data regarding a tracked item. The generic application interface is configured for user modification so that the interface may be customized for a specific tracking requirement.A tracking engine is provided for abstracting the tracking data provided by the generic application interface to a set of generic object models. Each instantiated object comprising the generic object models encapsulates the tracking data pertaining to a tracked item. A tracking router is also provided for communicating at least one of the instantiated objects to a tracking station at a location for processing in accordance with an anticipated physical flow of the objects through a domain. As a result, instantiated object can be processed by the tracking engine independently of the specific tracking data contained therein.