Abstract: A system for detecting vehicle speed violations is disclosed. The system takes advantage of a vehicle's on-board equipment to track the vehicle speed and position. The speed of the vehicle can be determined in one of two ways. For example, the vehicle speed can be determined by measuring the distance between two points traveled by the vehicle and the time it took the vehicle to travel between the two points. This method relies on a vehicle GPS system and determines the speed of the vehicle by dividing the distance by the time. These GPS co-ordinates are sent to a central database by way of the vehicle on-board computer system and cellular phone system along with a vehicle ID and the date and time. Alternatively, the system can rely on the on-board vehicle speed sensor to transmit the vehicle speed and GPS coordinates along with the vehicle ID, date and time to a central database by way of the vehicle on-board computer and cellular phone system.

Abstract: An asset tracking system for tracking assets, for example, a vehicle, with an integrated topology that is configured minimize the complexity of the system by eliminating hardware duplication and sensing the ignition state while obviating the need to access the ignition switch circuit; the asset tracking system optionally including a loan obligation management system that is integrated with the asset recovery system which provides in-vehicle notifications of loan obligations for the asset upon which the loan obligation is based from a remote location directly to the asset.

Abstract: An asset tracking system for tracking assets, for example, a vehicle, with an integrated topology that is configured minimize the complexity of the system by eliminating hardware duplication and sensing the ignition state while obviating the need to access the ignition switch circuit; the asset tracking system optionally including a loan obligation management system that is integrated with the asset recovery system which provides in-vehicle notifications of loan obligations for the asset upon which the loan obligation is based from a remote location directly to the asset.

Abstract: The present invention relates to an emergency response system, method and apparatus. More specifically, the present invention relates to a system, method and apparatus for integrating emergency response functionality with a vehicle factory-installed emergency or hazard light device.

Abstract: An asset tracking system for tracking assets, for example, a vehicle, with an integrated topology that is configured minimize the complexity of the system by eliminating hardware duplication and sensing the ignition state while obviating the need to access the ignition switch circuit; the asset tracking system optionally including a loan obligation management system that is integrated with the asset recovery system which provides in-vehicle notifications of loan obligations for the asset upon which the loan obligation is based from a remote location directly to the asset.