Numerex Corporation

The Burtner Group, LLC

Richard Lee Burtner

Jeffrey O Smith

Henry S Rosen

Jason Michael Gafa

Stephen P Emmons

Troy E Lanes

Joe Scheffel

Stephen P Emmons, Jr

Pierre H Parent

An asset tracking system includes sensors installed on an asset, where the sensors include a positioning sensor, and a remote central computing device configured to receive data from the sensors, process the data, associate it with a date/time of generation, and store the data in a database and including modules. A communication module receives requests for data and transmits the requested data, a display module displays the requested data, including indicating asset position on a map, an asset information module receives asset information and associates it with the asset, a route module receives route information, associates a driver with a route, and determines from the data whether the driver completes the route and whether the driver leaves the route, and a dashboard module displays a time-period data summary detailing information associated with the asset position over a set period of time.

Wireless remote asset tracking system and method

A system for data aggregation and analytical scoring is described that includes a gateway operable to aggregate data received from multiple remote devices, and a device history data model storing properties for each of the multiple remote devices and storing the data received from each remote device. A scoring engine in the system acts to aggregate and analyze the data stored in the device history data model and to produce a metric based on the data. The system also includes a notification policy to conditionally notify a user based on the metric produced by the scoring engine.

Analytical scoring engine for remote device data

A remote monitoring device is described that includes a microprocessor, a location determination unit connected to the microprocessor and operable to determine a location of the remote monitoring device. One or more interfaces connect the microprocessor to one or more sensors, wherein the one or more interfaces includes a multi-function radio frequency interface to communicate with wireless sensors. A radio frequency identification (RFID) interface interacts with RFID readers using the multi-function radio frequency interface, and a configuration interface to allow a user to configure the monitoring device also uses the multi-function radio frequency interface. The monitoring device uses a transmitter to transmit the location, status and collected information.

Satellite based tracking and data device with multi-function radio frequency interface

A system for providing local access by means of a local data appliance to data collected from remote monitors and sensors is described. The system includes a plurality of remote monitors and sensors, the remote monitors and sensors reporting data over a wide area communications network, and a data collection center receiving the data from the remote monitors and sensors, the data collection center operable to process the data and generate customer defined reports based on the data. A local data appliance placed in the customer's network operates to receive the data from the data collection center, and to process the customer data, generate reports based on the data and send instructions to the remote monitors and sensors. The appliance resides behind the customer's firewall but is separate from the customers network and data center equipment.

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Broadlands, VA, United States of America

Richard Lee Burtner