Numerex Corporation

Independent Technologies, Inc.

Jeffrey O Smith

Richard Lee Burtner

Rodney C Montrose

Wayne Stargardt

James Zavorski

Stephen P Emmons

Henry S Rosen

Michael Lee Gregory

Michael Marett

Troy E Lanes

Darren A Koenig

Joe Scheffel

Pierre H Parent

Stephen P Emmons, Jr

Michael Camp

A system and method are described that can help gas stations detect attempted thefts of gas or when there is leakage from a fuel tank or pump. The fuel pump can comprise a payment processing system or is fuel sensor to detect the amount of fuel pumped. The large fuel tank that supplies the fuel pumps can comprise a fuel level sensor to detect how much fuel is being used. The fuel pumps and tanks can send their data to the kiosk or some other location for analysis. If more fuel is being lost from the fuel tank than is being paid for at the pumps, then a theft may be occurring, or there may be fault machinery or leaks.

Coordination of gas pump with tank level sensors for fraud detection

A system and method are described that can remotely track and monitor real-time parameters of electric motors and/or machines. Data such as vibration, temperature, current, location and more can be tracked regarding electric motors and/or machines in factories or other plant locations. The data can be aggregated and compared with failure data. The data can then be used to predict and prevent future failures or to make other predictions that will be helpful regarding servicing and repairs.

Motor fault detection system and method

The invention described is a system and method for tracking assets. Mobile devices on the assets communicate their location to a central station. When the mobile devices are in an area with interference or no network then the mobile devices connect to a base station. The base station in turn can communicate with the central station and report on the locations of mobile devices connected to that base station. The base stations can be placed in areas such as warehouses, mines or other locations.

System and method for employing base stations to track mobile devices

An alarm system for monitoring a local premises and multiple remote objects is described. The system includes sensors in the local premises, an alarm panel connected to the sensors in the local premises, and remote objects having alarm systems in communication with the alarm panel. The remote objects are assigned a zone in the alarm panel to represent the remote object, such that an alarm condition at the remote object is reported as an alarm condition in the assigned zone.

System and method for using alarm system zones for remote or mobile objects

A system and method for determination the relative location of a mobile object is described that includes building a database of known/expected locations with the exact longitude and latitude for each location. Next, an estimated location for a mobile object is generated using information from the cellular network and an area boundary is defined around the mobile object that defines, with some probability, where the object is actually located. The known locations in the database that fall within the area boundary are then identified and a relative probability is calculated for each known location that indicates its relative likelihood of where the mobile object is actually located. From this information at least the most probable location of the mobile object is determined along with a measure of estimation confidence.

Dynamic reverse geofencing

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 computer can receive an alarm event data that results from detection of an event by an alarm system. The alarm event data comprises an identifier for the alarm system. In response to receiving the alarm event data, the computer can access a service subscription account associated with security services for the alarm system. Based on information maintained in the service subscription account, the computer can determine whether a processing service fee is associated with an action of forwarding the alarm event data to a central monitoring station or a mobile computing device associated with the service subscription account. If a processing service fee is associated with the forwarding action, the computer can record the alarm event data and the processing service fee in a record to support a creation of an invoice and forward the alarm event data to the central monitoring station or the mobile computing device.

Delivery of security solutions based on-demand

An alarm system for detecting and reporting 'smash and crash' intrusions is described. The alarm system includes a plurality of intrusion sensors and a security alarm panel in communication with each of the plurality of intrusion sensors at the site of the alarm system. An alarm gateway is provided remote from the security alarm panel, the alarm gateway monitoring the status of the security alarm panel for indications of tampering. A central station is in communication with the alarm gateway and monitors the status of the alarm system, where the alarm gateway sends an alarm condition to the central station when tampering at the security alarm panel is detected.

System and method for alarm system tamper detection and reporting

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

System and method for using alarm system zones for remote objects

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.

Local data appliance for collecting and storing remote sensor data

A method for redirecting specific network traffic intended for a target device on a first data network is described. The method inserts a redirector into a first network in front of a target device and intercepting a transmission from the target device. The method then configures the network characteristics of the redirector to use the network addresses of the target device. Once configured the redirector inspects the network traffic on the first network to identify specific services, and sends the network traffic associated with the specific service to a destination device on a second network.

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Dallas, TX, United States of America

Jeffrey O Smith