Abstract: According to one aspect, a method includes obtaining a sensor assembly that includes at least a first camera and a second camera, and positioning the sensor assembly in an enclosure of a sensor testing system. The enclosure has a first enclosure target and a second enclosure target affixed thereon, and includes a sensor arrangement. The sensor testing assembly further includes a computing arrangement and a data acquisition arrangement, The method also includes performing a first test on the sensor assembly by providing commands to the sensor assembly using the computing arrangement, and monitoring the sensor assembly during the first test. Monitoring the sensor assembly includes obtaining data from the sensor assembly and/or the sensor arrangement, and providing the data to the data acquisition arrangement. Finally, the method includes processing the data, wherein processing the data includes determining whether the data indicates that the sensor assembly passes the first test.

Abstract: A method and system for determining fire suppression system characteristics is disclosed. The method includes receiving input information regarding one or more nozzles; receiving input information regarding a fire suppression agent; receiving input information regarding a room to be protected by the fire suppression system; iterating through a plurality of scenarios to determine fire suppression characteristics of each scenario; determining coverage of the room to be protected for each of the plurality of scenarios; and ranking each scenario of the plurality of scenarios based on the fire suppression characteristics.

Abstract: The present invention relates to a powered, flight capable, air-filled balloon which mimics the movement of a helium-filled balloon.

Abstract: The present invention relates to a powered, flight capable, air-filled balloon which mimics the movement of a helium-filled balloon.

Abstract: A system and method for providing a device agnostic framework between two or more computing platforms. The system includes a protocol for creating device agnostic messages including data from a message generated by an application on the first computing platform, as well as identification and targeting data to enable the message to be sent to the intend target computing platform. The intended target computing platform responds via a callback, thereby establishing a communication protocol between the first and second computing platforms regardless of different computing languages or hardware being used.

Abstract: A system and method for providing a device agnostic framework between two or more computing platforms. The system includes a protocol for creating device agnostic messages including data from a message generated by an application on the first computing platform, as well as identification and targeting data to enable the message to be sent to the intend target computing platform. The intended target computing platform responds via a callback, thereby establishing a communication protocol between the first and second computing platforms regardless of different computing languages or hardware being used.

Abstract: A wireless sensor mesh network for environmental monitoring utilizing a dual-homed router which may be completely controlled through a mobile device. A wireless system network that is modular and scalable allowing a user to easily integrate any custom combination that fits their needs. The first and most basic Sensors may be for temperature, humidity, CO2 levels in the air, soil moisture, and pH.

Abstract: A system and method for providing a device agnostic framework between two or more computing platforms. The system includes a protocol for creating device agnostic messages including data from a message generated by an application on the first computing platform, as well as identification and targeting data to enable the message to be sent to the intend target computing platform. The intended target computing platform responds via a callback, thereby establishing a communication protocol between the first and second computing platforms regardless of different computing languages or hardware being used.

Abstract: A system and method for providing a device agnostic framework between two or more computing platforms. The system includes a protocol for creating device agnostic messages including data from a message generated by an application on the first computing platform, as well as identification and targeting data to enable the message to be sent to the intend target computing platform. The intended target computing platform responds via a callback, thereby establishing a communication protocol between the first and second computing platforms regardless of different computing languages or hardware being used.