Battlefield Telecommunications Systems, LLC

Mavg, LLC

Alexander Cobb Watson

Sean L Lane

Brian Adams Ballard

Zenovy Stephan Wowczuk

Robert Daniel Kluesener

The present invention provides a secure, dynamic and customizable system and method for authenticating a mobile device in a wireless network, in accordance with the security policies associated with the wireless network. The system and method involve a trusted authentication and device management application stored on the SIM card of the mobile device in a memory space that is protected and only accessible by the network operator. Moreover, authentication is based, at least in part, on information that relates to the environment of the mobile device, the information being available to the authentication application through the operating system of the mobile device.

System to dynamically authenticate mobile devices

Method to dynamically authenticate and control mobile devices

Devices, systems and methods are disclosed which relate to providing wing designs with payload integration capabilities on existing modularly assembled unmanned aerial vehicles (UAVs). Exemplary embodiments of the present invention present a novel technique of adding payloads to existing UAVs while improving flight performance over existing techniques by maintaining a similar overall weight with improved aerodynamic properties. The technique includes using a reinforced foam core center wing with a fiberglass epoxy skin. A lightweight payload canopy cover integrates onto the center wing as an agnostic enclosure for payloads. The payload canopy cover may contain venting holes for the cooling of electronic payloads. The systems may also include common devices such as antennas, GPS, and batteries for use with a wide range of payloads.

Devices, systems and methods for modular payload integration for unmanned aerial vehicles

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Severn, MD, United States of America

Alexander Cobb Watson