Expeditionary Cyber Network (X Net) Navy SBIR FY2014.2 Sol No.: Navy SBIR FY2014.2 Topic No.: N142-113 Topic Title: Expeditionary Cyber Network (X Net) Proposal No.: N142-113-0444 Firm: Osterhout Group, Inc. 153 Townsend Street Suite 470 San Francisco, California 94107-1976 Contact: Dan Lidster Phone: (571) 420-9392 Web Site: www.osterhoutgroup.com Abstract: The Osterhout Design Group (ODG) has considerable time and effort invested in the design and preliminary development of micro cloud server technology, and is proposing to fully develop the technology through the SBIR process to provide the US Marine Corps the robust remote user data processing device they require. The ODG Micro-Cloud Server (MCS) is a man-packable server technology currently unavailable to mobile warfighters. It allows remote users to store, share, and discover information from authorized devices connected to the network. Secure, compact, ruggedized, and easy to reconfigure and relocate, the MCS can be used in Tactical Operations Centers (TOC), vehicles, or carried by soldiers in remote areas where backhaul communications are unavailable. The MCS can serve dozens of mobile devices simultaneously, allowing commanders and squad members connected to the network to communicate and share information, making mission critical data virtually available to users anywhere at any time. Planning and Future Operations, Logistic and Maintenance, Communications, Information Systems, Medical Operations, and Training and Exercises can all benefit from the MCS' real-time data processing, cloud storage, and analysis tools. The MCS offers a major military advantage by allowing users anywhere on the battlefield to process, send, and receive data. Benefits: With a powerful multicore processor in a six-pound 6"x 8"x 6" package, there are many commercial uses and benefits for the MCS and ODG sees a substantial commercial market for the MCS and companion devices. The MCS can provide Mobility, Local Network Connections, and Persistent Access to Relevant Data in man-packable device. It pre-processes and caches data received and sent by mobile devices, reducing latency, increasing security, and minimizing response time. Its local area network capability allows multiple dispersed users to wirelessly share data through Voice Over Internet Protocol (VOIP) and Video Over IP. By combining mobile web and cloud computing, it allows users to access applications and web-based services on their mobile devices, and provides mass data processing and storage. Return