MAYFLOWER COMMUNICATIONS COMPANY, INC. — Department of Defense SBIR Phase I: ABSTRACT: Mayflower proposes an autoconfiguring router technology, namely the Mission-Ori

Description

ABSTRACT: Mayflower proposes an autoconfiguring router technology, namely the Mission-Oriented Router with Protocol Heterogeneity for Dynamic Airborne Network (MORPH). MORPH is a comprehensive autoconfiguration technology that allows the airborne network to automatically set itself up to facilitate the full networking functionality. This goal is much broader than the traditional view of autoconfiguration that primarily focuses on automatic acquisition of IP addresses and efficient duplicate address detection. Facilitating fully autoconfigurable AN routers not only involves these traditional IP autoconfiguration concepts but also the autoconfiguration of protocol metrics, protocol timers, constraints, and other factors that are sensitive to network"s operational environment. There are many challenges to deal with to realize goal. Knowing these challenges, our innovative MORPH technology will be initially designed in customized fashion for the USAF airborne network protocols and characteristics. Working within a well-defined and limited system framework would enable us to develop a MORPH design that can be implemented with current technologies, and can be scaled up to larger and more complex networks through future improvements. In the proposed SBIR program, the Mayflower team will develop an effective MORPH Airborne Network Router technology in Phase I and Phase II, and will ensure its commercialization in Phase III and beyond. BENEFIT: There is significant interest in autoconfiguration capability in the realm disaster relief network where multiple parties may operate jointly with network merging and disconnecting during the relief effort. Moreover, the disaster relief first responders from different agencies and countries may use different network access devices with different protocols, and therefore form a heterogeneous network. In addition, there is a growing need for truly autoconfiguring networking capabilities in the home networking area as well as for small enterprise applications. The proposed MORPH system can provide a plug-n-play networking capability for these networks. The autoconfiguring router technology, MORPH, can enable rapid deployment the airborne networks without the lengthy mission planning. The ability to autoconfigure the airborne networking assets without manual intervention can significantly shorten the network deployment time. Networks can merge and disconnect during the operation without any complex reconfiguration requirements. The ability to auto-select, auto-configure, auto-tune, and even switch the routing protocols based on the communication requirements and current networking conditions with adherence to prevailing policy would represent a key enabler in Network-Centric Warfare.