DARPA wants to create the military communication system of tomrrow with the Dynamic Network Adaptation for Mission Optimization (DyNAMO) program. DyNAMO seeks novel technologies that would enable independently designed networks to share information and adapt to sporadic jamming and mission-critical dynamic network bursts in contested RF environments. The program seeks technology that can interconnect existing static networks and be able to connect future adaptive networks as well
Current airborne networks are not designed to handle the complexities of modern distributed and dynamic combat missions, and the challenge is only going to increase in the years ahead,” said Wayne Phoel, DARPA program manager. “DyNAMO’s goal is to enable pilots in one type of aircraft with a specific suite of sensors to easily share information with different types of manned and unmanned systems and also receive sensor information from those various platforms for a comprehensive view of the battlespace. We aim to develop technology that dynamically adapts networks to enable instantaneous free-flow of information among all airborne systems, at the appropriate security level and in the face of active jamming by an adversary.”
The network technology developed through the DyNAMO program is to be demonstrated on radio hardware being developed by DARPA’s Communications in Contested Environments (C2E) program. C2E is designing flexible new development architectures so aircraft won’t be limited to communicating with aircraft using the same radio and waveform. C2E also aims to leverage the proven commercial smart-phone architectural model in which the application processing, real-time processing, and hardware functions of a software-defined radio are separately managed, validated, and updated to ensure rapid deployment of capabilities. DyNAMO is designed to pick up where C2E leaves off, ensuring that raw RF data successfully communicated between previously incompatible airborne systems is not only conveyed but also translated into information that all the systems can understand and process, whether that information relates to time-sensitive collaborative targeting, imagery or networked weapons.
DARPA has identified two primary program elements that are necessary to achieve the goals of this effort:
1) an Information-based Network Framework that enables critical information to be shared between networks that differ in characteristics such as format, security levels, protocols, and capacity; and
2) a Network Optimizer that adapts radio parameters to create the pathways to meet time-varying information-sharing priorities in the dynamic, contested airborne RF environment.
A third program element integrates the two technology developments into a system of real radios. These three elements form the three technical areas (TAs) of the program.