Radiological and Nuclear Defense Modernization Operational System Development

The Radiological and Nuclear Defense Modernization Operational System Development program, managed by the Office of the Secretary of Defense, aims to enhance capabilities in detecting and responding to radiological and nuclear threats. This initiative supports key defense objectives such as deterring aggression, defending the homeland, and providing nuclear deterrence. By modernizing detection gear for the Joint Force, the program seeks to improve operational readiness across various threat domains and conflict spectrums.

A significant focus is on research and development activities that enhance detection capabilities and upgrade outdated equipment. The Radiological and Nuclear Defense Capability Development portfolio plays a crucial role in ensuring that the Joint Force can withstand, operate through, and recover from radiological or nuclear events. This aligns with strategic priorities outlined in the National Defense Strategy and promotes integrated deterrence efforts alongside state, local, and other federal agencies.

The program strategically invests in projects across Military Services, Combatant Commands, and Defense Agencies to address capability gaps identified by the Joint Force and National Guard Bureau. It emphasizes rapid fielding of new capabilities within one to two years through an annual investment strategy. This involves maturing prototypes, integrating technologies, conducting developmental tests, and transitioning these advancements into operational use.

Furthermore, the program leverages significant science and technology investments from various sectors to accelerate the transition of technologies into fielded capabilities. It supports labor, materials, travel, assessments, research studies, education, and other activities necessary for capability development. By doing so, it aims to protect warfighters while enhancing early warning systems and command control capabilities against radiological and nuclear threats.