NC3 Advanced Concepts
Nuclear Command, Control, and Communications (NC3) Advanced Concepts are required for analysis, development and prototyping of next generation NC3 systems and subsystems. This program ensures a responsive design and development engineering infrastructure to address evolving Nuclear Deterrence Operations (NDO) mission requirements; emerging issues and technology insertion/technology application on the NC3 Weapon System (WS), future strategic systems/capability, and other common strategic areas where appropriate; and develop enhanced multi-use capabilities. The NC3 Advanced Concepts Program will provide technology maturation and risk reduction activities to support the AF NC3 Weapon System (AN/USQ-225). Activity will reduce life cycle costs, inform technology maturation & risk reduction efforts, improve system performance, mitigate evolving threats, and ensure both viability and durability of the AF NC3 Weapon System. "NC3 Prototypes & Demonstrations” will focus on the development and operational evaluation of emerging capabilities. This area will 1) create functional prototypes of technologies and system concepts to assess their utility and technical feasibility, 2) conduct a series of demonstrations and experiments in operationally relevant environments to validate performance, and 3) leverage comprehensive methodology to respond to changing warfighter needs to inform requirement refinement. The objective is to reduce technical risk, accelerate the learning process, and provide tangible evidence to guide formal acquisition and integration decisions. "NC3 Technology Insertion & Transition” will bridge the gap between mature prototypes and their integration into operational programs of record. Key activities include 1) identifying and maturing promising technologies from prototypes, laboratory environments, and industry, 2) developing transition plans and strategies in collaboration with NC3 programs or other stakeholders to ensure successful handoffs, and 3) providing advice on the integration of these new capabilities into the existing NC3 architecture and sustainment planning. This ensures that successful innovations are effectively scaled and delivered to programs, reducing life cycle costs, and providing mature technologies. Additional details can be provided at a higher classification.
•Conduct studies, analysis, and prototyping •Test bed activities •Exercise participation •Develop modeling and simulation of identified NC3 WS architecture •Integrated NC3 WS testing, validation, and certification •Direct mission support contracts in support of next generation NC3 systems and sub-systems •Rapidly respond to evolving…
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