CSAR/RMF Pro’s Role in the 2024 NDAA

In today's fast-paced world, the DOD is constantly looking for ways to accelerate the deployment of emerging technologies. With national security at stake, efficiency is key, and innovation is necessary. That's where the 2024 National Defense Authorization Act (NDAA) comes into play, tasking DOD's chief digital and artificial intelligence office with reforming processes for rapidly deploying emerging technologies into production. At Ingalls, we're proud that our CSAR/RMF Pro tool, specifically designed for the Air Force, can play a crucial role in making this vision a reality.

Unlocking the Potential of Emerging Technologies:

The NDAA aims to streamline the authorization to operate (ATO) process. This means faster access to innovative solutions that can enhance our national security.

Ingalls is committed to supporting this mission. CSAR/RMF Pro, purpose-built for the Air Force, is designed to simplify and expedite the RMF Prepare Step new technologies. Here's how we can make a difference:

• Streamlined ATO Process: Our tool automates and simplifies the RMF Prepare Step involved in the AF ATO process. This means reduced administrative burden, fewer errors, and quicker approvals.
• Human-in-the-Loop: With the included RMF Advisory Services, users will work with a support expert who can assess needs, customize process solutions, and help clear milestone "checkpoints.”
•  Cyber Plan Templates: Users can access customized templates to streamline the RMF Plans development process, positioning users for a successful entrance into the RMF Lifecycle.

At Ingalls, we understand the importance of collaboration in achieving these critical goals. We are ready and eager to work closely with the DoD, Air Force units, and small businesses.

Conclusion:

The 2024 NDAA sets a clear and ambitious agenda for rapidly deploying emerging technologies within the DoD. At Ingalls, we are committed to being a valuable partner in this mission, with CSAR/RMF Pro designed to simplify and expedite the RMF process.