This month on the Mission Matters podcast, we sat down with Justin Fanelli, the CTO of the U.S. Department of the Navy, and Artem Sherbinin, the CTO of the U.S. Surface Navy to discuss the future software-defined Navy. We cover everything from computer vision deployment in the maritime domain to why technology will matter in a conflict with China to what “software defined warfare” actually means.

As always, please let us know your thoughts, and please reach out if you or anyone you know is building in the national security domain.

Key words: Navy, technology adoption, software-defined systems, integration, resilient communications, data integration, hybrid forces, geopolitical context, defense technology, innovation, AI integration, defense tech startups, naval operations, generative AI, military technology, DOD tech adoption, Ukraine conflict lessons, computer vision, maritime technology, startup advice

Chapters

• Introduction to the Guests and Their Roles

• Challenges in Technology Adoption and Integration

• The Future of Software-Defined Warfare

• The Importance of Data Integration

• Geopolitical Context and the Navy's Role

• The Urgency of Technological Integration in Defense

• Reviving Patriotism and National Security

• Success Stories in Defense Technology Integration

• Building Effective Partnerships for Innovation

• Key Metrics for Measuring Success in Defense

• Integrating New Technologies with Existing Systems

• Learning from Successful Startups in Defense

• Advice for Startups Entering the Defense Space

• Innovative Program Management in Defense

• Strategic Partnerships and Funding Mechanisms

• Outcome-Driven Metrics and Accountability

• Future Wishes for Defense Technology

• Lessons from Ukraine for Indo-Pacific Conflicts

• Generative AI in the Navy

• Challenges of Technology Integration in the DoD

• Building for the Navy: Unique Considerations

• Computer Vision in the Maritime Domain

• Adversaries' Adoption of Maritime Technologies

• Understanding Adversaries' Military Technology Approaches