Over 3,000 troops and contractors experienced some form of casualty moving fuel to U.S. forces in Iraq and Afghanistan. That history explains why military energy thinking has defaulted to fuel logistics for two decades — and why a more serious vulnerability has gone largely unexamined. Today, the U.S. power grid is emerging as a critical infrastructure risk with direct implications for national security. Will Rogers, Principal at Converge Strategies and co-author of Powering the Fight: Lessons from the Grid at War, joins Dr. Arun Seraphin to discuss the military’s growing dependence on the power grid.

The conversation highlights the historical evolution of this dependency, noting that modern military operations rely heavily on a globally networked defense footprint tied to critical infrastructure systems. Rogers advocates for public-private cooperation to strengthen the power grid and address national security vulnerabilities under increasing stress.

Read Converge Strategies’ article here: https://convergestrategies.com/powering-the-fight-lessons-from-the-grid-at-war-converge-strategies/

Get in contact with Will Rogers and the team at Converge Strategies:

LinkedIn: https://www.linkedin.com/in/will-rogers-66360414/

Email: wrogers@convergestrategies.com

Website: https://convergestrategies.com/

#EmergingTech #PowerGrid #CriticalInfrastracture #NationalSecurity Keywords: - Power grid - Critical Infrastructure - National Security

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Join host Dr. Arun Seraphin for a conversation with Dr. Reed Skaggs of Lewis-Burke Associates examining how the Pentagon’s new innovation memo is reshaping the Defense Technology ecosystem. The discussion focuses on the memo’s emphasis on accelerating speed to Capability, strengthening the STEM-focused innovation workforce, and clarifying how service laboratories and research organizations support Emerging Technology development within the defense technology pipeline. Dr. Skaggs also highlights the growing importance of developing K–12 STEM capacity as a foundational national security issue, given current education gaps impacting the future Defense Technology workforce.
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#Defense Technology #STEM #EmergingTech #EmergingTechETI

Join Dr. Arun Seraphin for a conversation with Dr. Sridhar Kota and Hal Chrisman of FlexSys exploring how adaptive morphing control surfaces are transforming aerodynamics across the aerospace industry and defense industry. The discussion centers on this engineering breakthrough and its potential to reshape future DoD platforms and missions. Drawing on more than two decades of experience in the aerospace and defense industry, Dr. Kota and Chrisman explain how this adaptive technology can improve lift-to-drag ratios, reduce fuel consumption and noise, and eliminate the need for conventional flaps in next-generation aircraft designs.

This conversation examines how morphing aerodynamics technologies could transform DoD mission requirements, from enabling shorter takeoff and landing distances to improving climb gradients and reducing fleet size requirements. In addition to the operational benefits for the Department of Defense (DoD), Dr. Kota and Chrisman explore key technology transition challenges facing the defense industry, including certification, integration, and scalability. The conversation concludes with a forward-looking vision for making morphing control surfaces an industry standard, along with practical guidance for OEMs and DoD partners interested in adopting this advanced aerodynamics technology.

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