Technology Leadership in Defense Industry Organizations

War is not theoretical. It is real. Brutal. These 12 women? Not making war. Building what stops collapse. Tough systems. Tougher minds. 📌 Dr. Latanza Adjei Builds systems to stop grid failures before they happen. Fuses cyber and physical defense for power infrastructure. Protects energy flow from threats, natural or intentional. Trains future leaders in resilience, not just recovery. 📌 Debra D. Facktor Connects the sky to strategy through aerospace systems. Leads satellite tech enabling real-time defense awareness. Builds cross-sector teams bridging space and security. Turns orbit into foresight, not just observation. 📌 Heather Gordon, PhD Builds AI tools that predict before threats unfold. Her models guide strategy in crises and conflict zones. Turns data noise into clear battlefield decisions. Leads with code, and responsibility. 📌 Alexandra E. Graham, PhD, MBA Develops radar systems that spot danger in microseconds. Her sensors power air, sea, and ground response. Blends signal processing with global tech strategy. Designs what detection looks like, before it’s too late. 📌 Larissa S. Fenn, PhD, MBA Engineers materials that shield without slowing down. Her coatings protect vehicles without the weight. Bridges lab science and field-tested durability. Builds defense tech from the molecule up. 📌 Feodora Kurtz Maps the future of defense through emerging tech. Scouts innovation across aerospace and security sectors. Advises on deals that shape tomorrow’s arsenal. Brings strategy to the edge of what’s next. 📌 Kenitra Halyard Keeps critical systems running when threats hit hardest. Leads secure ops for national energy infrastructure. Plans for what can’t go down, and won’t. Builds continuity into the heart of defense. 📌 Sridevi Narayan-Sarathy, PhD Designs resilient food systems for crisis logistics. Her biotech innovations support military supply chains. Links biology, defense, and infrastructure at scale. Makes readiness something you can grow. 📌 Devangi Gandhi Builds smart facilities that think like secure systems. Integrates automation with airtight defense protocols. Her work protects what houses everything else. Turns buildings into active lines of defense. 📌 Radhika Shukla Secures the cloud where defense comms live. Builds platforms that resist breaches, not just patch them. Her work protects mission-critical data in real time. Makes security a foundation, not a fix. 📌 Alia Potterbaum Moves the materials that keep defense running. Leads secure logistics for energy and infrastructure. Plans supply lines with zero margin for error. Keeps readiness ready, down to the last bolt. 📌 Julia Madhani Manages global partnerships in defense supply chains. Aligns aerospace teams across borders and timelines. Builds trust where tech and strategy converge. Keeps collaboration moving at mission speed. These women work in hard systems. They are not making war, they’re building what prevents collapse. Uncomfortable? It should be.

My Second Visit to Silicon Valley Three intense days on the U.S. West Coast visiting some newcomers in the defense and tech ecosystem and major tech firms. As a commander dedicated to preparing the Alliance’s future, here are the key insights I’d like to share: 🔹 Tech brings new ways to design capabilities. Better focused on the fighter’s operational needs, aligned with real field conditions, and compatible with existing industry skills and tools. Such processes reduce the timeline from concept to deployment by several years and reduce costs by an order of magnitude. Some companies are already ahead of any so-called military needs, anticipating capabilities they expect the armed forces will inevitably adopt in the coming years. 🔹 Command and Control integration is crucial to winning the robotics race. Putting one operator behind each robot is a flawed strategy. AI-driven C2 enables “assisted mission control” and supports swarm tactics. Armed forces must work hard to evolve from strictly “man-centric” organizations to hybrid structures where humans and robotic systems operate together at every stage of the OODA loop. 🔹 Data is central. Data to probe, understand, decide, order, act, assess. The supporting data infrastructure, including computing (core, edge, and far edge) and related connectivity, is essential. New technologies now enable solutions that were previously not feasible or affordable. As space assets begin offering Space-to-Device services, next-generation C2 systems will use an extended portfolio of solutions to be more resilient and provide better services. 🔹 Adaptation is a given constraint. Continuous improvement of tools and software is reshaping how armed forces and industry collaborate. The fighter’s experience (as the end user) is more central than ever. The depth and speed of interaction between fighters and engineers will increase significantly moving forward. #NATO #Innovation #New Tech #DeepTech #DefenseTech #AI #Space #DigitalTransformation #NATO_ACT

Only the Paranoid Survive. – Andy Grove Being a CTO in a Department of War organization means you’re standing at a strategic inflection point, the kind Grove warned us about. Overnight, the DoW became a technology organization. Every program office, PEO, and command suddenly found itself responsible for navigating the same questions that tech companies have been asking for years: how to build, integrate, and scale complex systems that learn, adapt, and connect across domains. But no one handed us a roadmap. As CTOs, we have to draw that map with our operator counterparts while leading our organizations through the “valley of death”, where legacy processes, outdated funding models, and siloed architectures collide with the pace of modern technology. To survive that valley, the CTO must become the bridge: 1. Between the operator and the engineer. 2. Between commanders intent and AI autonomy. 3. Between what we’ve always done and what we must now become. The truth is, the technology shift isn’t coming. It’s here. And the ones who will guide their organizations through it aren’t just technologists, they’re translators of complexity, builders of trust, and relentless advocates for change. It's really hard.

𝐓𝐞𝐜𝐡𝐧𝐢𝐜𝐚𝐥 𝐋𝐞𝐚𝐝𝐞𝐫s 𝐢𝐧 𝐃𝐞𝐟𝐞𝐧𝐜𝐞 𝐒𝐜𝐚𝐥𝐞-𝐮𝐩𝐬 Our latest content collaboration with Defence Invest takes a closer look at 𝐂𝐓𝐎𝐬, 𝐞𝐧𝐠𝐢𝐧𝐞𝐞𝐫𝐬, 𝐚𝐧𝐝 𝐩𝐫𝐨𝐝𝐮𝐜𝐭 𝐥𝐞𝐚𝐝𝐞𝐫𝐬 at defence scale-ups. 𝐊𝐞𝐲 𝐭𝐚𝐤𝐞𝐚𝐰𝐚𝐲𝐬: 💡 26% 𝐨𝐟 𝐝𝐞𝐟𝐞𝐧𝐜𝐞 𝐭𝐞𝐜𝐡𝐧𝐢𝐜𝐚𝐥 𝐥𝐞𝐚𝐝𝐞𝐫𝐬 𝐜𝐨𝐦𝐞 𝐟𝐫𝐨𝐦 𝐜𝐨𝐫𝐩𝐨𝐫𝐚𝐭𝐞𝐬 like Airbus Defence, Hensoldt, and BAE Systems. Europe’s industrial base remains the key training ground for technical talent. The shift is already visible: Jan-Hendrik Boelens, former CTO of Quantum-Systems/Volocopter/former Airbus, has founded Alpine Eagle, developing air-to-air counter-drone systems. A clear example of deep technical expertise moving into entrepreneurial defence innovation. 💡 Startups and scaleups are increasingly competing with defence primes for R&D talent, which is a sign of maturity but also a constraint on Europe’s talent pipeline. The European defence ecosystem is evolving fast. Its future will be defined by how effectively it redeploys corporate technical talent into mission-ready innovation. Big thanks to Matt K. Vishal Gaglani Denys Gurak for the insights 🙏

“We can no longer afford to wait a decade for our legacy primes to deliver the next ‘perfect system’… only to find that it is delivered years behind schedule and costs ten times what it should.” Secretary of War Pete Hegseth didn’t mince words when he laid out the U.S. military's vision for the future of defense tech innovation in a speech on Monday. And with good reason: the breakneck evolution of drone warfare in recent years is a stark reminder that innovation “is happening at a pace we can't even foresee,” as Hegseth put it – and the Pentagon must adapt just as quickly or suffer the consequences. The United States Department of War memo accompanying Hegseth’s speech at Starbase details how military leaders plan on making this vision a reality – namely, by attacking the “tangle of overlapping organizations and confused authority” that defines the current innovation ecosystem. Here’s how: - Unifying that ecosystem under the department’s Chief Technology Officer (CTO) to ensure that organizations are in lock-step around producing “outcomes that matter for the warfighter” - Streamlining efforts through a CTO Action Group that operates with standardized tools and shared priorities – one innovation body to rule them all - Integrating the fragmented innovation organs like the Defense Innovation Unit and Strategic Capabilities Office under a DoW Field Activity designation - Empowering service program offices to organize their own innovation communities around shared objectives - Sending stronger demand signals to the defense industry through clear channels rather than chaotic and incoherent outreach These policies are designed to replace decades of bureaucratic inertia with a CTO-led, outcome-driven innovation ecosystem. No more competing councils and overlapping org charts; instead, a unified technical direction, empowered execution teams, and direct engagement with industry will shape the Pentagon's path forward. If this is implemented with urgency, it could unlock a wave of commercial tech adoption, modular systems development, and tactical innovation at exactly the moment when the U.S. military needs it most. The adversary isn’t waiting for our acquisition timelines to catch up – now, hopefully, we’re not either. This is the kind of framework that gives startups like ACS a shot to get critical tech in the hands of warfighters faster. Let’s make sure this transformation is more than a memo.

Everyone talks about defence AI as a technology problem. It is not. It is a human problem. For over 30 years, defence organisations were optimised around hardware: tanks, aircraft, ships, and physical platforms. These systems were tangible, predictable, and evolved on timelines measured in decades. Leadership structures, procurement models, career paths, and institutional cultures grew around that reality. AI changes that completely. It introduces systems that evolve continuously, depend on data flows rather than physical components, and require constant integration, validation, and governance. It shifts decision-making timelines from months to minutes. It forces uncomfortable questions about delegation, trust, accountability, and responsibility. And that is where the real friction begins. Because defence does not struggle with adopting technology. It struggles with adapting institutions, leadership mindsets, policies, and cultures to operate in a world where information, software, and autonomy are as decisive as physical platforms. This is why defence AI is not primarily constrained by algorithms. It is constrained by people, structures, incentives, and understanding. Part 12 of the AI in Defence series explores why talent, culture, leadership literacy, and institutional mindset are now the decisive factors in whether AI becomes real capability or remains permanent pilot theatre. #AIDefence #MilitaryAI #DefenceInnovation #TrustworthyAI #ResponsibleAI #DefenceLeadership #DigitalTransformation #MilitaryTechnology #NationalSecurity #Autonomy #C2 #ISR #DefencePolicy #DigitalBackbone #SecurityAndDefence #FutureOfDefence #Leadership #HybridWarfare