Berkeley as a Home for Security Research

The case for national security research inside a leading innovation ecosystem.

Emerging technologies are increasingly shaping the geopolitical landscape. In today’s environment of techno-industrial competition, the systems driving both opportunity and risk— from AI and semiconductors to space and biotechnology— are largely being developed outside government, in the private sector and in top research universities. These technologies are not only altering global power dynamics, but are also redefining the tools and methods available for national security.

Given this shift, national security research must evolve. Understanding the implications of technological change requires proximity to the very source of that change. That means embedding analysis in the institutions where new technologies are being developed, to not just observe their development but also to build new analytical methods and frameworks that reflect the pace and impact of their capabilities and applications.

As such, UC Berkeley is not only increasingly relevant but the smart choice as a home for security research.

The Berkeley Innovation Ecosystem

Berkeley sits at a unique intersection of academic depth and innovation infrastructure. It is deeply embedded in the broader Silicon Valley ecosystem and also maintains its own distinct research environment. Across campus, there is world-class expertise spanning AI, quantum technologies, semiconductors, nuclear power, robotics, synthetic biology, and aerospace. Just as importantly, the university supports the full lifecycle of innovation, from foundational science to applied research to commercialization.

Berkeley offers not just academic excellence, but a rare combination of capabilities that together form a full stack of innovation. This term refers to the entire continuum of research, development, and commercialization that brings new technologies from concept to real-world impact all within a single, interconnected ecosystem.

At the foundational level, Berkeley faculty, graduate students, and research staff conduct basic research across critical domains such as artificial intelligence, quantum computing, synthetic biology, advanced materials, and nuclear engineering. 

This research base is then translated into applied projects, often supported by interdisciplinary labs and campus institutes. These initiatives help bridge the gap between academic inquiry and real-world application, developing prototypes, algorithms, models, and systems that reflect both technical potential and practical constraints.

From there, Berkeley provides structured pathways for commercialization. Programs such as the CITRIS Foundry, the Bakar BioEnginuity Hub, and SkyDeck guide promising technologies into early-stage startups. In this ecosystem, faculty and graduate researchers work alongside mentors, investors, and entrepreneurs to bring scientific advances into market-ready form. 

Each stage of this stack offers a vantage point for national security analysis. By situating research within this environment, it becomes possible to track how technologies evolve, assess their dual-use potential, and understand the mechanisms by which innovations move from the lab into broader commercial use.

This integration is not common. Many institutions excel at one part of the pipeline but few maintain such a well-developed infrastructure across all phases. For security-focused researchers, Berkeley’s model provides access to the full lifecycle of innovation, with the added benefit of proximity to a wide range of disciplines, stakeholders, and emerging technologies.

Engaging with Innovation and Security

The Berkeley Risk and Security Lab is one example of how national security analysis can be integrated into this innovation environment. The Lab engages directly with startups, university researchers, and commercialization programs to help surface the policy and security implications of technologies under development. We in return provide analysis on how that technology may be exploited, misused, governed, or better applied. 

Through this model, researchers can follow emerging capabilities across the campus and startup ecosystem, from quantum sensing, to assessing the capabilities of competitor AI ecosystems, to understanding the next generation of advanced aviation technologies and drones.

Talent, Networks, and Long-Term Impact

One of Berkeley’s enduring strengths is its talent. Most STEM graduates will not work in government. But engaging with them during their time on campus helps build long-term relationships, knowledge transfer, and mutual awareness. Many will go on to shape the direction of technology in industry or academia. Building connections now, through shared research, convenings, or informal collaboration, creates a network of technologists who understand and are open to engaging with public-sector challenges.

Berkeley’s network extends far beyond campus. Its long-standing partnerships with Lawrence Berkeley National Laboratory (LBNL) and Lawrence Livermore National Laboratory (LLNL) link the university to the national security and scientific research communities that underpin U.S. technological leadership. These collaborations provide access to frontier research in computing, energy systems, materials, and nuclear security. In parallel, Berkeley’s connections to Silicon Valley’s innovation ecosystem—through startups, industry partnerships, and venture programs—enable valuable insights into how technologies move from laboratory research to commercial deployment. 

Berkeley is not traditionally seen as an institution focused on defense issues. But in today’s strategic environment, the ability to understand and shape the trajectory of emerging technologies depends on institutions that can combine scientific leadership, innovation infrastructure, and global perspective. In that respect, Berkeley is well-positioned to lead.