Caroline Brewczak is a current freshman at the University of Virginia. They plan to pursue a degree in both Data Science and Linguistics and have a passion for investigating science and tech policy.
Carson Gada is currently a junior at the College of William & Mary pursuing a Bachelor's of Science in Computer Science, with a concentration in Cybersecurity, and a minor in Finance.
We're not your typical cybersecurity team. As Virginia college students from diverse academic backgrounds—computer science, engineering, policy studies, and design—we bring a fresh perspective to problems that have stumped industry veterans for years.
What binds us together isn't just our shared campus experiences, but a genuine concern about the invisible infrastructure that powers our daily lives. It started during a campus-wide power outage this year when we realized none of us understood how these critical systems actually worked—or how vulnerable they might be.
Our team's power comes from our complementary skills and unique perspectives:
Technical expertise in cybersecurity, software development, and systems design from our engineering and computer science backgrounds
Human-centered design thinking cultivated through interdisciplinary courses and design challenges
Communication talent that translates complex security concepts into accessible learning experiences
Policy understanding that helps us navigate the regulatory landscape of critical infrastructure
But our most valuable asset? Being digital natives who can bridge the gap between cutting-edge security concepts and the practical realities faced by infrastructure workers.
The security of critical infrastructure isn't just an academic interest—it's the foundation of modern society. Every American relies on these systems daily: the power grid that keeps hospitals running, water systems that deliver clean water to our homes, and transportation networks that connect our communities. When these systems fail due to cyber attacks, the consequences aren't merely inconvenient, they can be life-threatening.
As Virginia students, we've witnessed how the concentration of government agencies and critical infrastructure in our region makes this challenge particularly relevant. What drew us to this problem was recognizing that despite billions spent on cybersecurity, the most vulnerable systems often remain unprotected because solutions aren't designed for the people who actually operate them.
What stood out most during our research was the disconnect between cybersecurity experts who design solutions and the actual workers who need to implement them. We witnessed firsthand how traditional security training fails infrastructure workers—making them feel inadequate rather than empowered.
We believe security shouldn't require a computer science degree.
What makes our team different is our willingness to challenge cybersecurity orthodoxy. While most security professionals focus on technical perfection, we prioritize human adoption. We're building solutions that work in the real world, not just in theory.
As Virginia students who regularly interact with the many government agencies and infrastructure operations in our region, we have unique access to understand these challenges firsthand. We've leveraged these connections to spend time with the actual workers who will use our solutions—observing their environments, constraints, and needs directly.
Our team stands out because we refused to treat this as just another class project. We've become advocates for the forgotten infrastructure workers who keep our modern world running but have been left behind by the cybersecurity industry.
Together, we're bringing a fresh perspective to a critical problem—combining technical expertise with genuine empathy and a commitment to creating solutions that actually work for the people who need them most.