MITRE eCTF Competition Celebrates 10th Anniversary, Empowering Future Cybersecurity Leaders
At an award celebration hosted at Tufts University, MITRE recognized the winners, participants, and sponsors of its prestigious 2025 Embedded Capture the Flag (eCTF) Competition, a semester-long initiative designed to cultivate the next generation of cybersecurity professionals. Celebrating its 10th anniversary, this year’s competition attracted over 1,200 students from 139 teams, representing 123 schools across 17 countries. By fostering collaboration among academia, industry, and government, the eCTF program equips participants with technical expertise and innovative problem-solving skills, preparing them to secure the systems that underpin modern society.
Addressing the Growing Demand for Cybersecurity Talent
“The number of connected devices we rely on daily—whether in our homes or critical infrastructure like the power grid—is growing exponentially, and these devices are vulnerable,” said Doug Robbins, Vice President of Engineering and Prototyping at MITRE. “Through the unique, hands-on, hardware-focused experience that eCTF provides, participants develop essential skills in both offensive and defensive cybersecurity, readying them for future careers and bolstering the workforce in this critical field.”
Sponsored in part by the Northeast Microelectronics Coalition (NEMC) Hub, the eCTF challenges university and high school teams to design, secure, and defend embedded systems against simulated cyberattacks. This immersive approach not only enhances participants’ technical knowledge but also mirrors real-world scenarios, making it a vital training ground for aspiring cybersecurity professionals.
Industry-Academia Collaboration: Building Pathways to Success
The competition has become a cornerstone for industry-academia partnerships, enabling companies to engage with emerging talent. Joel Spurlock, Vice President of Data Science at CrowdStrike—a key sponsor—highlighted the value of such collaborations:
“The MITRE eCTF has been an excellent platform for CrowdStrike to connect with and nurture emerging cybersecurity talent. We’ve been impressed by the technical prowess and innovative thinking demonstrated during the competition, and several standout participants have successfully transitioned from interns to full-time team members. This partnership exemplifies how industry-academic collaboration can create meaningful pathways for aspiring cybersecurity professionals.”
For industries like aerospace and defense, where reliability and safety are paramount, the eCTF’s focus on securing embedded systems is particularly relevant. N. Luke Thomas, Group Chief Product Security Engineer at Rolls-Royce, emphasized the importance of cybersecurity in ensuring system safety:
“At Rolls-Royce, we build jet engines and power systems that must be reliable and safe. As these systems increasingly rely on digital technology, it is crucial that they are also secure. Some of our customers say, ‘If you aren’t secure, you aren’t safe!’ To achieve this, we need a robust pipeline of system security engineers to secure the systems we build—and even ensure our partners, suppliers, and competitors do the same. Sponsoring events like the MITRE eCTF allows us to contribute to the community securing cyber-physical systems while helping to grow the next generation of cybersecurity engineers through an experience that balances offensive and defensive components.”
Celebrating Excellence: Top Winners of the 2025 eCTF Competition
The 2025 MITRE eCTF Competition showcased exceptional talent, with top honors awarded to the following teams:
- First Place Overall: Carnegie Mellon University ($10,000 prize)
- Second Place Overall: Purdue University ($5,000 prize)
- Third Place Overall: University of Michigan ($2,500 prize)
Carnegie Mellon University, the overall winner, credited their success to strong student collaboration. Patrick Tague, Associate Teaching Professor at Carnegie Mellon’s Information Networking Institute, shared his perspective:
“The greatest value of the eCTF lies in how it integrates multiple aspects of real-world design—including systems, networking, software, and security—while attracting students with diverse academic backgrounds and perspectives. Students learn from one another, overcoming challenges together, and every individual contributes uniquely to the team’s success.”
Additional awards were presented to:
- Top High School: Mountain View High School, Mountain View, California ($2,500 prize)
- Top Community College: City College of San Francisco ($2,500 prize)
- Attacking Spirit Award: Brigham Young University ($2,500 prize)
Mountain View High School’s Information Security (InfoSec) Club made waves as the top high school team and placed in the top 10 overall. Jennifer Chiu, the club’s advisor and a math teacher, expressed pride in her students’ achievements:
“I’m incredibly impressed by the technical excellence displayed by all teams and how well MITRE has organized the competition. Our team worked tirelessly and collaborated effectively to achieve one of the highest rankings despite their young age. Through the eCTF, they expanded their cybersecurity knowledge into hardware and learned to design embedded security systems using hardware-software co-optimization. We’re excited to return next year!”
What Sets the eCTF Apart?
The MITRE eCTF stands out from other cybersecurity competitions in three key ways:
- Focus on Embedded Systems: Unlike traditional online CTFs, the eCTF emphasizes securing embedded systems, introducing participants to unique challenges and vulnerabilities specific to hardware-based environments.
- Balanced Offense and Defense: While many CTFs focus solely on attacking systems, the eCTF incorporates design, build, and attack phases, providing a holistic learning experience.
- Extended Timeline: Spanning the entire spring semester, the competition allows ample time for development and advanced attacks during the Attack Phase, simulating real-world project timelines.
Shaping the Future of Cybersecurity
As the world becomes increasingly reliant on connected devices, the demand for skilled cybersecurity professionals continues to grow. The MITRE eCTF Competition plays a pivotal role in addressing this need by empowering students with hands-on experience, fostering innovation, and bridging the gap between education and industry. By celebrating its 10th anniversary, the eCTF reaffirms its commitment to cultivating the next generation of cybersecurity leaders who will protect the systems shaping our future.
For students, educators, and industry sponsors alike, the MITRE eCTF represents more than just a competition—it’s a transformative opportunity to make a lasting impact on the cybersecurity landscape. With its proven track record and unwavering dedication to excellence, the eCTF is poised to continue shaping the future of cybersecurity for years to come.
