By Rita Okoye
In an age where cyber threats can disrupt daily life, paralyze economies, and endanger national security, the work of skilled researchers is more crucial than ever.
Among those leading this charge is Justine Chilenovu Ogborigbo, an accomplished cybersecurity researcher and electrical engineer whose cutting-edge innovations are fortifying America’s critical infrastructure.
Currently serving as a Research Assistant at Eastern Illinois University (EIU), which he has earned and merited the award for two consecutive academic sessions, (2023/2024 and 2024/2025 academic sessions), Ogborigbo is at the forefront of developing advanced cybersecurity solutions tailored to protect the U.S. electricity grid—a backbone of the nation’s economy.
Working in the School of Technology, alongside Faculties, like Professor Joseph Tillman, Ogborigbo focuses on integrating artificial intelligence (AI) and advanced analytics to detect, prevent, and mitigate cyber-physical attacks on energy networks.
His research is pivotal in ensuring the security, stability, and resilience of systems that power homes, businesses, and essential services across the country.
“Our energy infrastructure is the lifeblood of the nation,” Ogborigbo noted. “By combining AI, cybersecurity strategies, and engineering principles, we are designing intelligent systems that can preemptively identify and neutralize threats, ensuring that Americans have continuous access to reliable and secure power.”
Beyond his academic research, Ogborigbo is working towards applying his expertise in the field of Energy sector and National grid.
There, he intends to lead the deployment and maintenance of state-of-the-art energy systems (ESS). These systems are vital for integrating renewable energy into the grid, supporting clean energy goals, reducing carbon emissions, and ensuring grid reliability during peak demand and emergencies.
Ogborigbo’s work holds immense relevance to U.S. interests. As the country seeks to modernize its energy infrastructure and meet ambitious climate targets, ensuring the security of these systems against cyber intrusions is paramount.
His contributions directly support national objectives of energy independence, grid resilience, and technological innovation. By strengthening protections for critical energy assets, Ogborigbo is helping safeguard economic stability, public safety, and the nation’s overall security.
In monetary terms, Ogborigbo’s research is projected to save the United States billions of dollars annually by proactively mitigating cyber threats that could otherwise lead to catastrophic energy disruptions, economic losses, and system downtimes. His innovations in integrating AI into cybersecurity for the energy grid equip the U.S. with unmatched technological capabilities, reinforcing its global leadership in secure energy systems and smart grid technologies.
Moreover, the deployment and commercialization of his solutions are expected to generate thousands of new jobs across cybersecurity, renewable energy, and infrastructure maintenance—driving economic growth and cultivating a skilled workforce for the future.
A prolific researcher, Ogborigbo has co-authored influential publications on cybersecurity integration in business intelligence systems and innovative solutions for critical infrastructure resilience. His expertise is recognized not only in scholarly circles but also in the broader scientific community, where he serves as a judge at major international science and engineering competitions—mentoring and inspiring future innovators.
Recipient of multiple honors, including the Distinguished International Graduate Student of the Year 2024/2025 Award at Eastern Illinois University, Ogborigbo represents the best of global talent contributing to America’s technological advancement. His work underscores the importance of cybersecurity in an increasingly digital and interconnected world—and highlights how dedicated individuals are shaping a safer, smarter energy future for the United States.