UC leads national cybersecurity initiative
Sponsored by the National Science Foundation, the new research center will help companies, consumers and the military protect electronics and networks from prying or tampering
The University of Cincinnati will lead a new National Science Foundation research center to examine ways to protect electronics and embedded systems from sabotage, hacking or spying.
UC’s new Center for Hardware and Embedded Systems Security and Trust will be the university’s latest industry-university cooperative research center. The center will work with the NSF, the U.S. Department of Defense and industry leaders to conduct research designed to thwart outside attack, UC engineering professor John “Marty” Emmert said.
“Building consumer trust in technology is central to our work,” said Emmert, who will serve as director of the new center and principal investigator of the project.
The project demonstrates UC's commitment to research as outlined in its strategic direction called Next Lives Here.
The NSF will fund the center with an initial $4.5 million grant for UC and its academic partners: the University of Virginia, the University of Connecticut, Northeastern University, the University of Texas at Dallas and the University of California, Davis.
The center will work with private companies, government agencies and nonprofits that will contribute annual membership fees of as much as $50,000 to investigate their unique vulnerabilities. So far, 26 industry and military members have signed up, including Verizon, Edaptive Computing, financial consultant Booz Allen Hamilton and engineering firm Wyle.
The research is very relevant now and of great interest to government and industry.
Marc Cahay, University of Cincinnati engineering professor
The new center will have its own lab space in UC’s College of Engineering and Applied Science. In addition, Emmert said the center will be able to harness UC’s collective expertise across disciplines in collaboration with its other universities.
Emmert said one pressing problem is finding a way to ensure the authenticity of computer chips. The use of counterfeit circuits could lead to catastrophic failures in aviation, communications or weapons systems.
“The issue most important to industry is information technology protection. Part of our mission will be to develop techniques to avoid circuit counterfeiting,” Emmert said.
UC professor Marc Cahay, head of UC’s Department of Electrical Engineering and Computer Science, said the center’s research focus is likely to attract widespread interest.
“The research is very relevant now and of great interest to government and industry,” Cahay said.
So far, at least 70 companies have expressed interest in participating and 26 of them have signed agreements.
“There are enormous challenges associated with the design, protection and resilience of electronic hardware and embedded systems,” said James Lambert, a University of Virginia professor who represents one of the center’s academic partners.
“Vulnerabilities to cyberattacks can be introduced during design, manufacturing or any stage of the product life cycle,” Lambert said. “By working with industry and government partners to understand what the real issues are and to ask the right questions, we are helping to address security, assurance and trust across all stages.”
UC has lead several other NSF-funded cooperative research centers, most recently with former UC professor Ian Papautsky who works in microfluidics and UC engineering professor and Ohio Eminent Scholar Jay Lee and his Center for Intelligent Maintenance Systems. The newly formed Center for Hardware and Embedded Systems Security and Trust will be the largest of all active NSF industry-university cooperative research centers.
Because of its close relationship to relevant industries, the center likely will help UC expand its student opportunities for co-ops, Emmert said. U.S. News & World Report ranks UC No. 1 in the nation for co-ops and internships among public universities and third overall. UC students collectively earned $75 million working for 1,300 international employers.
“We’re graduating students who will be well-versed in state-of-the-art technology. Ideally, students who graduate through our center will go on to fill much-needed positions in the workforce,” Emmert said.
Featured image at top: UC professor John Emmert holds a circuit board in a UC engineering lab. Photo/Joseph Fuqua II/UC Creative Services
Engineering student shifts from the stage to the lab
May 14, 2021
Garek Bushnell came to the University of Cincinnati with a singular goal: to study acting. He graduated in April 2021 with his bachelor’s degree in chemical engineering instead. Bushnell’s path between these two seemingly dissimilar fields is rooted in his mindset that following your passion will drive your determination to succeed – even if that passion comes from an unexpected source.
UC student wins national physics fellowship
May 14, 2021
A University of Cincinnati physics student was selected for a prestigious U.S. Department of Energy fellowship. She will study dark matter at Fermilab.
UC cardiologist finds proteins in diabetic patients may indicate...
May 13, 2021
Donald Lynch Jr., MD, assistant professor at the University of Cincinnati College of Medicine, will be presenting preliminary research at the American College of Cardiology on Saturday, May 15, that suggests plasma proteins discovered in the blood samples of diabetic patients who went on to develop obstructive coronary disease (OCAD) may serve as biomarkers of severe heart blockage.