Biography

Dr. Aysu received his B.S degree in microelectronics engineering with a mathematics minor and his M.S degree in electrical engineering from Sabanci University, Istanbul, Turkey. He received his Ph.D. degree in computer engineering from Virginia Tech and was a post-doctoral researcher at the University of Texas at Austin before he joined NC State. Dr. Aysu conducts research on cybersecurity with an emphasis on hardware-based security. The focus of his research is the development of secure systems that prevent advanced cyber attacks targeting hardware vulnerabilities. To that end, his research interests cover applied cryptography, computer architecture, and digital hardware design. He also works on cybersecurity education and the societal impacts of cybersecurity.

Education

  • Ph.D. 2016
    Computer Engineering
    Virginia Tech
  • Master's 2010
    Electrical Engineering
    Sabanci University, Turkey
  • Bachelor's 2008
    Microelectronics Engineering
    Sabanci University, Turkey

Awards & Honors

  • 2020 - Best Paper Award, Design, Automation and Test in Europe Conference
  • 2019 - Faculty Research and Professional Development Award (FRPD), NC State
  • 2019- NSF Research Initiation Initiative (CRII) Award
  • 2019- Best Paper Award, ACM Great Lake Symposium on VLSI, Microelectronic Systems Education
  • 2019- Best Student Paper Nominee, IEEE International Conference on Hardware Security and Trust
  • 2018- Best Paper Nominee, IEEE International Conference on Hardware Security and Trust
  • 2017- Top 50 Article, IEEE Embedded System Letters

Recent News

Aysu and Lobaton Named University Faculty Scholars

Posted on February 20, 2024 | Filed Under: Faculty

NC State’s 2023-24 class of University Faculty Scholars was announced today. These 22 early- and mid-career faculty receive this designation in recognition of their outstanding academic achievements and contributions to NC State through the …

ECE Students Win Best Poster Award from CAEML

Posted on January 13, 2023 | Filed Under: News

Priyank Kashyup and Yuejiang Wen each won the Best Poster Award at CAEML’s Fall 2022 Semiannual Meeting.

New Approach From ECE Researchers Allows for Faster Ransomware Detection

Posted on May 19, 2022 | Filed Under: Research

NC State Electrical and Computer Engineering researchers have developed a new approach for implementing ransomware detection techniques, allowing them to detect a broad range of ransomware far more quickly than previous systems.

Media Mentions

Securing Cryptography in the Quantum Computing Era

January 27, 2023

DesignCon keynote will discuss challenges of developing cryptography standards that withstand quantum computing attacks.  Keynote session speaker Aydin Aysu, Assistant Professor and Head of the Hardware Cybersecurity Research Lab (HECTOR) at Electrical & Computer Engineering Department of North Carolina University, says that quantum computers have the potential to break existing cryptography algorithms, which in some cases date back 40 years. “We have mathematical evidence this can potentially occur,” Aysu told Design News in an interview.

Researchers Demonstrate They Can Steal Data During Homomorphic Encryption

June 13, 2022

Homomorphic encryption allows third parties and third-party technologies to conduct operations on encrypted data. Homomorphic encryption is appealing because it preserves data privacy but allows users to make use of the data. It is considered a next-generation data security technology, but researchers have identified a vulnerability that could allow threat actors to steal data even as it is being encrypted.

A group of academics from the North Carolina State University and Dokuz Eylul University have demonstrated “the first side-channel attack on homomorphic encryption” that could be exploited to leak data as the encryption process is underway.

Researchers Demonstrate New Side-Channel Attack on Homomorphic Encryption

March 3, 2022

A group of academics from the North Carolina State University and Dokuz Eylul University have demonstrated what they say is the “first side-channel attack” on homomorphic encryption that could be exploited to leak data as the encryption process is underway. “Basically, by monitoring power consumption in a device that is encoding data for homomorphic encryption, we are able to read the data as it is being encrypted,” Aydin Aysu, one of the authors of the study, said. “This demonstrates that even next generation encryption technologies need protection against side-channel attacks.”

 

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