Research Performance
Our Research Performance
Members of the GQAS Institute perform various tasks for research
Blockchain-based Delegated Quantum Computing for Secure Industrial IoT Networks Communication
Research Director: Prof. Jong Hyuk Park
Host: National Research Foundation of Korea (NRF), Korea
Period: 2022.12.26 ~ 2025.12.25
Abstract: This study studies the underlying technology for developing a blockchain-based delegated quantum cloud that provides secure authentication between various devices and efficient and secure services of data used in the cloud in a large-scale smart city environment
Real-time face de-identification technology that enables same-subject connection analysis in facial recognition CCTV
Research Director: Prof. Jong Hyuk Park
Host: Korea Internet & Security Agency (KISA)
Period: 2023.04.01 ~ 2025.12.31
Abstract: This study conducts research on real-time face de-identification technology that enables connection analysis of the same subject to protect personal information in a facial recognition CCTV environment.
Development of a Quantum Machine Learning Solution for Secure and Efficient Cyber Attacks Response
Research Director: Prof. Jong Hyuk Park
Host: National Research Foundation of Korea (NRF), Korea
Period: 2023.07.01 ~ 2026.06.30
Abstract: This study aims to develop safe and efficient wired and wireless communication networks using next-generation technologies such as quantum machine learning, post-quantum encryption techniques, blockchain, and AI, and secure the source technology of national strategic technology by developing quantum machine learning-based cybersecurity attack technology for sustainable wired and wireless communication network services.
Development of HighReliability Cryptographic Module and Forensic Technology on Energy Cloud
Research Director: Prof. Changhoon Lee
Host: Institute for Information & communication Technology Planning & evaluation (IITP), Korea
Period: 2019.06.20 ~ 2023.12.31
Abstract: It analyzes the structure and characteristics of the energy cloud infrastructure environment and develops a high-trust encryption module considering lightweight encryption module and KCMVP authentication. In addition, it builds cyber threat intelligence that may occur in an energy ICS environment, and develops forensic artifacts collection and analysis methods and forensic analysis and visualization technologies for efficient and systematic accident analysis in the event of an infringement accident.
Development of Fast Design and Implementation of Cryptographic Algorithms based on GPU/ASIC
Research Director: Prof. Changhoon Lee
Host: Institute for Information & communication Technology Planning & evaluation (IITP), Korea
Period: 2021.04.01 ~ 2023.12.31
Abstract: It is a study that derives cryptographic decryption mechanisms for 30 types of encrypted PC files and mobile apps and develops high-speed cryptographic integration systems through the development/implementation of high-speed implementation technologies based on CPU/GPU and FPGA.
Development of Lightweight BIoT technology for Highly Constrained Devices
Research Director: Prof. Changhoon Lee
Host: Institute for Information & communication Technology Planning & evaluation (IITP), Korea
Period: 2022.04.01 ~ 2024.12.31
Abstract: Based on lightweight security/authentication protocol technology, we develop security protocols for BIoT (off-chain microtransaction technology, BIoT lightweight security/authentication/access control protocol technology).
Research on AI-based Encrypted Traffic Analysis Techniques for Responding to Encrypted Threats
Research Director: Prof. Ki Wook Sohn
Host: Institute for Information & communication Technology Planning & evaluation (IITP), Korea
Period: 2023.07.01 ~ 2023.12.31
Abstract: It is a study to develop AI-based threat detection techniques for encrypted traffic by developing feature extraction techniques based on packet structure and traffic characteristics of cryptographic communication protocols and applications and metadata and statistical characteristics of encrypted traffic.