Korea's KT Unveils End-to-End Quantum Security Strategy to Address Quantum Computing Threats
2026-06-21 13:49
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en.Wedoany.com Reported - At a special session of the Korea Institute of Communication and Sciences (KICS) Summer Comprehensive Academic Conference, KT unveiled its future cybersecurity vision, "E2E Quantum Security."

Jeong Je-min, Managing Director and Head of KT's Network AI Research, delivered a presentation at the conference held on the 19th at the Haevichi Hotel & Resort in Jeju. He noted that AI technology is being used for vulnerability detection and attack automation, and such autonomously evolving attack methods are changing the existing cybersecurity paradigm. With the advancement of quantum computing technology, the security of current public-key cryptography systems may diminish. While these systems allow anyone to encrypt data that only specific users can decrypt, the advent of quantum computers could enable hackers to crack encrypted data that was previously indecipherable.

KT Network AI Research Head Jeong Je-min (정제민) Managing Director explains the future cybersecurity vision at the KT special session of the KICS Summer Comprehensive Academic Conference held in Jeju on the 19th.

To address this, KT proposed the "E2E Quantum Security" strategy, which applies quantum technology to data transmission paths as well as the entirety of key infrastructure such as network equipment, AI data centers, and the cloud. The strategy consists of three pillars: "Quantum Link," which protects the data transmission section between customers and the communication network; "Quantum Node," which detects and protects vulnerabilities and abnormal signs in network equipment and operational sections; and "Quantum Vault," which protects the entire data lifecycle from generation, storage, and utilization to deletion. The goal is to build a comprehensive protection system spanning the transmission section, network equipment, and data to enhance the speed and security of responses to cyberattacks.

The KT special session also discussed security issues related to communication network operations beyond AI quantum security, including security vulnerabilities in 5G and LTE mobile communication environments, wireless attack techniques, security issues in the composition process of terminals, wireless protocols, and services, zero-trust security systems, and the security strategies of telecommunications operators in the AI era.

Lee Jong-sik, Executive Vice President and Head of KT's Future Network Laboratory, stated that this special session was a meaningful occasion to share AI-based security technologies and KT's future cybersecurity vision for countering continuously escalating cyberattacks. He added that KT will continue to strengthen the stability and reliability of future networks based on its AI and quantum technology capabilities.

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