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SK Telecom and Thales Implement Post Quantum Crypto in 5G Networks

Source: SK Telecom

Seoul, South Korea - SK Telecom (NYSE: SKM) has partnered with Thales to deploy post-quantum cryptography (PQC) in 5G networks. 

Why It Matters:

The partnership represents a significant step in adapting to the evolving cybersecurity landscape in the telecom industry.

By integrating Thales' 5G PQC SIM technology into SK Telecom's network, this collaboration aims to create a more secure communications environment against quantum computing threats.

Implementing PQC in 5G networks is a proactive approach to future-proof digital communications against emerging technological challenges.

The Key Points

  • SK Telecom and Thales are focused on enhancing cryptographic standards to protect user identities in 5G networks.
  • Thales' 5G SIM technology is central to encrypting digital identities to resist attacks from potential quantum computing threats.
  • The National Institute of Standards and Technology (NIST) is leading the standardization of post-quantum cryptographic algorithms. 
  • SKT and Thales used the Crystals Kyber algorithm, known for its post-quantum security.

What They Say:

Yu Takki, vice president and head of the Infra Technology Office at SK Telecom, emphasized the company's commitment to cybersecurity: 

"Our partnership with Thales is focused on maintaining a strong position in cybersecurity and protecting customer data. Integrating the PQC SIM with our quantum expertise is aimed at comprehensive quantum secure communications".

Eva Rudin, SVP of Mobile Connectivity & Solutions at Thales, spoke about the need for quantum-resistant cryptographic algorithms, saying, 

"With quantum computers threatening current cryptographic standards, our focus on quantum-resistant algorithms is essential for the continued security and privacy of 5G network communications."

What Comes Next:

This collaboration between SK Telecom and Thales is a notable development in the telecom industry's preparation for the quantum computing era. 

It reflects an anticipatory stance to ensure user data's continued security and privacy in the face of rapid technological change. 

Deploying quantum-resistant cryptography in 5G networks is a critical step in adapting to future cybersecurity threats, and both companies are playing a pivotal role in this transition.