Nokia and SK Broadband Enhance Security for Energy Infrastructure

Nokia and SK Broadband's Quantum-Secure Network Deployment

Nokia, in partnership with SK Broadband, has successfully launched a quantum-secure network aimed at bolstering the IT infrastructure of Korea Hydro and Nuclear Power (KHNP). This innovative deployment utilizes advanced quantum-safe MACsec technology to enhance security protocols for KHNP's IP MPLS leased line network. This collaborative effort allows KHNP to better safeguard its data against current and future cyber threats, particularly from increasingly sophisticated quantum computing attacks.

Transforming Cybersecurity with Advanced Technology

The deployment is a significant step for KHNP, as it now enjoys a reliable and secure network connectivity solution powered by Nokia's state-of-the-art Quantum-Safe Network. This comprehensive approach incorporates a defense-in-depth framework, utilizing advanced encryption techniques to shield the infrastructure from complex cyber threats. The technology includes Nokia's transmission equipment, interconnect routers, and service access systems, enabling smooth and stable operations. Moreover, the introduction of Nokia’s Network Services Platform (NSP) simplifies the management and operation of the network, providing enhanced oversight and efficiency.

Expert Insights on the Collaboration

Kim Gooyoung, Head of Enterprise Sales Division at SK Broadband, emphasized the importance of this integration, stating that Nokia's advanced quantum-safe MACsec technologies significantly augment the security and reliability of South Korea’s critical infrastructure. He noted that as cyber threats evolve, incorporating cutting-edge technologies like quantum-safe networks is vital to safeguarding essential systems.

Jay Han, Head of Network Infrastructure business at Nokia Korea, highlighted Nokia's commitment to protecting critical infrastructure. He remarked, "Our industry-leading quantum-safe network solutions and proven track record equip critical infrastructure operators like KHNP to defend against cyber disruptions. We are excited to work alongside SK Broadband to broaden the implementation of our quantum-safe technologies across Korea." This collaboration demonstrates Nokia's foresight in understanding and addressing the significant cybersecurity challenges that lie ahead.

About the Quantum-Safe Network and Its Benefits

Nokia’s Quantum-Safe Network is designed not only to withstand present-day cyber threats but also to prepare organizations for a future where quantum attacks could become a reality. With the deployment now in place, KHNP is well-equipped to face the dual challenges of enhancing cybersecurity while maintaining operational efficiency. As quantum computing technology becomes more prevalent, the need for such secure networks is more pressing than ever.

About Nokia: A Leader in Technology Innovation

Nokia stands at the forefront of technological innovation, providing robust solutions in mobile, fixed, and cloud networks. The company prides itself on creating open architectures that seamlessly integrate into existing ecosystems, ensuring that service providers, businesses, and partners can build secure, reliable, and sustainable networks. With the contributions from Nokia Bell Labs, Nokia continues to advance its research and development efforts, emphasizing a future of digital applications and services that enhance global connectivity and efficiency.

Contact Information for Media Inquiries

For media inquiries, please reach out to Nokia Communications in the Asia Pacific region via email at cordia.so@nokia.com. You can also contact the Nokia Press Office at Press.Services@nokia.com.

Frequently Asked Questions

What is the purpose of the quantum-secure network deployed by Nokia and SK Broadband?

The quantum-secure network aims to enhance the security of Korea Hydro and Nuclear Power’s IT infrastructure, protecting it against existing and emerging cyber threats, including those posed by quantum computing.

How does Nokia's Quantum-Safe Network work?

Nokia's Quantum-Safe Network employs advanced cryptography and a defense-in-depth strategy to protect sensitive data, ensuring secure and trusted connectivity for critical infrastructure operations.

Who benefits from this deployment?

Korea Hydro and Nuclear Power benefits directly from this deployment, gaining increased protection and secure data management for its essential systems, which are critical for energy infrastructure.

What are the long-term advantages of implementing such security measures?

Implementing quantum-safe security measures ensures protection against evolving cyber threats, enhances operational reliability, and prepares organizations for potential future threats associated with quantum technology.

How does this deployment align with global cybersecurity trends?

This deployment reflects a growing emphasis on advanced cybersecurity solutions worldwide, particularly the need to defend critical infrastructures against sophisticated cyber attacks in an increasingly digital world.

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