Eurofiber and Colt want quantum-secure connections

"Eurofiber and Colt Technology Services announced a new collaborative initiative focused on Quantum Key Distribution (QKD). With this project, the two network companies aim to establish a quantum-secure fiber optic connection between the financial districts of Amsterdam, London, and Brussels. The connection is intended to protect financial institutions against future cyberattacks that may be made possible by quantum computers."

"The initiative focuses on a so-called cross-carrier QKD implementation. This involves combining networks from different operators to form a secure corridor between multiple countries. Eurofiber and Colt are building on their existing collaboration. They want to use their infrastructure to set up a pan-European quantum-secure connection."

"Traditional cryptography could become vulnerable when quantum computers achieve sufficient computing power. QKD is seen as a technology that can offer protection against this, because encryption keys are shared via quantum mechanical principles. Attempts to eavesdrop on these keys would be immediately detectable."

Eurofiber and Colt Technology Services announced a collaborative initiative to establish quantum-secure fiber optic connections linking the financial districts of Amsterdam, London, and Brussels. The project implements cross-carrier Quantum Key Distribution (QKD), combining networks from different operators to create a secure pan-European corridor. This infrastructure enables financial institutions, trading platforms, and other sector participants to transport sensitive data securely while maintaining network performance and latency standards. The initiative responds to anticipated threats from quantum computers, which could compromise traditional encryption methods. QKD protects against eavesdropping by sharing encryption keys through quantum mechanical principles, making interception immediately detectable. The collaboration leverages both companies' existing infrastructure and expertise to prepare organizations for future cybersecurity threats.

Read at Techzine Global