The engineering and operational capabilities

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At the same time, quantum computing will put traditional encryption methods at risk by opening up new attack vectors. Organizations are already concerned about “collect now, decrypt later” attacks, where attackers steal encrypted data in the hopes of decrypting it later using quantum computers. Using quantum technology, telecommunications companies can equip themselves with tools to combat these sophisticated threats: for example, QKD can alert communicating parties whenever an attacker attempts to eavesdrop on encrypted communications.

Advances in quantum technology also have the potential to exponentially increase computing performance and data speeds. However, despite the enthusiasm of executives, few organizations are actively implementing quantum technologies on a large scale.

To move beyond internal discussions and pilots, telcos will need people with expertise in quantum technologies (such as quantum algorithms, computer architectures, superconducting circuits, and machine learning); high-performance computing to engage with the ecosystem through pilots in areas such as QKD; software, hardware, and armenia mobile database security to prevent cyber-attacks and manage the evolution of cryptography as threat levels and standards evolve; network engineering to design hybrid classical/quantum networks, develop and pilot mission-critical optical communications equipment, and explore the potential of satellites and fiber for quantum communications; and product management to monetize quantum networks and security.

inherent in traditional network optimization methods using classical computing will become less relevant.