The Quantum Cryptography: Securing Digital Privacy Against Post-Quantum Threats скачать в хорошем качестве

The Quantum Cryptography: Securing Digital Privacy Against Post-Quantum Threats

The provided text outlines the 2026 landscape of quantum-safe security, detailing the shift from theoretical threats to mandated operational standards. It highlights the two primary defensive paths: Quantum Key Distribution, which relies on the laws of physics, and Post-Quantum Cryptography, which utilizes complex mathematical algorithms. Organizations are currently adopting hybrid security models and fostering cryptographic agility to protect sensitive, long-lived data from future decryption by quantum computers. The sources also identify specific standardized algorithms and backups, such as ML-KEM and HQC, that serve as the foundation for this new era of digital privacy. Ultimately, the transition is driven by the need to secure global data integrity against the looming threat of "Harvest Now, Decrypt Later" tactics.