CIOs forced to answer the call on post quantum security

Safeguarding digital communications against the looming threat of quantum computing attacks passed another milestone in the development of quantum-resistant cryptography

NIST initiated a program a few years back to develop and standardize quantum-resistant public-key cryptographic algorithms to protect digital communications from potential threats posed by quantum computers.

Quantum computers, based on quantum mechanics, would have the potential to decipher current public-key cryptosystems at a large scale, posing a threat to internet security.

Post-quantum #cryptography aims to create secure systems against both quantum and classical computers while remaining compatible with existing networks.

Although the timeline for the development of large-scale quantum computers is very uncertain

it is widely agreed that preparing for this quantum computing era is essential.

This preparation is essential, given the historical timeframe required for deploying new cryptographic IT infrastructures and the importance of ensuring #CyberResilience.

Post-Quantum Security, often called quantum-resistant or quantum-safe security, involves developing and implementing cryptographic algorithms that are secure against both quantum and classical computers.

In post-quantum security, the focus extends beyond simply swapping outdated algorithms for new ones. It involves a profound reevaluation of our approach to cryptographic security in light of the potential redefinition of computational power by quantum computing.

This field is experiencing rapid advancements with continuous research, standardization endeavors, and practical deployments, all aimed at fortifying digital information against the impending quantum threat.

There is no timeline or guarantee… but an incredible transformation is on the horizon.

Thinkencore !