The accelerating progress in quantum computing presents a clear and present danger to currently used standard public-key cryptography. This widespread encryption underpins vast swathes of digital infrastructure, making the need to transition to post-quantum cryptography (PQC) algorithms increasingly urgent. Failing to act leaves sensitive data and communications vulnerable to future quantum attacks.
Navigating this shift, often referred to as the PQC migration, is a complex undertaking. Organizations must first identify where vulnerable cryptographic algorithms are deployed. Then, they need robust methods to test and integrate the new, quantum-resistant algorithms into their existing, often disparate, systems and applications. Traditional security tools and infrastructures may lack the agility and central management capabilities required for this large-scale transition.
A crucial advancement in achieving post-quantum readiness involves leveraging a unified platform specifically built to streamline this process. Such a platform centralizes the management of cryptographic assets, allowing businesses to effectively inventory their current posture, evaluate and test various PQC candidates from initiatives like the NIST standardization, and orchestrate the secure rollout of chosen algorithms.
By providing tools for discovery, rigorous testing, and seamless integration across diverse environments – including on-premises, multi-cloud, and edge deployments – this kind of solution dramatically simplifies the path to quantum-resistant security. It empowers organizations to proactively protect their future, ensuring continued data confidentiality and integrity against the emerging quantum threat without requiring disruptive overhauls of established security systems. This strategic approach makes achieving post-quantum readiness achievable and less daunting.
Source: https://www.helpnetsecurity.com/2025/06/25/fortanix-pqc-central/
