DigiCert launches Quantum Central for post-quantum cryptography readiness

DigiCert introduces a revolutionary tool to help organisations gear up for the quantum future with its Quantum Central solution.

  • Wednesday, 8th July 2026 Posted 1 hour ago in by Katy Hill

DigiCert has unveiled a preview of DigiCert Quantum Central, a new addition to its DigiCert ONE portfolio. The solution is designed to assist organisations in taking initial steps towards post-quantum cryptography (PQC) compliance.

Organisations face the challenge of managing the transition to post-quantum cryptography. DigiCert Quantum Central aims to provide a structured approach to addressing this process. With features designed to support security and IT teams, the solution helps with the discovery and cataloguing of cryptographic assets. It assesses systems that may be susceptible to quantum threats and supports the prioritisation of remediation activities, enabling organisations to create change requests, monitor progress, and develop a strategy for PQC migration.

Identifying potential vulnerabilities is an important step in strengthening security. DigiCert Quantum Central provides visibility into an organisation’s cryptographic environment, helping teams map their cryptographic landscape. By documenting cryptographic assets and establishing a plan of action, organisations can prepare for the transition to post-quantum cryptography.

Available as a complimentary preview, DigiCert Quantum Central provides a self-service solution for organisations beginning their PQC journey. The tool enables security teams to:

  • Identify and catalogue cryptographic assets.

  • Identify and prioritise remediation activities.

  • Plan and track PQC migration tasks through Jira integration.

  • Assess quantum readiness and access PQC educational resources.

The development of quantum computing presents potential challenges for existing cryptographic systems. DigiCert Quantum Central is intended to support organisations as they prepare for the transition towards post-quantum cryptography and future cryptographic requirements.