NCSC Reopens Post-Quantum Cryptography Pilot Scheme to Prepare UK Businesses

What's Happening?

The National Cyber Security Centre (NCSC) has reopened applications for its Post-Quantum Cryptography (PQC) pilot scheme, part of the Assured Cyber Security Consultancy (ACSC) scheme. This initiative aims to prepare UK businesses for large-scale technology migration by providing assurance for cryptographic discovery exercises and migration planning. The pilot includes offerings for direct guidance on PQC adoption, with applications expected to open in late spring 2026 and run until March 2027. Companies interested in joining the ACSC scheme can register by emailing [e-mail].

Why It's Important?

The PQC pilot scheme is crucial for ensuring that UK businesses are ready for the transition to quantum-resistant cryptography, which is essential for maintaining secure communications in the face of advancing quantum technologies. As quantum computing poses potential risks to current cryptographic methods, the scheme provides a proactive approach to safeguarding sensitive data and infrastructure. The initiative supports the development of robust cybersecurity measures, which are vital for protecting national security and economic interests.

What's Next?

The application process for the PQC pilot scheme will involve commercial questionnaires, assessments, and contract signing. Successful applicants will receive assurance to support cryptographic discovery and migration planning. The NCSC's efforts to prepare businesses for quantum resilience will likely lead to increased collaboration between government and industry, fostering innovation in cybersecurity practices.

Beyond the Headlines

The PQC pilot scheme reflects the growing importance of quantum technologies in shaping future cybersecurity strategies. As businesses and governments navigate the challenges posed by quantum computing, the scheme offers practical recommendations for achieving quantum resilience, highlighting opportunities for progress in science and research.