aiqbench analysis
This article focuses on the practical enterprise migration strategies for post-quantum cryptography (PQC), specifically addressing performance impacts like increased TLS handshake times and message sizes during implementation. It frames the transition as a manageable software engineering project rather than a theoretical physics challenge, offering actionable insights for organizations planning their quantum readiness roadmaps.
Daiwa and Deloitte break PQC implementation into manageable steps
PQC implementation becomes more manageable when organizations treat it as a migration program rather than a physics problem. As the post-quantum cryptography transition moves from discussion to implementation, organizations can test what is ready while planning around unresolved dependencies. Even straightforward technical changes can take years once budgets, products and governance enter the picture. Practical […] The post Daiwa and Deloitte break PQC implementation into manageable steps appeared first on SiliconANGLE.
PQC implementation becomes more manageable when organizations treat it as a migration program rather than a physics problem. As the post-quantum cryptography transition moves from discussion to implementation, organizations can test what is ready while planning around unresolved dependencies. Even straightforward technical changes can take years once budgets, products and governance enter the picture. Practical tests and staged planning can narrow the problem and help demystify the process, according to Colin Soutar (pictured, center), managing director at Deloitte Touche…
Excerpt shown under the publisher's RSS terms · 79 words · full text and figures are on the publisher's site
