Will Q-Day arrive sooner than expected and break our current RSA encryption standards?

All answers to this question.

The timeline for Q-Day is a moving target, but the consensus among researchers is shifting toward the early 2030s. However, the "harvest now, decrypt later" strategy used by some bad actors makes this an immediate concern. If you are handling sensitive data with long-term value, you should already be auditing your infrastructure for quantum readiness. We’ve started integrating Kyber and Dilithium, which are part of the NIST PQC standards, into our cloud architecture to ensure we aren't left vulnerable when stable, error-corrected quantum systems finally scale up.

   Answered 2025-06-22 by Amanda Collins

Are you specifically looking at software-based PQC, or are you also considering Quantum Key Distribution (QKD) hardware for your network?

   Answered 2025-07-15 by Mark Stevens

• Mark, we are primarily focused on software-based post-quantum cryptography because QKD requires specialized fiber-optic infrastructure that isn't feasible for our current global remote-work setup. NIST’s chosen algorithms are designed to run on existing classical hardware, which makes the deployment much more cost-effective for enterprise-level data protection during this transition phase.

     Commented 2025-07-20 by Sarah Jenkins

Most experts agree that while hardware is evolving, we are still a few years away from a cryptographically relevant quantum computer (CRQC), so there's no need to panic yet.

   Answered 2025-08-10 by Jessica Miller

• I agree with Jessica, but let's not forget that the transition to new standards usually takes a decade, so starting the "quantum inventory" of your data now is definitely a smart SEO and security move.I agree with Jessica, but let's not forget that the transition to new standards usually takes a decade, so starting the "quantum inventory" of your data now is definitely a smart SEO and security move.

     Commented 2025-08-12 by Amanda Collins