Why NIST's Post-Quantum Standard Matters
It's worth being precise about why “NIST-standardized” is a meaningful claim, not just a credential to name-drop.
NIST, the U.S. National Institute of Standards and Technology, ran a public, multi-year competition specifically to select post-quantum cryptographic algorithms. Cryptographers worldwide were invited to submit candidates and, just as importantly, to attack every other candidate submitted.
That process is the actual source of trust in cryptography. An algorithm becomes credible not because its creator says it's secure, but because it has survived years of public attempts to break it, by people with every incentive to find a flaw. CRYSTALS-Kyber, standardized as ML-KEM, emerged from that process and was finalized in 2024.
A wallet claiming its own unreviewed, proprietary math is “quantum-safe” has skipped this entire step. Using a NIST-standardized algorithm means BMIC is relying on cryptography vetted by the wider cryptographic field, not by BMIC alone -- a specific, checkable difference, not a marketing distinction.
FAQ
What does NIST standardization actually verify?
That the algorithm survived a multi-year public process where cryptographers worldwide attempted to break it -- not one company's internal claim about its own math.
When was ML-KEM finalized?
2024, after a multi-year public selection process.
Why not trust a project's own proprietary cryptography instead?
Unreviewed, proprietary schemes have not been tested by the wider cryptographic community -- the public review process is what actually earns trust, not the claim alone.
Does NIST standardization mean the algorithm is unbreakable?
No -- it means no successful attack was found during years of public review, which is a meaningfully different and more limited claim than 'unbreakable'.