Building a practical path to post-quantum cryptography
| Source: MIT Technology Review AI
Tags: post-quantum cryptography, NIST, cybersecurity, Intel, quantum computing, enterprise security
Intel-sponsored piece in MIT Technology Review frames post-quantum cryptography migration as a manageable evolution, citing a U.S. NSS mandate requiring PQC-capable systems by January 2027 and full adoption by 2035, and a 50/50 expert probability of quantum RSA-cracking by 2040.
Details
This Intel-sponsored article in MIT Technology Review argues the quantum threat to current encryption is real but plannable, citing two concrete anchors: a Global Risk Institute survey of 32 quantum computing experts giving a 50/50 probability of cracking 2048-bit RSA within 24 hours by 2040, and U.S. government directives requiring NSS acquisitions to support CNSA 2.0 PQC algorithms from January 2027, with full implementation by 2035. The most immediate risk highlighted is "harvest now, decrypt later" — adversaries collecting encrypted enterprise data today for future quantum decryption. For information requiring confidentiality beyond 10 years, this is an active concern, not a future one. For most commercial data, the risk is manageable with methodical migration planning. NIST has finalized its PQC algorithm standards, giving enterprises a concrete migration target (CNSA 2.0). The article positions Intel as a PQC infrastructure partner, making the framing promotional rather than purely analytical. That said, the regulatory milestones and expert survey data cited are independently verifiable. Note: this is sponsored content; conclusions should be evaluated accordingly. Post-quantum cryptography is indirectly related to AI but was published in MIT Technology Review's AI channel.