{"id":47457,"date":"2022-07-06T09:50:40","date_gmt":"2022-07-06T09:50:40","guid":{"rendered":"http:\/\/49767c3b-7e37-47d9-89eb-21fa5aa8d3a1"},"modified":"2022-07-06T09:50:40","modified_gmt":"2022-07-06T09:50:40","slug":"to-stop-quantum-hackers-the-us-just-chose-these-four-quantum-resistant-encryption-algorithms","status":"publish","type":"post","link":"https:\/\/www.threatshub.org\/blog\/to-stop-quantum-hackers-the-us-just-chose-these-four-quantum-resistant-encryption-algorithms\/","title":{"rendered":"To stop quantum hackers, the US just chose these four quantum-resistant encryption algorithms"},"content":{"rendered":"
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Image: wacomka\/Shutterstock<\/span><\/figcaption><\/figure>\n

The U.S. Department of Commerce’s National Institute of Standards and Technology (NIST) has selected four quantum-resistant cryptographic algorithms for general encryption and digital signatures. <\/p>\n

NIST, a US standards setting body and research organization within the Department of Commerce, announced the four algorithms after a six-year period assessing potential quantum-resistant (QR) alternatives to today’s cryptographic algorithms for public key encryption, digital signatures, and key exchange. <\/p>\n

In 2016, NIST asked the world’s cryptographers to devise and then vet potential quantum-resistant methods to secure communications for everything from websites to email.  <\/p>\n

SEE: <\/strong>What is quantum computing? Everything you need to know about the strange world of quantum computers<\/strong><\/a><\/p>\n

Today’s key algorithms include AES-256 for symmetric key encryption, SHA-256 and SHA-3 for hashing functions, RSA public key encryption for digital signatures and key establishment, Elliptic Curve Cryptography (ECDSA, ECDH) and DSA public key encryption for digital signatures and key exchange.  <\/p>\n

NIST has currently selected only the CRYSTALS-Kyber<\/a> algorithm for general encryption in a post-quantum world. However, it is still considering four others. <\/p>\n

The Kyber algorithm is already used by internet firm Cloudflare in its post-quantum CIRCL<\/a> (Cloudflare Interoperable, Reusable Cryptographic Library) library of cryptographic primitives written in Go. Amazon since 2020<\/span><\/a><\/span> has supported Kyber as one of its post-quantum key exchange algorithms for Transport Layer Security (TLS) 1.2, the encryption protocol behind HTTPS websites. And IBM used Kyber for its first quantum-resistant tape drive<\/a>. <\/p>\n

NIST has also nominated CRYSTALS-Dilithium<\/a>, FALCON<\/a> and SPHINCS+<\/a> for post-quantum digital signatures.<\/p>\n

The four selected encryption algorithms will become part of NIST’s post-quantum cryptographic standard, expected to be finalized around 2024. This selection marks the beginning of NIST’s post-quantum cryptography standardization project<\/a>.<\/p>\n

NIST kicked off the search for new post-quantum encryption algorithms in 2016 after assessing<\/a> that a sufficiently large quantum computer would render all major public key encryption algorithms insecure, while AES-256 would only require larger key sizes, and SHA-256 and SHA-3 would require larger hash outputs. <\/p>\n

Its position was based on AT&T Bell Labs researcher Peter Shor’s<\/a> algorithm that showed a powerful enough quantum computer would endanger many modern communications systems protected by these types of encryption. <\/p>\n

And while such a quantum computer is still years away, NIST noted it has historically taken almost 20 years to deploy modern public key cryptography infrastructure. On top of this, a sophisticated adversary could collect a ton data with today’s algorithms and decrypt it once they acquire a sufficiently powerful quantum computer.  <\/p>\n

How big would that encryption-busting computer need to be? <\/p>\n

The Department of Homeland Security (DHS) and NIST noted in its 2021 FAQ<\/a> about post-quantum cryptography that a quantum computer capable of running Shor’s Algorithm to break a public key will need an estimated 6,000 stable qubits. But qubits are notoriously fragile. <\/p>\n

DHS notes that today’s cryptographic algorithms are still very safe from a computer like Google’s 54-qubit quantum Sycamore chip<\/a>, which the firm claimed had achieved “quantum supremacy” \u2013 although this is disputed. Last year IBM said it was targeting a 4,000-qubit computer by 2025<\/a>. <\/p>\n

“The point at which a given quantum computer is built with sufficient qubit capacity to break public key cryptography sometimes called “cryptographically relevant”, when a quantum machine now can break our current cryptographic algorithms. This is still significantly larger in size and power than a quantum machine that achieves “quantum supremacy”,” DHS notes. <\/p>\n

SEE: These are the biggest cybersecurity threats. Make sure you aren’t ignoring them<\/a><\/strong><\/p>\n

Still, the the White House in May recognized the impending threat to national security and outlined several proposals to accelerate US R&D in quantum computing and a rough timeline for federal agencies to deploy quantum-resistant cryptography<\/a> \u2013 to keep it ahead of and safe from rivals like China and Russia. Other governments including those in Australia<\/a>, France<\/a>, the UK<\/a> and elsewhere have acknowledged post-quantum risks to their organizations’ networks and communications.  <\/p>\n

The White House wants key federal agencies to migrate existing cryptographic systems to ones that are resistant to a ‘cryptanalytically’-relevant quantum computer (CRQC) in order to mitigate “as much of the quantum risk as is feasible” by 2035. <\/p>\n

NIST recommends CRYSTALS-Dilithium as the primary algorithm for digital signatures, while FALCON is suitable for applications that need signatures smaller than Dilithium can provide. <\/p>\n

NIST picked SPHINCS+<\/a> as a backup despite it being comparatively larger and slower than the other two because it was based on a different math approach to the other three algorithms it selected. <\/p>\n

“Three of the selected algorithms are based on a family of math problems called structured lattices, while SPHINCS+ uses hash functions. The additional four algorithms still under consideration are designed for general encryption and do not use structured lattices or hash functions in their approaches,” NIST said. <\/p>\n

SEE: These are the cybersecurity threats of tomorrow that you should be thinking about today<\/a><\/strong><\/p>\n

“Our post-quantum cryptography program has leveraged the top minds in cryptography \u2013 worldwide \u2013 to produce this first group of quantum-resistant algorithms that will lead to a standard and significantly increase the security of our digital information.” NIST director Laurie E. Locascio said in a statement<\/a>. <\/p>\n

NIST intends<\/a> for the new public-key cryptography standards to specify “one or more additional unclassified, publicly disclosed digital signature, public-key encryption, and key-establishment algorithms that are available worldwide” that can protect sensitive government information beyond the advent of powerful quantum computers. <\/p>\n

READ MORE HERE<\/a><\/p>\n","protected":false},"excerpt":{"rendered":"

The US now has four post-quantum cryptographic algorithms it plans to make part of a new set of public-key cryptography standards by 2024.
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