Antanas Guoga
PRESIDENT











August 31, 2026ML-KEM (Kyber): The Quantum-Safe Key Exchange Already in Your BrowserML-KEM is the post-quantum algorithm you may already be using. It protects the key exchange behind encrypted connections, and it's rolling out as we speak, from web browsers to messaging apps. NIST standardized it in 2024 as FIPS 203, based on the scheme once called Kyber.
August 31, 2026Dilithium (ML-DSA): NIST's Primary Post-Quantum SignatureDilithium is the digital signature scheme that the U.S. National Institute of Standards and Technology (NIST) chose as its main defense mechanism for the post-quantum era. In 2024, it became an official standard, ML-DSA in FIPS 204, and NIST recommends it as the general-purpose signature for most systems. Its security rests on hard problems in module lattices, which no efficient classical or quantum attack is known to solve, including Shor's algorithm.
August 25, 2026Grover's Algorithm: The Quantum Attack AES Can AbsorbGrover's algorithm is the quantum attack type that people usually refer to when they ask whether quantum computers can break the Advanced Encryption Standard (AES), a widespread method for encrypting electronic data.
The short answer isn’t cut and dried. You could say that it weakens AES, but doesn’t put AES-256 within practical reach of hackers. Specifically, Grover’s algorithm speeds up the brute-force search for a secret key, but only by a square-root factor, so a 256-bit key remains far out of range of any known attack.