CRYSTALS-Kyber - This is a secure IND-CCA2 key encapsulation mechanism whose
security is based on the complexity of error learning in modular lattices. Kyber has its roots in Regev's original
LWE-based encryption scheme.
Since Regev's original work, the practical efficiency of LWE encryption schemes has been improved by the observation that LWEs can come from the same distribution as noise, and by the observation that LWE schemes can be constructed using a square (rather than rectangular) matrix as the public key. Another improvement was the application of an idea originally used in the NTRU cryptosystem to define Ring-LWE and Module-LWE.
Problems that used polynomial rings rather than integers. CCA-secure KEM Kyber is based on CPA-secure cryptosystem based on Module-LWE reliability.SIKE - is
an isogeny-based key encapsulation package based on pseudo-random choices in supersingular isogeny graphs, which was introduced in the NIST standardization process for post-quantum cryptography. It contains two algorithms-CPA-secure public-key encryption algorithm SIKE.PKE and CCA-protected key encapsulation mechanism SIKE.KEM .More algorithms, as well as their atki you can see in the archive below ✨Now I want to show some repositories and libraries using it:
A collection of libraries using post quantum cryptography , but there are not only libraries, but also different test implementations of allonyms and even attacks to look at
A short list of resources about post-quantum cryptography. I think it will be useful as a supplement to this post
Another compilation of repositories with sofas that use post-quantum encryption , I suggest taking a look
This is an easy to use post quantum cryptography tool for Linux users.
This is an offshoot of OpenSSH that adds quantum-secure cryptography, allowing it to be used and evaluated in the SSH protocol.
A collection of repositories with a close-to-browser implementation of post-quantum cryptography
This is a universal encryption/decryption signing/validation tool that uses only algorithms that are robust to quantum computers
Post quantum algorithm implementation in C
Post quantum tools in python
I think that's all 🎯
As you can see there are already quite a lot of tools using post quantum cryptography🔑
As a conclusion I can say that:
Progress is flying fast, so
if you suddenly want to make yourself a secure system, it's better to use secure post quantum algorithms.
Don't forget to check the archive below, there are many interesting materials ⚙️🗝, for example about attacks on some post-quantum algorithms, or their use in blockchain, or just a more detailed analysis of the algorithms themselves with magmatic details Thanks for reading ❤️
Remember, as the Cheshire cat said, you won't find anyone in their right mind when you go to the hatter's supper 🎩☕️
#cryptography #quantum_computer #quantum_mechanics #post_quantum #protection