MicroAlgo Develops Quantum Encryption Using Lattice Cryptography

MicroAlgo Inc. announced in a press release the development of a quantum encryption technology that uses lattice cryptography integrated with the LSQb algorithm. The integration aims to strengthen protection against quantum attacks and improve the security of information hiding and transmission processes.

The technology incorporates lattice cryptography, a method based on complex mathematical lattice structures known for resisting quantum computational threats. By embedding secret information into quantum images and encrypting them through lattice-based quantum encryption, MicroAlgo enhances data security during transmission in quantum networks.

The process includes quantum image preprocessing, encoding and embedding of secret information, encryption using lattice cryptography, and quantum information transmission with error correction. These steps ensure the integrity and reliability of information even in environments affected by quantum channel noise.

MicroAlgo stated that the integration of lattice cryptography with the LSQb algorithm results in improved stability and security compared to the standalone algorithm, supporting safer quantum information systems for practical and research applications.