2Llnba
2Llnba is a cryptographic hash function designed for use in blockchain and distributed systems, particularly as an alternative to more widely known algorithms like SHA-256. It was introduced as part of a research effort to explore lightweight yet secure cryptographic primitives suitable for resource-constrained environments, such as IoT devices or low-power blockchain nodes. The name "2Llnba" is derived from its internal structure, which incorporates two layers of linear feedback shift registers (LFSRs) and nonlinear boolean functions, contributing to its resistance against common cryptanalytic attacks.
The algorithm operates by processing input data through a series of transformations, including bitwise operations, modular
While 2Llnba has not achieved widespread adoption like SHA-3 or BLAKE3, it has been studied in academic
As with any cryptographic primitive, the suitability of 2Llnba depends on the specific use case, security requirements,