A One-Time Encryption Consensus Algorithm Based on (t, n) Threshold Secret Sharing

A one-time encryption consensus algorithm based on (t, n) threshold secret sharing is proposed to address the performance and security issues of consensus mechanisms in blockchain applications. The theoretical basis of this algorithm is the chaos algorithm, finite state automata, secure multi-party computation, and lagrange interpolating formula in cryptography. After analyzing the security of the threshold secret sharing scheme, it can resist various attacks and achieve a one-time encryption security level, It also has the characteristics of key dynamism and nodes management flexibility, ensuring the strong security of the proposed consensus algorithm.