Abstract
We present a method to increase the dependability of cloud-based applications. Traditional Secret Sharing Schemes (SSSs) typically fail to counter the challenges brought on by Private Channel Cracking (PCC) and Illegal Participant (IP) attacks. To prevent these attacks, we suggest a closely-coupled (t,m,n) secret sharing method that combines m(m⩾t) shareholders. A polynomial-based (t,m,n)-ITSS scheme is presented, which uses a k-round Random Number Selection (RNS) process to strengthen resistance to PCC assaults. A common method to convert a perfect (t,n)-SS into a (t,m,n)-ITSS is explained, which greatly enhances the defense against PCC attacks and illegal participation. The presented strategy can enhance the dependability of cloud-based applications.
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