Secured Blinding Signature Protocol Based on Linear Block Public Key Algorithm
Cryptography and Network Security is one of the most important and emerging research in academic and industry circles. Cryptography usage is a detailed design issue that is largely beyond the scope of the high-level algorithm description earlier. One obvious issue is key size. With many cryptography algorithms, the time it takes to crack a message varies directly with the size of the encryption key. This paper deals with a new cryptographic blinding signature protocol algorithm. The requirements for securing blind signature are privacy, authentication, integrity maintenance and non-repudiation. These are crucial and significant issues in recent times for e-voting which is transacted over the Internet through e-commerce channels. A new method of security is suggested which is a based on block cipher algorithm.