An Efficient Implementation of Digital Signature Algorithm with SRNN Public Key Cryptography

Abstract

A digital Signature Algorithm verify the undivided of the signed data and the recognize of the signature. Cryptographic protocols provide services like entity authenticated key transport and authenticated key agreement. This architecture is connected with secure Hash Function and 512-bit SRNN cryptographic algorithm. SRNN cryptographic algorithm is based on RSA algorithm with some modification. SRNN algorithm is include more security .1n this algorithm we have an extremely large number increased the security of cryptography system. In this paper, a new algorithm has been designed for generation signature that overcomes the short coming of the RSA system. The new algorithm can be achieving high security. The security of DNS is paramount case DNS infrastructure is vulnerable and compromised, organization lose their revenue, they face downtime, customer dissatisfaction, privacy loss, confront legal challenges and many more. As we know that DNS is now become the biggest disposed database, but initially at the time of DNS design the only goal was to supply climbed and available name resolution service but its security perspectives were not focused and overlooked at there is an urgent requirement to provide some additional mechanism for addressing known vulnerabilities.