Paper Title
SINGLE SIGN ON MECHANISM WITH ENHANCED SECURITY MEASUREMENTS
Abstract
The Single sign-on may be a new authentication mechanism that permits a legal user with one written document
to be documented by multiple service suppliers in distributed laptop networks. These mechanisms permit users to register
just one occasion and have their identities mechanically verified by every application or service they require to access later.
There are several sensible and secure single sign-on models albeit it's of nice importance to current distributed application
environments. Most of application architectures needed the user to memorize and utilize a special set of credentials (eg,
username/password or tokens) for every application he/she needs to access. during this approach it’s inefficient and insecure
with the exponential growth within the range of applications and services a user must access each within corporative
environments and at the net. During this paper we have a tendency to propose a brand new single sign-on theme and claimed
its security by providing well-organized security arguments. This paper aims to reinforce security mistreatment RSA
cryptography and decipherment. The Implementation is completed mistreatment socket programming in Java. Identification
of user is a crucial access management mechanism for client–server networking architectures. The goal of one register
platform is to eliminate individual register procedures by unifying user authentication and identity management at a central
identity supplier.