Distributing internet services to the network's edge

Advanced Mechanism for Single Sign-on for Distributed Computer Networks

“…Find the key pair (pu, pr) such that pu*pr ≡ 1 mod φ (N), where φ (N) = (a − 1) * (b − 1). [3]. Picks a generator g over the limited field Z*n, where n is a huge odd prime number.…”

“…User authentication is a major part in distributed networks to confirm the user is legitimate or not and can in this way allow access to conveyed service suppliers [3]. To keep away from illicit user access to the services we require strong user verification [1], [2].…”

“…After finishing of the client and the service supplier check, a session key is given to keep up the confidentiality of the information interchanged between a user and a service supplier. After common confirmation between the user and the service supplier, a symmetric key ought to be arranged to keep the protection of the information is interchanged [2] between user and service supplier, [3], and [4]. It is complex to store and remember the password with user identity token which is required to access to authorized services in the network.…”

“…Anyway client is not yet verified in administration Application A, the client is diverted to the Identity Provider. [3]. As the client is not yet verified in Identity Provider side, Identity Provider redirects the client to Identity Providers' login page.…”

Survey on Approaches to Secure Sso Mechanism

“…With wide spreading of distributed computer networks, it has become popular to allow users accessing various network services offered by distributed service providers [1], [2]. Consequently, user authentication (also called user identification) [3], [4] plays a crucial role in distributed computer networks to verify if a user is legal and then can be granted to access the services requested.…”