With mutual authentication, a connection can occur only when the client trusts that the digital certificate server and the server trusts that the certificate of the client. The exchange of certificates is effected via the Transport Layer Security (TLS) protocol. If the customer keystore contains more than one certificate, the certificate with the latest timestamp is used to authenticate the client to the server. This procedure reduces the risk of a user network unsuspecting inadvertently reveal security information to a malicious or insecure website.
Frauduleuses e-mails may still appear in the Inbox of a user, but even if the user clicks on a link doubtful, mechanisms will avoid capture data from the web page. Similarly, an Internet user can not reveal authentication for Web sites unsecured visited during casual, surf the Internet, even if an attempt is made to do so. Some mutual authentication solutions division to transmit and receive data in multiple channels, which complicates the task of a malicious hacker. Once a site has been identified as hostile, the user's computer can be blocked from visiting or using its features.
To illustrate, suppose an unsuspecting bank online retail client or the consumer is directed to a Web site created for the purpose of phishing. In this situation, mechanisms will prevent the seizure of critical data such as PIN (personal identification numbers), passwords or social security numbers, unless a connection has been established to the satisfaction of both the user's computer and the network server. A well-designed mutual authentication solution also protects against other forms of online fraud, such as man in the middle attacks, shoulder surfing, Trojans, keyloggers and pharming.
The mutual authentication should not be confused with two-factor authentication, a security process in which the client provides two means of identification on the server, such as a physical token and a password. To maximize security, mutual authentication can be used in conjunction with this and other issues, such as firewalls, anti-virus and anti-spyware.
The mutual authentication, also called two-way authentication, is a process or technology, in which the two entities in a communication link authenticate each other. In a networked environment, the client authenticates the server and vice versa. In this way, network users can be assured that they are dealing exclusively with legitimate entities and the servers can be sure that all candidates are users who attempt to access for legitimate purposes. Mutual authentication is increasingly accepted as a tool that can minimize the risks of online fraud and electronic commerce.
Frauduleuses e-mails may still appear in the Inbox of a user, but even if the user clicks on a link doubtful, mechanisms will avoid capture data from the web page. Similarly, an Internet user can not reveal authentication for Web sites unsecured visited during casual, surf the Internet, even if an attempt is made to do so. Some mutual authentication solutions division to transmit and receive data in multiple channels, which complicates the task of a malicious hacker. Once a site has been identified as hostile, the user's computer can be blocked from visiting or using its features.
To illustrate, suppose an unsuspecting bank online retail client or the consumer is directed to a Web site created for the purpose of phishing. In this situation, mechanisms will prevent the seizure of critical data such as PIN (personal identification numbers), passwords or social security numbers, unless a connection has been established to the satisfaction of both the user's computer and the network server. A well-designed mutual authentication solution also protects against other forms of online fraud, such as man in the middle attacks, shoulder surfing, Trojans, keyloggers and pharming.
The mutual authentication should not be confused with two-factor authentication, a security process in which the client provides two means of identification on the server, such as a physical token and a password. To maximize security, mutual authentication can be used in conjunction with this and other issues, such as firewalls, anti-virus and anti-spyware.
The mutual authentication, also called two-way authentication, is a process or technology, in which the two entities in a communication link authenticate each other. In a networked environment, the client authenticates the server and vice versa. In this way, network users can be assured that they are dealing exclusively with legitimate entities and the servers can be sure that all candidates are users who attempt to access for legitimate purposes. Mutual authentication is increasingly accepted as a tool that can minimize the risks of online fraud and electronic commerce.
