How authentication protocols work Choosing an authentication protocol is one of the most important decisions when designing a RADIUS ecosystem. There are a variety of authentication protocols to choose from, each with their own set of... Network Security Protocols
PAP vs CHAP: A complete security comparison One of the most common questions about RADIUS security asks “Is PAP secure?” The usual answer is “no”, which is (in our opinion) simply wrong. A better answer is “Here’s a comparison of PAP and CHAP, ... Network Security Best Practices Network Security Protocols
Is PAP secure? A complete analysis of PAP authentication security A common misconception is that PAP is less secure than other authentication protocols such as CHAP, MS-CHAP, or EAP-MSCHAP(v2). This perception arises because of a misunderstanding of how PAP is actua... Network Security Best Practices Network Security Protocols
Network authentication protocols: compatibility between systems and methods In many network configurations, there will be some transactions for which the RADIUS server will not perform the authentication itself, but simply pass credentials to a third-party system and rely on ... Network Security Protocols
Authentication: Is it really you? RADIUS security is composed of three components: authentication, authorization, and accounting. These three links in the RADIUS security chain are often referred to by their acronym, “AAA”. The first ... Network Security Protocols
How a RADIUS server works A RADIUS server utilizes a central database to authenticate remote users. RADIUS functions as a client-server protocol, authenticating each user with a unique encryption key when access is granted. Ho... Network Security Protocols
How Does RADIUS Authentication Work? RADIUS authentication starts when the user requests access to a network resource through the Remote Access Server (RAS). The user submits a username and a password, which are encrypted by the RADIUS s... Network Security Protocols