SonicOS 7.1 Users
- SonicOS 7.1
- About SonicOS
- About User Management
- Using Local Users and Groups for Authentication
- Using RADIUS for Authentication
- Using LDAP/Active Directory/eDirectory Authentication
- Using RADIUS
- Using TACACS+
- Using Single Sign-On
- What is Single Sign-On?
- Benefits of SonicWall SSO
- Platforms and Supported Standards
- How Does Single Sign-On Work?
- How Does SSO Agent Work?
- How Does Terminal Services Agent Work?
- How Does Browser NTLM Authentication Work?
- How Does RADIUS Accounting for Single-Sign-On Work?
- Installing the Single Sign-On Agent and/or Terminal Services Agent
- Single Sign-On Advanced Features
- Configuring Access Rules
- Managing SonicOS with HTTP Login from a Terminal Server
- Viewing and Managing SSO User Sessions
- Multiple Administrator Support
- Configuring Users Status
- Configuring User Settings
- User Login Settings
- Setting the Authentication Method for Login
- Configuring RADIUS Authentication
- Configuring LDAP
- Configuring TACACS+
- Requiring User Names be Treated as Case-Sensitive
- Preventing Users From Logging in from More than One Location
- Forcing Users to Log In Immediately After Changing Their Passwords
- Displaying User Login Information Since the Last Login
- Setting the Single-Sign-On Methods
- One-Time Password Settings
- Configuring the User Web Login Settings
- Adding URLs to Authentication Bypass
- User Session Settings
- Accounting
- [[[Missing Linked File System.LinkedTitle]]]
- User Login Settings
- Configuring and Managing Partitions
- Configuring Local Users and Groups
- Configuring Guest Services
- Configuring Guest Accounts
- Managing Guest Status
- SonicWall Support
SonicWall SSO Authentication Using the SSO Agent
For users on individual Windows workstations, the SSO Agent (on the SSO workstation) handles the authentication requests from the firewall. There are six steps involved in SonicWall SSO authentication using the SSO Agent.
The SSO authentication process is initiated when user traffic passes through a firewall. For example, when a user accesses the Internet. The sent packets are temporarily blocked and saved while the firewall sends a “User Name” request and workstation IP address to the authorization agent running the SSO Agent (the SSO workstation).
The authorization agent running the SSO Agent provides the firewall with the user name currently logged into the workstation. A User IP Table entry is created for the logged in user, similarly to RADIUS and LDAP.
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