Single Sign-On Solution: One Portal for All Your Apps | OneLogin (2024)

FAQs

What is a single sign on SSO solution? ›

Single sign-on (SSO) is a technology which combines several different application login screens into one. With SSO, a user only has to enter their login credentials (username, password, etc.) one time on a single page to access all of their SaaS applications.

SSO ensures that users only have to enter one password to access multiple applications or services. This helps avoid password fatigue, whereby people struggle to remember different passwords for different accounts and can lead to them recycling credentials across multiple services.

Single sign-on is an authentication method that allows users to sign in using one set of credentials to multiple independent software systems. Using SSO means a user doesn't have to sign in to every application they use.

This error usually indicates that the SAML Response from your Identity Provider lacks a readable Recipient value (or that the Recipient value is incorrect). The Recipient value is an important component of the SAML Response. Diagnose this issue further by capturing HTTP headers during a login attempt.

What is SSO? Single Sign-On (SSO) is an authentication process in which a user is provided access to multiple applications and/or websites by using only a single set of login credentials (such as username and password). This prevents the need for the user to log separately into the different applications.

SSO is built on trust

On the other hand, SSO goes beyond using just passwords for authentication. It grants access based on trust. SSO establishes trust relationships across different applications and uses them to determine whether the user is to be granted access.

SSO allows users to access multiple applications or websites by using a single set of login credentials. This streamlined process not only simplifies the login experience but also enhances security and overall user experience.

Security and compliance benefits of SSO

SSO reduces the number of attack surfaces because users only log in once each day and only use one set of credentials. Reducing login to one set of credentials improves enterprise security. When employees have to use separate passwords for each app, they usually don't.

With SSO, passwords are never reused between accounts, and token-based authentication ensures that the secure tokens are only valid for each individual session, making it impossible for hackers to leverage previously compromised credentials to attack other areas of the network in future.

How do I know if single sign on is enabled? ›

Single Sign-On (SSO) is enabled by default for all integrations, however, it can be configured so that SSO is disabled. To confirm if SSO is disabled, you can review the integration in the TVE Dashboard.

With SSO, meaning Single Sign-On, after you're logged in via the SSO solution, you can access all company-approved applications and websites without having to log in again. That includes cloud applications as well as on-prem applications, often available through an SSO portal (also called a login portal).

Single sign-on (SSO) is a session and user authentication service that permits a user to use one set of login credentials -- for example, a username and password -- to access multiple applications.

Cloud-based applications: Many cloud-based applications like Google Workspace, Microsoft Office 365, and Salesforce offer SSO as a way for users to access multiple services with one set of login credentials.

SSO reduces the number of attack surfaces because users only log in once each day and only use one set of credentials. Reducing login to one set of credentials improves enterprise security. When employees have to use separate passwords for each app, they usually don't.

The main difference between SSO (Single Sign-On) and social login is that SSO allows users to log in to multiple applications with a single set of credentials. In contrast, social login allows users to log in to one application using their social media account credentials.

The architecture of SSO involves three main components: the identity provider, the service provider, and the user. The IDP is responsible for authenticating the user and providing a secure token to the SP, which in turn grants access to the requested application.

Little Control once Access is Granted

If the attack is detected, the user account can be disabled. However, the user may still remain logged in. This could allow the attacker to stay logged on with access to the linked application, depending on the security of the application and the SSO model installed.