#Use keeweb as sso full
#Use keeweb as sso password

These examples are based on SAML you can dig into the full XML code for the kinds of assertions being passed from the identity provider to the service provider in the scenario outlined above. If you want a closer look at the guts of the messages being passed back and forth in these sorts of transactions, check out the examples here from OneLogin. The user is granted access to the service provider.

Once received, the token is validated according to the trust relationship that was set up between the service provider and the identity provider during the initial configuration.This token is passed through your browser to the service provider.Once these credentials have been validated, the identity provider will send a token back to the service provider, confirming that it's authenticated you.If you haven't logged in, you'll be prompted to do so by providing whatever credentials the identity provider requests.The identity provider first checks to see whether you've already been authenticated, in which case it will grant you access to the service provider application and skip to step 5.As part of a request to authenticate the user, the service provider sends a token that contains some information about you, like your email address, to the identity provider, a role played by your SSO system.You attempt to access the service provider-again, this generally is an application or website you want to access.The sequence of events for how SSO works goes like this: Imagine you're the user in an environment with single sign-on and you're trying to get access to some resource on a server. The user can also use the same login credentials for any service providers using that identity provider.

#Use keeweb as sso password

As a result, even if the tokens are intercepted by an attacker or the service provider's systems are breached, the user's password and identity remain secure. It's through these tokens that the identity provider will tell the service provider that the user has authenticated-but, crucially, the tokens don't include authentication data like the user's password or biometric data.

Tokens: These are small collections of structured information that are digitally signed to ensure mutual trust, and they're the medium by which the service and identity providers communicate.

The identity provider will either ask the user to log in, or, if they've logged in recently, may simply let the service provider know that without troubling the user further. The service provider can put parameters around how authentication works: for instance, it can require that the identity provider use two-factor authentication (2FA) or biometrics. When the user attempts to access the service provider, the service provider will consult with the identity provider to ensure that the user has proven that they are who they claim to be.

Identity provider: With SSO, responsibility for authenticating users is fielded out to an identity provider-generally, the SSO platform itself.

Most platforms like these would include their own functionality for authenticating users if they were standing alone, but that's not the case with SSO.

Service provider: In an SSO context, this is an application or website that a user might want to log into-anything from an email client to a bank website to a network share.

There are three key terms you need to know in SSO lingo: When an employee leaves a company, for instance, their ability to log in to a host of internal applications can be revoked all at once. The key is that they make it possible for applications to hand over responsibilities for authenticating users to some other application or service.ДЇrom the point of view of the system administrator, the SSO platform represents a one-stop shop where user IDs can be managed. There are a few different standards that can be used to implement SSO, but they all follow the same basic underlying pattern. Single sign-on centralizes the process for both admins and users while maintaining secure access to applications. But provisioning and administering all those accounts can become a burden for administrators and users who struggle to choose strong passwords for multiple accounts. SSO is important because the number of enterprise services and accounts to users' needs controlled access is ever-expanding, and each of these services needs the sort of security that normally provided by a username/password pair.