Kibana supports the following authentication mechanisms:
Basic authentication requires a username and password to successfully log in to Kibana. It is enabled by default and based on the Native security realm provided by Elasticsearch. The basic authentication provider uses a Kibana provided login form, and supports authentication using the
Authorization request header’s
The session cookies that are issued by the basic authentication provider are stateless. Therefore, logging out of Kibana when using the basic authentication provider clears the session cookies from the browser but does not invalidate the session cookie for reuse.
For more information about basic authentication and built-in users, see User authentication.
Token authentication allows users to login using the same Kibana provided login form as basic authentication. The token authentication provider is built on Elasticsearch’s token APIs. The bearer tokens returned by Elasticsearch’s get token API can be used directly with Kibana using the
Authorization request header with the
The session cookies that are issued by the token authentication provider are stateful, and logging out of Kibana invalidates the session cookies for reuse.
Prior to configuring Kibana, ensure token support is enabled in Elasticsearch. See the Elasticsearch token API documentation for more information.
To enable the token authentication provider in Kibana, set the following value in your
The token authentication provider can be used in conjuction with the basic authentication provider. The login form will continue to use the token authentication provider, while enabling applications like
curl to use the
Authorization request header with the
Basic scheme. Set the following in your
kibana.yml, maintaining the order of the auth providers:
xpack.security.authProviders: [token, basic]
SAML authentication allows users to log in to Kibana with an external Identity Provider, such as Okta or Auth0. Make sure that SAML is enabled and configured in Elasticsearch before setting it up in Kibana. See Configuring SAML single sign-on on the Elastic Stack.
Set the configuration values in
kibana.yml as follows:
Enable the SAML authentication:
The Identify Provider sends authentication requests to the
Assertion Consumer Serviceendpoint that Kibana exposes through a "non-safe"
POSTHTTP method. This does not include CSRF protection HTTP headers specific to Kibana. You must disable the CSRF check for this endpoint.
Sometimes Kibana is behind a reverse proxy so that the user-facing Kibana protocol, hostname, and port are different than what is known to Kibana. If this is your case, update the following settings:
xpack.security.public: protocol: https hostname: kibana.proxy.com port: 8080
The Kibana user-facing origin should be the same in Kibana, Elasticsearch, and the Identity Provider SAML configuration.
Users will be able to log in to Kibana via SAML Single Sign-On by navigating directly to the Kibana URL. Users who aren’t authenticated are redirected to the Identity Provider for login. Most Identity Providers maintain a long-lived session—users who logged in to a different application using the same Identity Provider in the same browser are automatically authenticated. An exception is if Elasticsearch or the Identity Provider is configured to force user to re-authenticate. This login scenario is called Service Provider initiated login.
Some Identity Providers support a portal or dashboard from which users can open an application that is integrated with the Identity Provider. This login scenario is known as Identity Provider initiated login, and Kibana has limitations with this scenario. Users cannot open Kibana in multiple tabs from the Identity Provider portal in the same browser context if an active Kibana session exists. No issues exist if users open Kibana in multiple tabs using direct Kibana URL.
Access and Refresh Tokensedit
Once the user logs in to Kibana via SAML Single Sign-On, Elasticsearch issues access and refresh tokens that Kibana encrypts and stores them in its own session cookie. This way, the user isn’t redirected to the Identity Provider for every request that requires authentication. It also means that the Kibana SAML session depends on the
xpack.security.sessionTimeout setting and the user is automatically logged out if the session expires. An access token that is stored in the session cookie can expire, in which case Kibana will automatically renew it with a one-time-use refresh token and store it in the same cookie.
Kibana can only determine if an access token has expired if it receives a request that requires authentication. If both access and refresh tokens have already expired (for example, after 24 hours of inactivity), Kibana initiates a new SAML "handshake" and redirects the user to the Identity Provider. Depending on Elasticsearch and the Identity Provider configuration, the user might be asked to re-enter credentials.
If Kibana can’t redirect the user to the Identity Provider (for example, for AJAX/XHR requests), an error indicates that both access and refresh tokens are expired. Reloading the current Kibana page fixes the error.
Local and Global Logoutedit
During logout, both the Kibana session cookie and access/refresh token pair are invalidated. Even if the cookie has been leaked, it can’t be re-used after logout. This is known as SAML "local" logout.
Kibana can also initiate a SAML "global" logout or Single Logout if it’s supported by the Identity Provider and not explicitly disabled by Elasticsearch. In this case, the user is redirected to the Identity Provider for log out of all applications associated with the active Identity Provider session.
SAML and Basic Authenticationedit
SAML support in Kibana is designed to be the primary (or sole) authentication method for users of that Kibana instance. However, you can configure both SAML and Basic authentication for the same Kibana instance:
xpack.security.authProviders: [saml, basic]
The order of
basic is important. Users who open Kibana will go through the SAML Single Sign-On process unless the direct Basic authentication
/login link is used. This might be the case for Kibana or Elasticsearch admins whose accounts aren’t linked to the Single Sign-On users database. Or, when the
Authorization: Basic base64(username:password) HTTP header is included in the request (for example, by reverse proxy).
Basic authentication is supported only if
basic authentication provider is explicitly declared in
xpack.security.authProviders setting in addition to