![]() The recorded sessions can be replayed for audit purposes. The recorded sessions: Recordings of interactive sessions established via SSH, RDP and kubectl commands.Examples of such events include login attempts, file transfers, codeĮxecution, filesystem changes, and network activity. The audit log: Well-documented JSON records of securityĮvents. ![]() The audit log consists of two components: The Teleport Auth Service maintains an audit log of all activity inside the ~/.tsh directory, and loads them into the ssh-agent if one is running.Ĭertificate-based SSH authentication. The tsh client receives the certificates from the Proxy Service, stores them in the user's In turn, theĪuth Service issues certificates for SSH, Kubernetes, and other resources in aĬluster, and sends them back to the client via the Proxy Service. The Proxy Service sends the user's identity to the Teleport Auth Service. Is used, the Proxy Service forwards the user to GitHub using OAuth2. If a third-party identity provider such as GitHub , where users are asked for their username, The Teleport Proxy Service serves the login screen on $ kubectl get pods # Database access as usual: $ tsh login -proxy= # SSH access as usual: Teleport is backward compliant with existing client tools, so users can continue to use client tools including ssh, psql, mysql, kubectl, and others as usual: First, 'tsh' commands authenticates users and configures other # CLI tools with a client's certificate: ![]() With short-lived certificates for access.Īfter that, users will be able to access their SSH servers, Windows servers and desktops, Kubernetes clusters, web applications, or databases. This configures the users' CLI environments Users of ssh, kubectl, and other command-line clients can authenticate firstīy executing the tsh login command. To access Windows hosts via RDP in their web browser, and does not require a Organization's cloud or on-premise environment. This allows usersįrom one organization to access designated servers inside of another Teleport clusters can be configured to trust each other. This also allows users to enumerate all servers and other resources that This model prevents honeypot attacks and eliminates the issue of trust on first
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