The knowledge is especially helpful if the steps provided by this tutorial should be adapted for other certificates. Knowing the configuration details helps to understand the commands listed in the instructions provided by this tutorial. The certificate is loaded as soon as the changes are committed and the transaction is closed. However, if an existing certificate is replaced with a new one and the identifier remains the same, then no further configuration is required. If a new certificate with a unique identifier is added, it will not be active until it is also referenced, for example, by a service role. The following example uses a key with the identifier default-admin-ssl-key for setting up HTTPS for all the instances with the default service role assigned.įamiliarize yourself with the identifier of the certificate that should be renewed and its path in the configuration. The attribute refers to an identifier of a certificate and its corresponding private key.
The service role is also where HTTPS for the endpoints is configured (except for the admin service, which has its own configuration). This role defines which port to use, which endpoints to expose, and which client certificates to trust, among other details. The Curity Identity Server is always assigned a service role as part of the startup. HTTPS and the Server SSL Keystoreīefore getting to the actual commands, have a look at the background of configuring SSL server certificates. Other keys and certificates can be updated accordingly.
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It provides insight into the configuration of certificates and explains how to update an HTTPS certificate and corresponding key via the CLI or RESTCONF API. This tutorial shows how to use either of these interfaces for updating the certificates and keys configured in the Curity Identity Server without restart or downtime. The Curity Identity Server has two interfaces that are suitable for automation: CLI and RESTCONF API. Consider running the Certbot with -deploy-hook for deploying a new certificate at the Curity Identity Server similar to the following command:Ĭertbot renew -deploy-hook /path/to/deploy-certificate-idsvr-script Deploy the certificates in an automated manner as well. However, it is not enough to only create the new certificate automatically.
The certificates protecting those endpoints should automatically be renewed using the Certbot client. The admin service is accessible over, and the runtime nodes serve requests on. This also applies to the HTTPS certificates of the Curity Identity Server.Īssume that the nodes are deployed in the cloud just as other services are. In most - if not all - cases, automation should be the default way for issuing and managing certificates.
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Let's Encrypt offers free options and comes with a great opportunity for automation. Many companies already use these patterns for their own APIs.Īssume that services are already running at a cloud provider of your choice, using virtual machines or containers. This article will describe how the Curity Identity Server fits into industry-standard patterns for automatically issuing and renewing HTTPS certificates.
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