![]() ![]() For this blog, I’ve set up a token that only has ‘Read’ access to the ‘KuberDemo’ Vault. After logging in you should see something like the screenshot below.Ĭlick on ‘Secrets Automation’ and you will be guided through a simple setup process where you’ll name your environment, set up the first access token, and grant access to one or more Vaults. For personal accounts this will be at typically. You can set this up from the 1Password web UI. The next step is to set up a 1Password Integration. I’m also going to add a few dummy secrets in there that we will use later. For this blogpost, I’m just going to add a single Vault named ‘KuberDemo’. As per Conway’s Law, your solution will heavily mirror your organization structure here. For a more production-ready setup you would probably be looking at different Vaults per application (so you can configure access to the secrets easily based on teams), and probably per environment. While the first part isn’t technically required, I think it’s a good idea to set up a separate 1Password Vault for infrastructure secrets at this point. Setting up an Integration to use in Kubernetes.The first thing we need to do is configure 1Password so that we can use it for infrastructure secrets. Or maybe you’re trying to kill two birds with one stone for your company, and using 1Password means introducing a good enterprise-ready password management solution that also works for infrastructure secrets. Maybe you already use 1Password as your personal password manager. Well, maybe you’re working on a personal side project that needs to run on Kubernetes but setting up Vault feels like overkill, and AWS Secrets Manager isn’t free, and maybe SealedSecrets is a little too complex for your taste. Today we’re looking at integrating Kubernetes with 1Password. Or Bitnami SealedSecrets, which allows you to encrypt secrets properly so that you can store them in Git. Solutions like HashiCorp Vault or AWS Secrets Manager are great solutions for this. There are many solutions built specifically for secrets management, and a lot of them can actually be used with Kubernetes. So quite often we’ll look for a way to store secrets outside of Kubernetes and then deploy them into a cluster. Except that the secrets are not really encrypted (just base64 encoded), and actually storing them in Kubernetes is a bad idea for many reasons (long story short: infrastructure is unreliable and nobody wants to backup/restore Kubernetes). Kubernetes offers Secrets as a clean abstraction to store sensitive information separate from deployment config, and apply access controls to it. Now let’s add Kubernetes into the mix as well. Passwords are floating around in config files, and it’s no exception to find plain-text credentials in a Git repository somewhere. Infrastructure and systems are even worse. Larger enterprises, however, are often still struggling here and you’ll find password-protected Excel sheets, KeePass files and loads of shadow IT floating around. And nowadays most people have some sort of password manager, whether it be integrated in their operating system or browser, or a dedicated password management tool like 1Password or LastPass. And also: please give me a means to make all this secure behaviour easy for me. Use passwords that are difficult to guess. Don’t write down your passwords on sticky notes. In this blog I’ll show you how to set it up.ĭon’t use the same password twice. Sounds good? According to 1Password this is even enterprise-ready. Integrating Kubernetes with 1Password for infrastructure secrets ←Home About Subscribe Integrating Kubernetes with 1Password for infrastructure secrets Decouple your secrets from Kubernetes by using a password manager. ![]()
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