Save and restart the Let's Encrypt container. In this file paste the following, making sure you edit it to change the variables $IP and $HOST_PORT_FOR_80 appropriate to your own config. Navigate to /config/nginx/site-confs/ on your LinuxServer.io Let's Encrypt container, and create a new server. Now that everything is provisioned for the Bitwarden Server, we will proceed and run it using the simple. Step 3 Run Bitwarden Self-Hosted Password Manager using Docker. You can choose any free port for this tutorial - just remember what it is so you can configure the reverse proxy appropriately. In this guide, I will use the bitwardenrs Docker image written in Rust, this is faster and more reliable and it is entirely open-source with high usage all over. So let's grab it from Docker Hub: docker run -d \Īs you can see I've changed port 80 on the container side to be 8343 on the host as Unraid is currently using port 80. Your own (sub)domain setup correctly and free to dedicate to bitwarden.Īlthough I tend to prefer to use containers we've produced ourselves, sometimes you have to admit that the original application author has hit the nail on the head with their own container, and that's the case here.Our letsencrypt container installed and configured with your hostname and appropriate (sub)domains.So without further ado, let's get started. It only requires a single Docker container to spin it up.However I've never been entirely comfortable with storing my password database on someone else's computer, so I decided to look into options for self-hosting it.Įnter bitwarden_rs an unofficial implementation of the Bitwarden password manager written in rust, and brings a number of advantages to the original project. Bitwarden is an awesome open source password manager that I've been using for a while.
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