The prerequisites are the same - run the bitwarden script to setup the directory structure, then set the path on the volumeMounts in the deployment. The ingress configuration is for HAProxy, but shouldn’t need much effort to convert to nginx/traefik.

I used a specific environment variable in several containers - ASPNETCORE_URLS, to have each web component listen on a different port to 5000.

It’s not a helm chart, but I have a basic Kubernetes YAML file that sets up a configmap for environment variables, and a deployment with all containers in a single pod so they can communicate with each other via localhost. Hi! I note you are looking for recipes for Kubernetes, well, I have Bitwarden for you WEBSOCKET_ENABLED=true #Active les websocket ADMIN_TOKEN=$ADMIN_TOKEN #Active la page d'administration INVITATIONS_ALLOWED=true #Autorise la possibilité d'inviter qqun

SIGNUPS_ALLOWED=false #Desactive la possibilité de s'inscrire DOMAIN= #Définition du domaine requise pour U2F Regarding the env variables, I am using myself config fully centralized on portainer: i create app template on github that are called by Portainer to create the stack.įor obvious safety reasons, Some critical parameters are set as variables define within portainer.Įxample: grostim/portainer-templates/blob/master/bitwarden.yml version: '3' The 2FA authentification with authenticator/authy works very well though. The key seems not detected by the browser even if it works well on other website. I have not been able to use my U2F usb key to secure the access to bitwarden at this stage. The integration of TOTP to each account is a great improvement. I am really impressed by bitwarden by the way: Much better than lastpass, and as convenient as chrome password manager once the chrome extension and android app are installed.

Bitwarden usb key