Install and Deploy - Offline (Windows)
This article will walk you through the procedure to install and deploy Bitwarden to your own Windows server in an offline or air-gapped environment.
Manual installations should be conducted by advanced users only. Only proceed if you are very familiar with Docker technologies and desire more control over your Bitwarden installation.
Manual installations lack the ability to automatically update certain dependencies of the Bitwarden installation. As you upgrade from one version of Bitwarden to the next you will be responsible for changes to required environment variables, changes to nginx
default.conf, changes to
docker-compose.yml, and so on.
We will try to highlight these in the release notes on GitHub. You can also monitor changes to the dependency templates used by the Bitwarden installation script on GitHub.
Before proceeding with the installation, please ensure the following requirements are met:
Docker Engine and Docker Compose are installed and ready to use on your server and Hyper-V Windows Features are enabled.
Using a machine with internet access, you have downloaded the latest
docker-stub.zipfile from the Bitwarden Server repository's releases page and transferred this file to your server.
An offline SMTP server is setup and active in your environment.
(Optional) OpenSSL Windows binaries are installed and ready to use on your server. You may use a self-signed certificate instead of OpenSSL if you wish.
x64, 2GHz Dual Core
8+ GB RAM
Engine 19+ and Compose 1.24+
Engine 19+ and Compose 1.24+
Running Bitwarden on a Windows Server requires use of nested virtualization. Please check your Hypervisor's documentation to find out if nested virtualization is supported and how to enable it.
If you are running Windows Server as an Azure VM, we recommend a Standard D2s v3 Virtual Machine running Windows Server 2019 Gen2, which meets all system requirements including support for nested virtualization.
By default, Bitwarden will be served through ports 80 (
http) and 443 (
https) on the host machine. Open these ports so that Bitwarden can be accessed from within and/or outside the network. You may opt to choose different ports during installation.
If you are using Windows Firewall, Docker Desktop for Windows will not automatically add an exception for itself in Windows Firewall. Add exceptions for TCP ports 80 and 443 (or chosen alternative ports) to prevent related errors.
We recommend configuring a domain name with DNS records that point to your host machine (for example,
bitwarden.example.com), especially if you are serving Bitwarden over the internet.
Open PowerShell and create a Bitwarden local user by running the following command:
PS C:\> $Password = Read-Host -AsSecureStringText Copied!
After running the above command, enter the desired password in the text input dialog. After specifying a password, run the following command:
New-LocalUser "Bitwarden" -Password $Password -Description "Bitwarden Local Admin"Text Copied!
As the newly created user, create a Bitwarden folder under
PS C:\> mkdir BitwardenText Copied!
Once you install Docker Desktop, navigate to Settings → Resources → File Sharing and add the created directory (
C:\Bitwarden) to the Resources list. Select Apply & Restart to apply your changes.
To configure your machine with the assets required for your Bitwarden server:
If you have created a Bitwarden user & directory, complete the following as the
Create a new directory in
Once unzipped, the
bwdatadirectory will match what the
docker-compose.ymlfile's volume mapping expects. You may, if you wish, change the location of these mappings on the host machine.
bwdata\env\global.override.env, edit the following environment variables:
globalSettings__baseServiceUri__vault=: Enter the domain of your Bitwarden instance.
globalSettings__sqlServer__ConnectionString=: Replace the
RANDOM_DATABASE_PASSWORDwith a secure password for use in a later step.
globalSettings__identityServer__certificatePassword=: Set a secure certificate password for use in a later step.
RANDOM_IDENTITY_KEYwith a random key string.
RANDOM_IDENTITY_KEYwith a random key string.
RANDOM_DUO_AKEYwith a random key string.
globalSettings__installation__id=: Enter an installation id retrieved from https://bitwarden.com/host.
globalSettings__installation__key=: Enter an installation key retrieved from https://bitwarden.com/host.
globalSettings__pushRelayBaseUri=: This variable should be blank. See Configure Push Relay for more information.
At this time, consider also setting values for all
globalSettings__mail__smtp__variables and for
adminSettings__admins. Doing so will configure the SMTP mail server used to send invitations to new organization members and provision access to the System Administrator Portal.
identity.pfxcertificate for the identity container. You can do using OpenSSL or using any tool to generate a self-signed certificate. If you're using OpenSSL, run the following commands:
openssl req -x509 -newkey rsa:4096 -sha256 -nodes -keyout identity.key -out identity.crt -subj "/CN=Bitwarden IdentityServer" -days 10950Text Copied!
openssl pkcs12 -export -out ./identity/identity.pfx -inkey identity.key -in identity.crt -passout pass:IDENTITY_CERT_PASSWORDText Copied!
In the above command, replace
IDENTITY_CERT_PASSWORDwith the certificate password created and used in Step 2.
identity.pfxto the mapped volume directory (by default,
Create a subdirectory in
.\bwdata\sslnamed for your domain.
Provider a trusted SSL certificate and private key in the newly created
This directory is mapped to the NGINX container at
\etc\ssl. If you can't provide a trusted SSL certificate, front the installation with a proxy that provides an HTTPS endpoint to Bitwarden client applications.
Replace all instances of
bitwarden.example.comwith your domain, including in the
ssl_certificate_keyvariables to the paths of the certificate and private key provided in Step 6.
Take one of the following actions, depending on your certificate setup:
If using a trusted SSL certificate, set the
ssl_trusted_certificatevariable to the path to your certificate.
If using a self-signed certificate, comment out the
RANDOM_DATABASE_PASSWORDwith the password created in Step 2.
bitwarden.example.comwith your domain.
To get docker images for use on your offline machine:
From an internet-connected machine, download all
bitwarden/xxx:latestdocker images, as listed in the
Save each image to a
.imgfile, for example:
docker image save -o mssql.img bitwarden/mssql:versionText Copied!
.imgfiles to your offline machine.
On your offline machine, load each
.imgfile to create your local docker images, for example:
docker image load -i mssql.imgText Copied!
Start your Bitwarden server with the following command:
docker-compose -f ./docker/docker-compose.yml up -dText Copied!
Verify that all containers are running correctly:
docker psText Copied!
Congratulations! Bitwarden is now up and running at
https://your.domain.com. Visit the web vault in your browser to confirm that it's working.
You may now register a new account and log in. You will need to have configured SMTP environment variables (see Environment Variables) in order to verify the email for your new account.
If you are planning to self-host a Bitwarden organization, see self-host an organization to get started.
For additional information see self hosting FAQs.
Updating a self-hosted server that has been installed and deployed manually is different from the standard update procedure. To update your manually-installed server:
Download the latest
docker-stub.ziparchive from the releases pages on GitHub.
Unzip the new
docker-stub.ziparchive and compare its contents with what's currently in your
bwdatadirectory, copying anything new to the pre-existing files in
Do not overwrite your pre-existing
bwdatadirectory with the contents of the newer
docker-stub.ziparchive, as this would overwrite any custom configuration work you've done.
Download the latest container images and transfer them to your offline machine as documented above.
Run the following command to restart your server with your updated configuration and the latest containers:
docker-compose -f ./docker/docker-compose.yml down && docker-compose -f ./docker/docker-compose.yml up -dText Copied!