homepage Documentation

A highly customizable homepage (or startpage / application dashboard) with Docker and service API integrations.

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Docker & Self-Hosted Deployment Verified OCI

Deploy homepage on any server, homelab, or cloud container platform.

1-Click Terminal Command
bash (docker run)
docker run -d --name homepage --restart always gethomepage/homepage:latest

File: README.md

Features

With features like quick search, bookmarks, weather support, a wide range of integrations and widgets, an elegant and modern design, and a focus on performance, Homepage is your ideal start to the day and a handy companion throughout it.

  • Fast - The site is statically generated at build time for instant load times.
  • Secure - All API requests to backend services are proxied, keeping your API keys hidden. Constantly reviewed for security by the community.
  • For Everyone - Images built for AMD64, ARM64.
  • Full i18n - Support for over 40 languages.
  • Service & Web Bookmarks - Add custom links to the homepage.
  • Docker Integration - Container status and stats. Automatic service discovery via labels.
  • Service Integration - Over 100 service integrations, including popular starr and self-hosted apps.
  • Information & Utility Widgets - Weather, time, date, search, and more.
  • And much more...

Docker Integration

Homepage has built-in support for Docker, and can automatically discover and add services to the homepage based on labels. See the Docker Service Discovery page for more information.

Service Widgets

Homepage also has support for hundreds of 3rd-party services, including all popular *arr apps, and most popular self-hosted apps. Some examples include: Radarr, Sonarr, Lidarr, Bazarr, Ombi, Tautulli, Plex, Jellyfin, Emby, Transmission, qBittorrent, Deluge, Jackett, NZBGet, SABnzbd, etc. As well as service integrations, Homepage also has a number of information providers, sourcing information from a variety of external 3rd-party APIs. See the Service page for more information.

Information Widgets

Homepage has built-in support for a number of information providers, including weather, time, date, search, glances and more. System and status information presented at the top of the page. See the Information Providers page for more information.

Customization

Homepage is highly customizable, with support for custom themes, custom CSS & JS, custom layouts, formatting, localization and more. See the Settings page for more information.

Getting Started

For configuration options, examples and more, please check out the homepage documentation.

Security Notice ๐Ÿ”’

Please note that when using features such as widgets, Homepage can access personal information (for example from your home automation system). To keep your information private, if Homepage is reachable from any untrusted network, it:

  1. must sit behind a reverse proxy (and/or VPN) that enforces authentication, TLS, and strictly validates Host headers.
  2. An optional built-in OIDC login flow or simple password login is available (opt-in) offering a simple โ€œauthenticated or notโ€ guard.

With Docker

Using docker compose:

yaml
services:
  homepage:
    image: ghcr.io/gethomepage/homepage:latest
    container_name: homepage
    environment:
      HOMEPAGE_ALLOWED_HOSTS: gethomepage.dev # required, may need port. See gethomepage.dev/installation/#homepage_allowed_hosts
      PUID: 1000 # optional, your user id
      PGID: 1000 # optional, your group id
    ports:
      - 3000:3000
    volumes:
      - /path/to/config:/app/config # Make sure your local config directory exists
      - /var/run/docker.sock:/var/run/docker.sock:ro # optional, for docker integrations
    restart: unless-stopped

or docker run:

bash
docker run --name homepage \
  -e HOMEPAGE_ALLOWED_HOSTS=gethomepage.dev \
  -e PUID=1000 \
  -e PGID=1000 \
  -p 3000:3000 \
  -v /path/to/config:/app/config \
  -v /var/run/docker.sock:/var/run/docker.sock:ro \
  --restart unless-stopped \
  ghcr.io/gethomepage/homepage:latest

From Source

First, clone the repository:

bash
git clone https://github.com/gethomepage/homepage.git

Then install dependencies and build the production bundle:

bash
pnpm install
pnpm build

If this is your first time starting, copy the src/skeleton directory to config/ to populate initial example config files.

Finally, run the server in production mode:

bash
HOMEPAGE_ALLOWED_HOSTS=gethomepage.dev:1234 pnpm start

Configuration

Please refer to the homepage documentation website for more information. Everything you need to know about configuring Homepage is there. Please read everything carefully before asking for help, as most questions are answered there or are simple YAML configuration issues.

Development

Install NPM packages, this project uses pnpm (and so should you!):

bash
pnpm install

Start the development server:

bash
pnpm dev

Open http://localhost:3000 to start.

This is a Next.js application, see their documentation for more information.

Documentation

The homepage documentation is available at https://gethomepage.dev/.

Homepage uses Zensical for documentation. To run the documentation locally, first install the dependencies:

bash
uv sync

Then run the development server:

bash
uv run zensical serve # or build, to build the static site

Support & Suggestions

If you have any questions, suggestions, or general issues, please start a discussion on the Discussions page.

Troubleshooting

In addition to the docs, the troubleshooting guide can help reveal many basic config or network issues. If you're having a problem, it's a good place to start.

Contributing & Contributors

Contributions are welcome! Please see the CONTRIBUTING.md file for more information.

Thanks to the over 200 contributors who have helped make this project what it is today!

Especially huge thanks to @shamoon, who has been the backbone of this community from the very start.


File: docs/configs/bookmarks.md


title: Bookmarks

Bookmarks are configured in the bookmarks.yaml file. They function much the same as Services, in how groups and lists work. They're just much simpler, smaller, and contain no extra features other than being a link out.

The design of homepage expects abbr to be 2 letters, but is not otherwise forced.

You can also use an icon for bookmarks similar to the options for service icons. If both icon and abbreviation are supplied, the icon takes precedence.

By default, the description will use the hostname of the link, but you can override it with a custom description.

yaml
---
- Developer:
    - Github:
        - abbr: GH
          href: https://github.com/

- Social:
    - Reddit:
        - icon: reddit.png
          href: https://reddit.com/
- Entertainment:
    - YouTube:
        - abbr: YT
          href: https://youtube.com/

which renders to (depending on your theme, etc.):

The default bookmarks.yaml is a working example.


File: docs/configs/custom-css-js.md


title: Custom CSS & JS

As of version v0.6.30 homepage supports adding your own custom css & javascript. Please do so at your own risk.

To add custom css simply edit the custom.css file under your config directory, similarly for javascript you would edit custom.js. You can then target elements in homepage with various classes / ids to customize things to your liking.

!!! warning

text
When Homepage authentication is enabled, `custom.css` remains publicly accessible so it can style the sign-in page. Do not include secrets or sensitive internal URLs in this file. `custom.js` remains protected and is only loaded after authentication.

You can also set a specific id for a service or bookmark to target with your custom css or javascript, e.g.

yaml
Service:
    id: myserviceid
    icon: icon.png
    ...

File: docs/configs/docker.md


title: Docker

Docker instances are configured inside the docker.yaml file. Both IP:PORT and Socket connections are supported.

For IP:PORT, simply make sure your Docker instance has been configured to accept API traffic over the HTTP API.

yaml
my-remote-docker:
  host: 192.168.0.101
  port: 2375

Using Docker TLS

Since Docker supports connecting with TLS and client certificate authentication, you can include TLS details when connecting to the HTTP API. Further details of setting up Docker to accept TLS connections, and generation of the keys and certs can be found in the Docker documentation. The file entries are relative to the config directory (location of docker.yaml file).

yaml
my-remote-docker:
  host: 192.168.0.101
  port: 2375
  tls:
    keyFile: tls/key.pem
    caFile: tls/ca.pem
    certFile: tls/cert.pem

Using Docker Socket Proxy

Due to security concerns with exposing the docker socket directly, you can use a docker-socket-proxy container to expose the docker socket on a more restricted and secure API.

Here is an example docker-compose file that will expose the docker socket, and then connect to it from the homepage container:

yaml
dockerproxy:
  image: ghcr.io/tecnativa/docker-socket-proxy:latest
  container_name: dockerproxy
  environment:
    - CONTAINERS=1 # Allow access to viewing containers
    - SERVICES=1 # Allow access to viewing services (necessary when using Docker Swarm)
    - TASKS=1 # Allow access to viewing tasks (necessary when using Docker Swarm)
    - POST=0 # Disallow any POST operations (effectively read-only)
  ports:
    - 127.0.0.1:2375:2375
  volumes:
    - /var/run/docker.sock:/var/run/docker.sock:ro # Mounted as read-only
  restart: unless-stopped

homepage:
  image: ghcr.io/gethomepage/homepage:latest
  container_name: homepage
  volumes:
    - /path/to/config:/app/config
  ports:
    - 3000:3000
  restart: unless-stopped

Then, inside of your docker.yaml settings file, you'd configure the docker instance like so:

yaml
my-docker:
  host: dockerproxy
  port: 2375

Use protocol: https if youโ€™re connecting through a reverse proxy (e.g., Traefik) that serves the Docker API over HTTPS:

yaml
my-docker:
  host: dockerproxy
  port: 443
  protocol: https

!!! note

text
Note: This does not require TLS certificates if the proxy handles encryption. Do not use `protocol: https` unless youโ€™re sure the target host supports HTTPS.

You can also include headers for the connection, for example, if you are using a reverse proxy that requires authentication:

yaml
my-docker:
  host: dockerproxy
  port: 443
  protocol: https
  headers:
    Authorization: Basic

Using Socket Directly

If you'd rather use the socket directly, first make sure that you're passing the local socket into the Docker container.

!!! note

text
In order to use the socket directly homepage must be running as root
yaml
homepage:
  image: ghcr.io/gethomepage/homepage:latest
  container_name: homepage
  volumes:
    - /path/to/config:/app/config
    - /var/run/docker.sock:/var/run/docker.sock # pass local proxy
  ports:
    - 3000:3000
  restart: unless-stopped

If you're using docker run, this would be -v /var/run/docker.sock:/var/run/docker.sock.

Then, inside of your docker.yaml settings file, you'd configure the docker instance like so:

yaml
my-docker:
  socket: /var/run/docker.sock

Services

Once you've configured your docker instances, you can then apply them to your services, to get stats and status reporting shown.

Inside of the service you'd like to connect to docker:

yaml
- Emby:
  icon: emby.png
  href: "http://emby.home/"
  server: my-docker # The docker server that was configured
  container: emby # The name of the container you'd like to connect

Automatic Service Discovery

Homepage features automatic service discovery for containers with the proper labels attached, all configuration options can be applied using dot notation, beginning with homepage.

Below is an example of the same service entry shown above, as docker labels.

yaml
services:
  emby:
    image: lscr.io/linuxserver/emby:latest
    container_name: emby
    ports:
      - 8096:8096
    restart: unless-stopped
    labels:
      - homepage.group=Media
      - homepage.name=Emby
      - homepage.icon=emby.png
      - homepage.href=http://emby.home/
      - homepage.description=Media server

When your Docker instance has been properly configured, this service will be automatically discovered and added to your Homepage. You do not need to specify the server or container values, as they will be automatically inferred.

When using docker swarm use deploy/labels

Widgets

You may also configure widgets, along with the standard service entry, again, using dot notation.

yaml
labels:
  - homepage.group=Media
  - homepage.name=Emby
  - homepage.icon=emby.png
  - homepage.href=http://emby.home/
  - homepage.description=Media server
  - homepage.widget.type=emby
  - homepage.widget.url=http://emby.home
  - homepage.widget.key=yourembyapikeyhere
  - homepage.widget.fields=["field1","field2"] # optional

!!! note

text
If you use mapping syntax (`:`) for labels instead of list syntax (`-`), array values like `fields` must be wrapped in single quotes so they are passed as a string:

```yaml
labels:
  ...
  homepage.widget.fields: '["field1","field2"]'
```

Multiple widgets can be specified by incrementing the index, e.g.

yaml
labels: ...
  - homepage.widgets[0].type=emby
  - homepage.widgets[0].url=http://emby.home
  - homepage.widgets[0].key=yourembyapikeyhere
  - homepage.widgets[1].type=uptimekuma
  - homepage.widgets[1].url=http://uptimekuma.home
  - homepage.widgets[1].slug=youreventslughere

To pass custom HTTP headers with a widget request when using labels, use the same dot-notation: homepage.widget.headers.X-Auth-Key=secret (or homepage.widgets[0].headers.X-Auth-Key=secret when multiple widgets are present).

You can add specify fields for e.g. the CustomAPI widget by using array-style dot notation:

yaml
labels:
  - homepage.group=Media
  - homepage.name=Emby
  - homepage.icon=emby.png
  - homepage.href=http://emby.home/
  - homepage.description=Media server
  - homepage.widget.type=customapi
  - homepage.widget.url=http://argus.service/api/v1/service/summary/emby
  - homepage.widget.mappings[0].label=Deployed Version
  - homepage.widget.mappings[0].field.status=deployed_version
  - homepage.widget.mappings[1].label=Latest Version
  - homepage.widget.mappings[1].field.status=latest_version

Docker Swarm

Docker swarm is supported and Docker services are specified with the same server and container notation. To enable swarm support you will need to include a swarm setting in your docker.yaml, e.g.

yaml
my-docker:
  socket: /var/run/docker.sock
  swarm: true

For the automatic service discovery to discover all services it is important that homepage should be deployed on a manager node. Set deploy requirements to the master node in your stack yaml config, e.g.

yaml
....
  deploy:
    placement:
      constraints:
        - node.role == manager
...

In order to detect every service within the Docker swarm it is necessary that service labels should be used and not container labels. Specify the homepage labels as:

yaml
....
  deploy:
    labels:
      - homepage.icon=foobar
...

Multiple Homepage Instances

The optional field instanceName can be configured in settings.yaml to differentiate between multiple homepage instances.

To limit a label to an instance, insert .instance.{{instanceName}} after the homepage prefix.

yaml
labels:
  - homepage.group=Media
  - homepage.name=Emby
  - homepage.icon=emby.png
  - homepage.instance.internal.href=http://emby.lan/
  - homepage.instance.public.href=https://emby.mydomain.com/
  - homepage.description=Media server

Ordering

As of v0.6.4 discovered services can include an optional weight field to determine sorting such that:

  • Default weight for discovered services is 0
  • Default weight for configured services is their index within their group scaled by 100, i.e. (index + 1) * 100
  • If two items have the same weight value, then they will be sorted by name

Show stats

You can show the docker stats by clicking the status indicator but this can also be controlled per-service with:

yaml
- Example Service:
  ...
  showStats: true

Also see the settings for show docker stats.


File: docs/configs/index.md


title: Configuration icon: material/cog

Homepage uses YAML for configuration, YAML stands for "YAML Ain't Markup Language.". It's a human-readable data serialization format that's a superset of JSON. Great for config files, easy to read and write. Supports complex data types like lists and objects. Indentation matters. If you already use Docker Compose, you already use YAML.

Here are some tips when writing YAML:

  1. Use Indentation Carefully: YAML relies on indentation, not brackets.
  2. Avoid Tabs: Stick to spaces for indentation to avoid parsing errors. 2 spaces are common.
  3. Quote Strings: Use single or double quotes for strings with special characters, this is especially important for API keys.
  4. Key-Value Syntax: Use key: value format. Colon must be followed by a space.
  5. Validate: Always validate your YAML with a linter before deploying.

You can find tons of online YAML validators, here's one: https://codebeautify.org/yaml-validator, heres another: https://jsonformatter.org/yaml-validator.


File: docs/configs/info-widgets.md


title: Information Widgets

Information widgets are widgets that provide information about your system or environment and are displayed at the top of the homepage. You can find a list of all available info widgets under the Info Widgets section.

Info widgets are defined in the widgets.yaml

Each widget has its own configuration options, which are detailed in the widget's documentation.

Layout

Info widgets are displayed in the order they are defined in the widgets.yaml file. You can change the order by moving the widgets around in the file. However, some widgets (weather, search and datetime) are aligned to the right side of the screen which can affect the layout of the widgets.

You can add a link to an info widget such as the logo or text widgets by adding an href option, for example:

yaml
logo:
  href: https://example.com
  target: _blank # Optional, can be set in settings

File: docs/configs/kubernetes.md


title: Kubernetes

The Kubernetes connectivity has the following requirements:

  • Kubernetes 1.19+
  • Metrics Service
  • An Ingress controller
    • Optionally: Gateway-API

The Kubernetes connection is configured in the kubernetes.yaml file. There are 3 modes to choose from:

  • disabled - disables kubernetes connectivity
  • default - uses the default kubeconfig resolution
  • cluster - uses a service account inside the cluster
yaml
mode: default

To configure Kubernetes gateway-api, ingress or ingressRoute service discovery, add one or multiple of the following settings.

Example settings:

yaml
ingress: true # default, enable ingress only

or

yaml
ingress: true # default, enable ingress
traefik: true # enable traefik ingressRoute
gateway: true # enable gateway-api

Services

Once the Kubernetes connection is configured, individual services can be configured to pull statistics. Only CPU and Memory are currently supported.

Inside of the service you'd like to connect to a pod:

yaml
- Emby:
  icon: emby.png
  href: "http://emby.home/"
  namespace: media # The kubernetes namespace the app resides in
  app: emby # The name of the deployed app

The app field is used to create a label selector, in this example case it would match pods with the label: app.kubernetes.io/name=emby.

Sometimes this is insufficient for complex or atypical application deployments. In these cases, the podSelector field can be used. Any field selector can be used with it, so it allows for some very powerful selection capabilities.

For instance, it can be utilized to roll multiple underlying deployments under one application to see a high-level aggregate:

yaml
- Element Chat:
    icon: matrix-light.png
    href: https://chat.example.com
    app: matrix-element
    namespace: comms
    podSelector: >-
      app.kubernetes.io/instance in (
          matrix-element,
          matrix-media-repo,
          matrix-media-repo-postgresql,
          matrix-synapse
      )

!!! note

text
A blank string as a podSelector does not deactivate it, but will actually select all pods in the namespace. This is a useful way to capture the resource usage of a complex application siloed to a single namespace, like Longhorn.

Automatic Service Discovery

Homepage features automatic service discovery by Ingress annotations. All configuration options can be applied using typical annotation syntax, beginning with gethomepage.dev/.

yaml
apiVersion: networking.k8s.io/v1
kind: Ingress
metadata:
  name: emby
  annotations:
    gethomepage.dev/enabled: "true"
    gethomepage.dev/description: Media Server
    gethomepage.dev/group: Media
    gethomepage.dev/icon: emby.png
    gethomepage.dev/name: Emby
    gethomepage.dev/widget.type: "emby"
    gethomepage.dev/widget.url: "https://emby.example.com"
    gethomepage.dev/widget.headers.X-Auth-Key: "your-secret-here"
    gethomepage.dev/pod-selector: ""
    gethomepage.dev/weight: 10 # optional
    gethomepage.dev/instance: "public" # optional
spec:
  rules:
    - host: emby.example.com
      http:
        paths:
          - backend:
              service:
                name: emby
                port:
                  number: 8080
            path: /
            pathType: Prefix

When the Kubernetes cluster connection has been properly configured, this service will be automatically discovered and added to your Homepage. You do not need to specify the namespace or app values, as they will be automatically inferred.

If you are using multiple instances of homepage, an instance annotation can be specified to limit services to a specific instance. If no instance is provided, the service will be visible on all instances.

If you have a single service that needs to be shown on multiple specific instances of homepage (but not on all of them), the service can be annotated by multiple instance.name annotations, where name can be the names of your specific multiple homepage instances. For example, a service that is annotated with gethomepage.dev/instance.public: "" and gethomepage.dev/instance.internal: "" will be shown on public and internal homepage instances.

Use the gethomepage.dev/pod-selector selector to specify the pod used for the health check. For example, a service that is annotated with gethomepage.dev/pod-selector: app.kubernetes.io/name=deployment would link to a pod with the label app.kubernetes.io/name: deployment.

Traefik IngressRoute support

If enabled (with traefik: true in kubernetes.yaml), homepage can also read ingresses defined using the Traefik IngressRoute custom resource definition. Due to the complex nature of Traefik routing rules, it is required for the gethomepage.dev/href annotation to be set:

yaml
apiVersion: traefik.io/v1alpha1
kind: IngressRoute
metadata:
  name: emby
  annotations:
    gethomepage.dev/href: "https://emby.example.com"
    gethomepage.dev/enabled: "true"
    gethomepage.dev/description: Media Server
    gethomepage.dev/group: Media
    gethomepage.dev/icon: emby.png
    gethomepage.dev/app: emby-app # optional, may be needed if app.kubernetes.io/name != ingress metadata.name
    gethomepage.dev/name: Emby
    gethomepage.dev/widget.type: "emby"
    gethomepage.dev/widget.url: "https://emby.example.com"
    gethomepage.dev/pod-selector: ""
    gethomepage.dev/weight: 10 # optional
    gethomepage.dev/instance: "public" # optional
spec:
  entryPoints:
    - websecure
  routes:
    - kind: Rule
      match: Host(`emby.example.com`)
      services:
        - kind: Service
          name: emby
          namespace: emby
          port: 8080
          scheme: http
          strategy: RoundRobin
          weight: 10

If the href attribute is not present, Homepage will ignore the specific IngressRoute.

Gateway API HttpRoute support

Homepage also features automatic service discovery for Gateway API. Service definitions are read by annotating the HttpRoute custom resource definition and are indentical to the Ingress example as defined in Automatic Service Discovery.

To enable Gateway API HttpRoute update kubernetes.yaml to include:

text
gateway: true # enable gateway-api

Using the unoffocial helm chart?

If you are using the unofficial helm chart ensure that the ClusterRole has required permissions for gateway.networking.k8s.io.

See ClusterRole and ClusterRoleBinding

Caveats

Similarly to Docker service discovery, there currently is no rigid ordering to discovered services and discovered services will be displayed above those specified in the services.yaml.

Adding extra configuration files

Some Homepage features (for example, Proxmox) require additional configuration files such as proxmox.yaml.
When running Homepage on Kubernetes, these files must be provided via a ConfigMap and mounted into the container at /app/config.

ConfigMap example

yaml
apiVersion: v1
kind: ConfigMap
metadata:
  name: homepage
data:
  proxmox.yaml: |
    pve:
      url: https://proxmox.host.or.ip:8006
      token: username@pam!Token ID
      secret: secret

Mount the file into /app/config by updating the Deployment:

yaml
volumeMounts:
  - mountPath: /app/config/proxmox.yaml
    name: homepage-config
    subPath: proxmox.yaml

File: docs/configs/proxmox.md


title: Proxmox

The Proxmox connection is configured in the proxmox.yaml file. See Create token section below for details on how to generate the required API token.
To configure multiple nodes, ensure the key name in the proxmox.yaml matches the proxmoxNode field used in your service configuration.

yaml
pve: # must match your actual Proxmox node name
  url: https://proxmox.host.or.ip:8006
  token: username@pam!Token ID
  secret: secret

Services

Once the Proxmox connection is configured, individual services can be configured to pull statistics of VMs or LXCs. Only CPU and Memory are currently supported.

Configuration Options

  • proxmoxNode: The name of the Proxmox node where your VM/LXC is running, must match with a node configured in the proxmox.yaml
  • proxmoxVMID: The ID of the Proxmox VM or LXC container
  • proxmoxType: (Optional) The type of Proxmox virtual machine. Defaults to qemu for VMs, but can be set to lxc for LXC containers

Examples

For a QEMU VM (default):

yaml
- HomeAssistant:
  icon: home-assistant.png
  href: http://homeassistant.local/
  proxmoxNode: pve
  proxmoxVMID: 101
  # proxmoxType: qemu # This is the default, so it can be omitted

For an LXC container:

yaml
- Nginx:
  icon: nginx.png
  href: http://nginx.local/
  proxmoxNode: pve
  proxmoxVMID: 200
  proxmoxType: lxc

Create token

You will need to generate an API Token for new or an existing user. Here is an example of how to do this for a new user.

  1. Navigate to the Proxmox portal, click on Datacenter
  2. Expand Permissions, click on Groups
  3. Click the Create button
  4. Name the group something informative, like api-ro-users
  5. Click on the Permissions "folder"
  6. Click Add -> Group Permission
    • Path: /
    • Group: group from bullet 4 above
    • Role: PVEAuditor
    • Propagate: Checked
  7. Expand Permissions, click on Users
  8. Click the Add button
    • User name: something informative like api
    • Realm: Linux PAM standard authentication
    • Group: group from bullet 4 above
  9. Expand Permissions, click on API Tokens
  10. Click the Add button
    • User: user from bullet 8 above
    • Token ID: something informative like the application or purpose like homepage
    • Privilege Separation: Checked
  11. Go back to the "Permissions" menu
  12. Click Add -> API Token Permission
    • Path: /
    • API Token: select the Token ID created in Step 10
    • Role: PVE Auditor
    • Propagate: Checked

File: docs/configs/services.md


title: Services

Services are configured inside the services.yaml file. You can have any number of groups, and any number of services per group.

Groups

Groups are defined as top-level array entries.

yaml
- Group A:
    - Service A:
        href: http://localhost/

- Group B:
    - Service B:
        href: http://localhost/

Nested Groups

Groups can be nested by using the same format as the top-level groups.

yaml
- Group A:
    - Service A:
        href: http://localhost/

    - Group B:
        - Service B:
            href: http://localhost/

        - Service C:
            href: http://localhost/

Services

Services are defined as array entries on groups,

yaml
- Group A:
    - Service A:
        href: http://localhost/

    - Service B:
        href: http://localhost/

    - Service C:
        href: http://localhost/

- Group B:
    - Service D:
        href: http://localhost/

Service Widgets

Each service can have widgets attached to it (often matching the service type, but that's not forced).

In addition to the href of the service, you can also specify the target location in which to open that link. See Link Target for more details.

Using Emby as an example, this is how you would attach the Emby service widget.

yaml
- Emby:
    icon: emby.png
    href: http://emby.host.or.ip/
    widget:
      type: emby
      url: http://emby.host.or.ip
      key: apikeyapikeyapikeyapikeyapikey

Multiple Widgets

Each service can have multiple widgets attached to it, for example:

yaml
- Emby:
    icon: emby.png
    href: http://emby.host.or.ip/
    widgets:
      - type: emby
        url: http://emby.host.or.ip
        key: apikeyapikeyapikeyapikeyapikey
      - type: uptimekuma
        url: http://uptimekuma.host.or.ip:port
        slug: statuspageslug

!!! note

text
Multiple widgets per service are not yet supported with Kubernetes ingress annotations.

Custom HTTP headers

Widgets that make HTTP calls support extra request headers via headers. This is useful when a reverse proxy expects a secret header.

yaml
- UptimeRobot:
    icon: uptimekuma.png
    href: https://uptimerobot.com/
    widget:
      type: uptimerobot
      url: https://api.uptimerobot.com
      key: ${UPTIMEROBOT_API_KEY}
      headers:
        User-Agent: homepage
        X-Auth-Key: your-secret-here

If you define services via Docker labels or Kubernetes annotations, use the same key with dot-notation (for example homepage.widget.headers.X-Auth-Key=secret or gethomepage.dev/widget.headers.X-Auth-Key: "secret").

Field Visibility

Each widget can optionally provide a list of which fields should be visible via the fields widget property. If no fields are specified, then all fields will be displayed. The fields property must be a valid YAML array of strings. As an example, here is the entry for Sonarr showing only a couple of fields.

In all cases a widget will work and display all fields without specifying the fields property.

yaml
- Sonarr:
    icon: sonarr.png
    href: http://sonarr.host.or.ip
    widget:
      type: sonarr
      fields: ["wanted", "queued"]
      url: http://sonarr.host.or.ip
      key: apikeyapikeyapikeyapikeyapikey

Block Highlighting

Widgets can tint their metric block text automatically based on rules defined alongside the service. Attach a highlight section to the widget configuration and map each block to one or more numeric or string rules using the field key (for example, queued, lan_users). The custom api widget does not support highlighting.

yaml
- Sonarr:
    icon: sonarr.png
    href: http://sonarr.host.or.ip
    widget:
      type: sonarr
      url: http://sonarr.host.or.ip
      key: ${SONARR_API_KEY}
      highlight:
        queued:
          numeric:
            - level: danger
              when: gte
              value: 20
            - level: warn
              when: gte
              value: 5
            - level: good
              when: eq
              value: 0
        status:
          string:
            - level: danger
              when: regex
              value: "(failed|import) pending"
            - level: good
              when: equals
              value: "All good"
        status_code:
          string:
            - level: warn
              when: regex
              value: "^5\\d{2}$"

Supported numeric operators for the when property are gt, gte, lt, lte, eq, ne, between, and outside. String rules support equals, includes, startsWith, endsWith, and regex. Each rule can be inverted with negate: true, and string rules may pass caseSensitive: true or custom regex flags. The highlight engine does its best to coerce formatted values, but you will get the most reliable results when you pass plain numbers or strings into ``.

Value Only Highlighting

You can optionally apply highlighting only to the value portion of a block (not the label) by setting valueOnly: true on the field configuration. This keeps the label visible while highlighting only the metric value itself.

yaml
- Sonarr:
    ...
      highlight:
        queued:
          valueOnly: true
          ...

Descriptions

Services may have descriptions,

yaml
- Group A:
    - Service A:
        href: http://localhost/
- Group B:
    - Service B:
        href: http://localhost/

Icons

Services may have an icon attached to them, you can use icons from Dashboard Icons automatically, by passing the name of the icon, with, or without .png, .webp or .svg to specify the desired version.

You can also specify prefixed icons from:

You can specify a custom color for mdi and si icons by adding a hex color code as a suffix e.g. mdi-XX-#f0d453 or si-XX-#a712a2.

Note that these icon sets are not bundled with Homepage, they are fetched in the browser from remote CDN servers. To use the icons offline you may download the icons and serve them locally, or rely on browser caching when applicable.

To use a remote icon, use the absolute URL (e.g. https://...).

To use a local icon, first create a Docker mount to /app/public/icons and then reference your icon as /icons/myicon.png. You will need to restart the container when adding new icons.

!!! warning

text
Material Design Icons for **brands** were deprecated and may be removed in the future. Using Simple Icons for brand icons will prevent any issues if / when the Material Design Icons are removed.
yaml
- Group A:
    - Sonarr:
        icon: sonarr.png
        href: http://sonarr.host/
- Group B:
    - Radarr:
        icon: radarr.png
        href: http://radarr.host/
- Group C:
    - Service:
        icon: mdi-flask-outline
        href: http://service.host/

Ping

Services may have an optional ping property that allows you to monitor the availability of an external host. As of v0.8.0, the ping feature attempts to use a true (ICMP) ping command on the underlying host. Currently, only IPv4 is supported.

!!! note

text
Because ping uses the ping command on the underlying host, in some cases you may need to install e.g. the `iputils-ping` package on the host system.
yaml
- Group A:
    - Sonarr:
        icon: sonarr.png
        href: http://sonarr.host/
        ping: sonarr.host

- Group B:
    - Radarr:
        icon: radarr.png
        href: http://radarr.host/
        ping: some.other.host

You can also apply different styles to the ping indicator by using the statusStyle property, see settings.

Site Monitor

Services may have an optional siteMonitor property (formerly ping) that allows you to monitor the availability of a URL you chose and have the response time displayed. You do not need to set your monitor URL equal to your href or ping URL.

!!! note

text
The site monitor feature works by making an http `HEAD` request to the URL, and falls back to `GET` in case that fails. It will not, for example, login if the URL requires auth or is behind e.g. Authelia. In the case of a reverse proxy and/or auth this usually requires the use of an 'internal' URL to make the site monitor feature correctly display status.
yaml
- Group A:
    - Sonarr:
        icon: sonarr.png
        href: http://sonarr.host/
        siteMonitor: http://sonarr.host/

- Group B:
    - Radarr:
        icon: radarr.png
        href: http://radarr.host/
        siteMonitor: http://some.other.host/

You can also apply different styles to the site monitor indicator by using the statusStyle property, see settings.

Docker Integration

Services may be connected to a Docker container, either running on the local machine, or a remote machine.

yaml
- Group A:
    - Service A:
        href: http://localhost/
        server: my-server
        container: my-container

- Group B:
    - Service B:
        href: http://localhost/
        server: other-server
        container: other-container

Clicking on the status label of a service with Docker integration enabled will expand the container stats, where you can see CPU, Memory, and Network activity.

!!! note

text
This can also be controlled with `showStats`. See [show docker stats](docker.md#show-stats) for more information

Service Integrations

Services may also have a service widget (or integration) attached to them, this works independently of the Docker integration.

You can find information and configuration for each of the supported integrations on the Widgets page.

Here is an example of a Radarr & Sonarr service, with their respective integrations.

yaml
- Group A:
    - Sonarr:
        icon: sonarr.png
        href: http://sonarr.host/
        widget:
          type: sonarr
          url: http://sonarr.host
          key: apikeyapikeyapikeyapikeyapikey

- Group B:
    - Radarr:
        icon: radarr.png
        href: http://radarr.host/
        widget:
          type: radarr
          url: http://radarr.host
          key: apikeyapikeyapikeyapikeyapikey

File: docs/configs/settings.md


title: Settings

The settings.yaml file allows you to define application level options. For changes made to this file to take effect, you will need to regenerate the static HTML, this can be done by clicking the refresh icon in the bottom right of the page.

Title

You can customize the title of the page if you'd like.

yaml
title: My Awesome Homepage

Description

You can customize the description of the page if you'd like.

yaml

Start URL

You can customize the start_url as required for installable apps. The default is "/".

yaml
startUrl: https://custom.url

Background Image

!!! warning "Heads Up!"

text
You will need to restart the container any time you add new images, this is a limitation of the Next.js static site server.

!!! warning "Heads Up!"

text
Do not create a bind mount to the entire `/app/public/` directory.

If you'd like to use a background image instead of the solid theme color, you may provide a full URL to an image of your choice.

yaml
background: https://images.unsplash.com/photo-1502790671504-542ad42d5189?auto=format&fit=crop&w=2560&q=80

Or you may pass the path to a local image relative to e.g. /app/public/images directory.

For example, inside of your Docker Compose file, mount a path to where your images are kept:

yaml
volumes:
  - /my/homepage/images:/app/public/images

and then reference that image:

yaml
background: /images/background.png

Background Opacity & Filters

You can specify filters to apply over your background image for blur, saturation and brightness as well as opacity to blend with the background color. The first three filter settings use tailwind CSS classes, see notes below regarding the options for each. You do not need to specify all options.

yaml
background:
  image: /images/background.png
  blur: sm # sm, "", md, xl... see https://tailwindcss.com/docs/backdrop-blur
  saturate: 50 # 0, 50, 100... see https://tailwindcss.com/docs/backdrop-saturate
  brightness: 50 # 0, 50, 75... see https://tailwindcss.com/docs/backdrop-brightness
  opacity: 50 # 0-100

Card Background Blur

You can apply a blur filter to the service & bookmark cards. Note this option is incompatible with the background blur, saturate and brightness filters.

yaml
cardBlur: xs # xs, md, etc... see https://tailwindcss.com/docs/backdrop-blur

Favicon

If you'd like to use a custom favicon instead of the included one, you may provide a full URL to an image of your choice.

yaml
favicon: https://www.google.com/favicon.ico

Or you may pass the path to a local image relative to the /app/public directory. See Background Image for more detailed information on how to provide your own files.

Theme

You can configure a fixed theme (and disable the theme switcher) by passing the theme option, like so:

yaml
theme: dark # or light

Color Palette

You can configure a fixed color palette (and disable the palette switcher) by passing the color option, like so:

yaml
color: slate

Supported colors are: slate, gray, zinc, neutral, stone, amber, yellow, lime, green, emerald, teal, cyan, sky, blue, indigo, violet, purple, fuchsia, pink, rose, red, white

Block Highlight Levels

You can override the default Tailwind classes applied when a widget highlight rule resolves to the good, warn, or danger level.

yaml
blockHighlights:
  levels:
    good: "bg-emerald-500/40 text-emerald-950 dark:bg-emerald-900/60 dark:text-emerald-400"
    warn: "bg-amber-300/30 text-amber-900 dark:bg-amber-900/30 dark:text-amber-200"
    danger: "bg-rose-700/45 text-rose-200 dark:bg-rose-950/70 dark:text-rose-400"

Any unspecified level falls back to the built-in defaults.

Progressive Web App (PWA)

A progressive web app is an app that can be installed on a device and provide user experience like a native app. Homepage comes with built-in support for PWA with some default configurations, but you can customize them.

More information on PWAs can be found in MDN Web Docs.

App icons

You can set custom icons for installable apps. More information about how you can set them can be found in the MDN Web Docs.

The default value is the Homepage icon in sizes 192x192 and 512x512.

yaml
pwa:
  icons:
    - src: https://developer.mozilla.org/favicon-192x192.png
      type: image/png
      sizes: 192x192
    - src: https://developer.mozilla.org/favicon-512x512.png
      type: image/png
      sizes: 512x512

For icon src you can pass either full URL or a local path relative to the /app/public directory. See Background Image for more detailed information on how to provide your own files.

Shortcuts

Shortcuts can be used to specify links to tabs, to be preselected when the homepage is opened as an app.
More information about how you can set them can be found in the MDN Web Docs.

yaml
pwa:
  shortcuts:
    - name: First
      url: "/#first" # opens the first tab
    - name: Second
      url: "/#second" # opens the second tab
    - name: Third
      url: "/#third" # opens the third tab

Other PWA configurations

Homepage sets few other PWA configurations, that are based on global settings in settings.yaml:

  • name, short_name - Both equal to the title setting.
  • theme_color, background_color - Both based on the color and theme settings.
  • display - It is always set to "standalone".
  • start_url - Equal to the startUrl setting.

More information for wach of the PWA configurations can be found in the MDN Web Docs.

Layout

You can configure service and bookmarks sections to be either "column" or "row" based layouts, like so:

Assuming you have a group named Media in your services.yaml or bookmarks.yaml file,

yaml
layout:
  Media:
    style: row
    columns: 4

As an example, this would produce the following layout:

Icons-Only Layout

You can also specify the an icon-only layout for bookmarks, either like so:

yaml
layout:
  Media:
    iconsOnly: true

or globally:

yaml
bookmarksStyle: icons

Sorting

Service groups and bookmark groups can be mixed in order, but should use different group names. If you do not specify any bookmark groups they will all show at the bottom of the page.

Using the same name for a service and bookmark group can cause unexpected behavior like a bookmark group being hidden

Groups will sort based on the order in the layout block. You can also mix in groups defined by docker labels, e.g.

yaml
layout:
  - Auto-Discovered1:
  - Configured1:
  - Configured2:
  - Auto-Discovered2:
  - Configured3:
      style: row
      columns: 3

Nested Groups

If your services config has nested groups, you can apply settings to these groups by nesting them in the layout block
and using the same settings. For example

yaml
layout:
  Group A:
    style: row
    columns: 4
  Group C:
    style: row
    columns: 2
    Nested Group A:
      style: row
      columns: 2
    Nested Group B:
      style: row
      columns: 2

Headers

You can hide headers for each section in the layout as well by passing header as false, like so:

yaml
layout:
  Section A:
    header: false
  Section B:
    style: row
    columns: 3
    header: false

Category Icons

You can also add an icon to a category under the layout setting similar to the options for service icons, e.g.

yaml
Home Management & Info:
    icon: home-assistant.png
  Server Tools:
    icon: https://cdn-icons-png.flaticon.com/512/252/252035.png
  ...

Icon Style

The default style for icons (e.g. icon: mdi-XXXX) is a gradient, or you can specify that prefixed icons match your theme with a 'flat' style using the setting below.
More information about prefixed icons can be found in options for service icons.

yaml
iconStyle: theme # optional, defaults to gradient

Tabs

Version 0.6.30 introduced a tabbed view to layouts which can be optionally specified in the layout. Tabs is only active if you set the tab field on at least one layout group.

Tabs are sorted based on the order in the layout block. If a group has no tab specified (and tabs are set on other groups), services and bookmarks will be shown on all tabs.

Every tab can be accessed directly by visiting Homepage URL with #Group (name lowercase and URI-encoded) at the end of the URL.

For example, the following would create four tabs:

yaml
layout:
  ...
  Bookmark Group on First Tab:
    tab: First

  First Service Group:
    tab: First
    style: row
    columns: 4

  Second Service Group:
    tab: Second
    columns: 4

  Third Service Group:
    tab: Third
    style: row

  Bookmark Group on Fourth Tab:
    tab: Fourth

  Service Group on every Tab:
    style: row
    columns: 4

Full Width

You can make homepage take up the entire window width by adding:

yaml
fullWidth: true

Maximum Group Columns

You can set the maximum number of columns of groups on larger screen sizes (note this is only for groups with the default style: columns, not groups with style: row) by adding:

yaml
maxGroupColumns: 8 # default is 4 for services, 6 for bookmarks, max 8

By default homepage will max out at 4 columns for services and 6 for bookmarks, thus the minimum for this setting is 5. Of course, if you're setting this to higher numbers, you may want to consider enabling the fullWidth option as well.

If you want to set the maximum columns for bookmark groups separately, you can do so by adding:

yaml
maxBookmarkGroupColumns: 6 # default is 6, max 8

Collapsible sections

You can disable the collapsible feature of services & bookmarks by adding:

yaml
disableCollapse: true

By default the feature is enabled.

Initially collapsed sections

You can initially collapse sections by adding the initiallyCollapsed option to the layout group.

yaml
layout:
  Section A:
    initiallyCollapsed: true

This can also be set globaly using the groupsInitiallyCollapsed option.

yaml
groupsInitiallyCollapsed: true

The value set on a group will overwrite the global setting.

By default the feature is disabled.

Use Equal Height Cards

You can enable equal height cards for groups of services, this will make all cards in a row the same height.

Global setting in settings.yaml:

yaml
useEqualHeights: true

Per layout group in settings.yaml:

yaml
useEqualHeights: false
layout:
  ...
  Group Name:
    useEqualHeights: true # overrides global setting

By default the feature is disabled

Header Style

There are currently 4 options for header styles, you can see each one below.

yaml
headerStyle: underlined # default style

yaml
headerStyle: boxed

yaml
headerStyle: clean

yaml
headerStyle: boxedWidgets

Base URL

In some proxy configurations, it may be necessary to set the documents base URL. You can do this by providing a base value, like so:

yaml
base: http://host.local/homepage

The URL must be a full, absolute URL, or it will be ignored by the browser.

Language

Set your desired language using:

yaml
language: fr

Currently supported languages: ca, de, en, es, fr, he, hr, hu, it, nb-NO, nl, pt, ru, sv, vi, zh-Hans (Simplified), zh-Hant (Traditional)

zh-CN will still work and is automatically mapped to zh-Hans for backwards compatibility.

You can also specify locales e.g. for the DateTime widget, e.g. en-AU, en-GB, etc.

Changes the behaviour of links on the homepage,

yaml
target: _blank # Possible options include _blank, _self, and _top

Use _blank to open links in a new tab, _self to open links in the same tab, and _top to open links in a new window.

This can also be set for individual services. Note setting this at the service level overrides any setting in settings.json, e.g.:

yaml
- Example Service:
    href: https://example.com/
    ...
    target: _self

Providers

The providers section allows you to define shared API provider options and secrets.

yaml
providers:
  openweathermap: openweathermapapikey
  finnhub: yourfinnhubapikeyhere
  longhorn:
    url: https://longhorn.example.com
    username: admin
    password: LonghornPassword

You can then pass provider instead of apiKey in your widget configuration.

yaml
- openweathermap:
    latitude: 50.449684
    longitude: 30.525026
    provider: openweathermap

Quick Launch

You can use the 'Quick Launch' feature to search services, perform a web search or open a URL. To use Quick Launch, just start typing while on your homepage (as long as the search widget doesn't have focus).

There are a few optional settings for the Quick Launch feature:

  • searchDescriptions: which lets you control whether item descriptions are included in searches. This is false by default. When enabled, results that match the item name will be placed above those that only match the description.
  • hideInternetSearch: disable automatically including the currently-selected web search (e.g. from the widget) as a Quick Launch option. This is false by default, enabling the feature.
  • showSearchSuggestions: show search suggestions for the internet search. If this is not specified then the setting will be inherited from the search widget. If it is not specified there either, it will default to false. For custom providers the suggestionUrl needs to be set in order for this to work.
  • provider: search engine provider. If none is specified it will try to use the provider set for the Search Widget, if neither are present then internet search will be disabled.
  • hideVisitURL: disable detecting and offering an option to open URLs. This is false by default, enabling the feature.
  • mobileButtonPosition: enables and sets the position of the mobile quicklaunch button. Options are top-left, top-right, bottom-left, bottom-right. This is empty by default, disabling the feature.
yaml
quicklaunch:
  searchDescriptions: true
  hideInternetSearch: true
  showSearchSuggestions: true
  hideVisitURL: true
  provider: google # google, duckduckgo, bing, baidu, brave or custom

or for a custom search:

yaml
quicklaunch:
  provider: custom
  url: https://www.ecosia.org/search?q=
  target: _blank
  suggestionUrl: https://ac.ecosia.org/autocomplete?type=list&q=

Homepage Version & Update Checking

By default the release version is displayed at the bottom of the page. To hide this, use the hideVersion setting, like so:

yaml
hideVersion: true

You can disable checking for new versions from GitHub (enabled by default) with:

yaml
disableUpdateCheck: true

Log Path

By default the homepage logfile is written to the a logs subdirectory of the config folder. In order to customize this path, you can set the logpath setting. A logs folder will be created in that location where the logfile will be written.

yaml
logpath: /logfile/path

By default, logs are sent both to stdout and to a file at the path specified. This can be changed by setting the LOG_TARGETS environment variable to one of both (default), stdout or file.

Show Container Stats

You can show all docker or proxmox stats expanded in settings.yaml:

yaml
showStats: true

or per-service (services.yaml) with:

yaml
- Example Service:
    ...
    showStats: true

If you have both set the per-service settings take precedence.

Status Style

You can choose from the following styles for docker or k8s status, site monitor and ping: dot or basic

  • The default is no value, and displays the monitor and ping response time in ms and the docker / k8s container status
  • dot shows a green dot for a successful monitor ping or healthy status.
  • basic shows either UP or DOWN for monitor & ping

For example:

yaml
statusStyle: "dot"

or per-service (services.yaml) with:

yaml
- Example Service:
    ...
    statusStyle: 'dot'

If you have both set, the per-service settings take precedence.

Instance Name

Name used by automatic docker service discovery to differentiate between multiple homepage instances.

For example:

yaml
instanceName: public

Hide Widget Error Messages

Hide the visible API error messages either globally in settings.yaml:

yaml
hideErrors: true

or per service widget (services.yaml) with:

yaml
- Example Service:
    ...
    widget:
    ...
        hideErrors: true

If either value is set to true, the error message will be hidden.

Disable Search Engine Indexing

You can request that search engines not to index your Homepage instance by enabling the disableIndexing setting.

yaml
disableIndexing: true

When enabled, this will:

  • Disallow all crawlers in robots.txt
  • Add <meta name="robots" content="noindex, nofollow"> tags to prevent indexing

By default this feature is disabled.