Run/Install 3rd party applications¶

Armbian infrastructure services¶

CDN router¶

Router for repository mirror automation

The Armbian Router is an intelligent redirector system that optimizes file downloads by automatically directing users to the best available mirror. It evaluates each download request based on geographic location, server health, and file availability, ensuring faster downloads, balanced load distribution, and high availability. This core service underpins Armbian’s scalable mirror network, seamlessly routing traffic to improve performance and reliability for end users worldwide.

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Status: Stable
Architecture: x86-64 aarch64 armhf riscv64
Maintainer: @armbian
Documentation: Link

armbian-config --cmd ART001

Remove CDN router:
1	`armbian-config --cmd ART002`

GH runners¶

GitHub runners for Armbian automation

This module automates the installation, removal, and status checking of GitHub self-hosted runners for the Armbian project. It supports batch operations and user input through dialog prompts when running interactively.

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Status: Stable
Architecture: x86-64 aarch64 armhf riscv64
Maintainer: @armbian
Documentation: Link

armbian-config --cmd GHR001

Supported Commands

install
Installs one or more GitHub runners using the provided configuration or interactively prompted values.

purge / remove
Removes runners based on the provided runner name series and target organization or repository.

status
Quietly checks if any actions.runner services are currently running on the system.

Available Switches

Switch	Description
`gh_token`	GitHub token with admin rights to manage self-hosted runners.
`runner_name`	Name prefix for the runner series (default: `armbian`).
`start`	Start index of the runner series (e.g., `01`).
`stop`	End index of the runner series (e.g., `05`).
`label_primary`	Labels for the first runner (default: `alfa`).
`label_secondary`	Labels for additional runners (default: `fast,images`).
`organisation`	GitHub organization name (default: `armbian`).
`owner`	GitHub user or organization owner (used for repo-level runners).
`repository`	GitHub repository name (used for repo-level runners).

Behavior

Prompts the user for missing switches via dialog only in interactive mode.
Supports bulk installation of runners using sequential numbering (start to stop).
Calls internal actions.runner.install and actions.runner.remove helpers.
Returns 0 if any runner services are active, 1 otherwise (for scripting use).
Suppresses errors and outputs when checking status to remain quiet in background use.

Remove GitHub runners for Armbian automation:
1	`armbian-config --cmd GHR002`

Rsyncd server¶

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Status: Stable
Architecture: x86-64 aarch64 armhf riscv64
Maintainer: @armbian
Documentation: Link

armbian-config --cmd RSD001

Remove Armbian rsyncd server:
1	`armbian-config --cmd RSD002`

Backup solutions for your data¶

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Duplicati¶

Duplicati install

Duplicati is a versatile and secure backup tool designed for everyone, including:

Users new to backup systems who need a simple and reliable solution.
Experienced users who want full control over encrypted backups and storage destinations.
System administrators who require automated, encrypted backups across multiple platforms.

Duplicati offers powerful features such as strong AES-256 encryption, backup scheduling, and flexible storage support (local folders, NAS, cloud providers like Google Drive, Dropbox, S3, and more).
Through its web-based interface, users can easily configure, monitor, and restore backups from any browser.

Thanks to Duplicati’s smart design — working through standard protocols and containerized deployment — it fits seamlessly into any environment, from personal setups to enterprise infrastructures.

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Status: Stable
Architecture: x86-64 arm64
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd DPL001

Access to the web interfaceDirectoriesView logs

The web interface is accessible via port 8200:

URL: http://<your.IP>:8200

Install directory: /armbian/duplicati
Configuration directory: /armbian/duplicati/config
Backup target directory: /armbian/duplicati/backups

Bash
docker logs -f duplicati

Duplicati remove:
1	`armbian-config --cmd DPL002`

Duplicati purge with data folder:
1	`armbian-config --cmd DPL003`

Docker containerization and KVM virtual machines¶

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Docker¶

Docker minimal

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Status: Stable
Architecture: x86-64 arm64 armhf
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd CON001

What is Docker? Docker helps developers build, share, run, and verify applications anywhere - without tedious environment configuration or management.

Docker engine:
1	`armbian-config --cmd CON002`

Docker remove:
1	`armbian-config --cmd CON003`

Docker purge with all images, containers, and volumes:
1	`armbian-config --cmd CON004`

Portainer¶

Portainer container management platform

Portainer simplifies your Docker container management via Portainer web interface. It enables faster deploy of the applications and it gives real time visibility.

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Status: Stable
Architecture: x86-64 arm64 armhf
Maintainer: @schwar3kat
Documentation: Link

armbian-config --cmd POR001

Access to the web interface

The web interface is accessible via port 9002:

URL = http://<your.IP>:9002

Portainer remove:
1	`armbian-config --cmd POR002`

Portainer purge with with data folder:
1	`armbian-config --cmd POR003`

Network-wide ad blockers servers¶

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AdGuardHome¶

AdGuardHome DNS sinkhole

AdGuard Home is a network-wide software that functions as a DNS server and ad blocker. It blocks ads, trackers, and malicious websites at the DNS level, meaning it filters content for all devices connected to the network. It also provides additional features like parental controls, logging, and privacy protections. Essentially, it acts as a gateway between your devices and the internet, blocking unwanted content before it even reaches your devices.

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Status: Stable
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd ADG001

Access to the web interfaceDirectoriesUsageBlack and white listsView logs

The web interface is accessible via port 3000:

URL: https://<your.IP>:3000
Username/Password: admin / generate at first web interface login

Install directory: /armbian/adguardhome/
Configuration directory: /armbian/adguardhome/confdir
Work directory: /armbian/adguardhome/workdir

server where you are installing is automatically switched to this DNS
on your desktop PC set IP address of this server as DNS
network wide: set IP address of this server on routers DNS

There are many sites in the web giving blocklists and whitelists for AdGuard Home. They can be used when you want to have more blocking as the standard installation gives you. Here are some examples:

Bash
docker logs -f adguardhome

AdGuardHome remove:
1	`armbian-config --cmd ADG002`

AdGuardHome purge with data folder:
1	`armbian-config --cmd ADG003`

Pi-hole¶

Pi-hole DNS ad blocker with Unbound support

Pi-hole is a network-wide ad blocker that acts as a DNS (Domain Name System) sinkhole. It blocks connections to known ad servers, trackers, and malicious domains across all devices in your network, without requiring any browser extensions or client-side software.

Pi-hole Explained¶

DNS-Based Filtering Pi-hole intercepts DNS queries made by devices on your network. When a domain is requested, Pi-hole checks it against a set of blocklists. If the domain is known to serve ads or track user activity, Pi-hole blocks the request, preventing unwanted content from loading.

Customizable Blocklists You can choose from various community-maintained blocklists or add your own. These lists contain domains associated with ads, trackers, malware, or other undesirable content.

Whole-Network Protection Once Pi-hole is configured as your network’s DNS server, all devices - smartphones, laptops, smart TVs, and IoT devices - are automatically protected. No additional configuration or software is required on the individual devices.

Built-in Recursive DNS with Unbound For added privacy and full DNS resolution control, Unbound is installed and enabled by default during Pi-hole installation. Unbound functions as a local recursive DNS resolver, fetching responses directly from authoritative DNS servers rather than relying on upstream providers. This minimizes third-party exposure and can improve query performance.

Web Interface Pi-hole includes a web-based dashboard that provides real-time visibility into DNS activity. The interface allows you to view statistics, manage blocklists, whitelist domains, and configure settings with ease.

Privacy and Performance Benefits By blocking unwanted domains at the DNS level, Pi-hole reduces page load times, lowers bandwidth usage, and enhances user privacy by preventing tracking scripts and ads from reaching client devices.

Platform Compatibility Pi-hole can be installed on a variety of platforms. It runs well on lightweight systems such as Armbian Minimal, but is also available as a Docker container and supports deployment on most Linux-based environments.

Pi-hole offers an effective and centralized way to enhance privacy and reduce unwanted content across your entire network.

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Status: Stable
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd PIH001

Access the web interface

The web interface of Pi-hole can be accessed via:

URL = http://<your.IP>:8811/admin
Password is set on install and can be adjusted from armbian-config

Pi-hole change web admin password:
1	`armbian-config --cmd PIH002`

Pi-hole remove:
1	`armbian-config --cmd PIH003`

Pi-hole purge with data folder:
1	`armbian-config --cmd PIH004`

Unbound¶

Unbound caching DNS resolver

Unbound is a high-performance, open-source DNS resolver. It primarily serves to resolve domain names into IP addresses for devices on a network. Unlike regular DNS servers, Unbound performs DNS lookups directly and securely, providing features like DNSSEC validation (ensuring data integrity) and privacy protections. It’s often used to improve speed, security, and privacy by resolving queries locally rather than relying on external DNS services.

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Status: Stable
Architecture: x86-64
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd UNB001

Default DNS portDirectoriesView logs

Default DNS port: 8053

Install directory: /armbian/unbound/
Configuration directory: /armbian/unbound/

Bash
docker logs -f unbound

Unbound remove:
1	`armbian-config --cmd UNB002`

Unbound purge with data folder:
1	`armbian-config --cmd UNB003`

SQL database servers and web interface managers¶

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MySQL¶

MySQL SQL database server

MySQL is one of the world’s most widely used open-source database servers. Trusted for decades in web, cloud, and enterprise applications.

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Status: Stable
Architecture: x86-64 arm64
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd MYSQL1

ConfigurationDirectoriesView logs

Database access configuration is done at first install:

create root password
create database
create normal user
create password for normal user

Database host: <your.IP>

Install directory: /armbian/mysql
Data volume mounted to: /armbian/mysql/data

Bash
docker logs -f mysql

MySQL remove:
1	`armbian-config --cmd MYSQL2`

MySQL purge with data folder:
1	`armbian-config --cmd MYSQL3`

Mariadb¶

Mariadb SQL database server

MariaDB is a fast, open-source relational database server developed by the original creators of MySQL. It is designed to be fully compatible with MySQL while offering improved performance, enhanced security, and additional features.

MariaDB supports a wide range of storage engines, advanced SQL capabilities, and both single-node and clustered deployments. It is widely used in web, cloud, and

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Status: Stable
Architecture: x86-64 arm64
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd DAT001

ConfigurationDirectoriesView logs

Database access configuration is done at first install: - create root password - create database - create normal user - create password for normal user

Database host: <your.IP>:3307

Install directory: /armbian/mariadb
Site configuration directory: /armbian/mariadb/config

Bash
docker logs -f mariadb

Mariadb remove:
1	`armbian-config --cmd DAT002`

Mariadb purge with data folder:
1	`armbian-config --cmd DAT003`

phpMyAdmin¶

phpMyAdmin web interface manager

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Status: Stable
Architecture: x86-64 arm64
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd MYA001

phpMyAdmin remove:
1	`armbian-config --cmd MYA002`

phpMyAdmin purge with data folder:
1	`armbian-config --cmd MYA003`

PostgreSQL¶

PostgreSQL install

PostgreSQL is a powerful, open-source object-relational database system known for its robustness, feature richness, and reliability.

It is designed for everyone, including:

Developers needing advanced SQL support and extensibility.
System administrators requiring reliable data storage for mission-critical applications.
Enterprises seeking a high-performance, standards-compliant relational database.

PostgreSQL offers strong ACID compliance, concurrency, rich data types, full-text search, JSON support, and extensibility through stored procedures and custom functions.
It is trusted globally in financial, government, and web-scale applications.

Thanks to its proven architecture and open-source nature, PostgreSQL fits seamlessly in projects of all sizes.

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Status: Stable
Architecture: x86-64 arm64
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd PGSQL1

Access to the databaseDirectoriesView logs

PostgreSQL is accessible via port 5432:

Host: postgresql://<your.IP>:5432
Default user: armbian
Default password: armbian
Default database: armbian

Data directory: /armbian/postgres/data

Bash
docker logs -f postgres

PostgreSQL remove:
1	`armbian-config --cmd PGSQL2`

PostgreSQL purge with data folder:
1	`armbian-config --cmd PGSQL3`

Redis¶

Redis install

Redis is an open-source, in-memory data structure store, used as a database, cache, and message broker.
It supports a variety of data structures such as strings, hashes, lists, sets, and sorted sets.

Key Features: - Extremely fast performance with in-memory storage - Persistence options (snapshotting and AOF) - Pub/Sub messaging capabilities - Built-in replication and high availability - Simple API and wide client support

Redis is widely used for real-time applications, caching layers, session stores, and lightweight queues across industries and platforms.

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Status: Stable
Architecture: x86-64 arm64
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd REDIS1

Access to the serviceDirectoriesView logs

Redis server is accessible on port 6379:

Host: redis://<your.IP>:6379

Data directory: /armbian/redis/data

Bash
docker logs -f redis

Redis remove:
1	`armbian-config --cmd REDIS2`

Redis purge with data folder:
1	`armbian-config --cmd REDIS3`

Applications and tools for development¶

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Git CLI¶

Install tools for cloning and managing repositories (git)

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Status: Stable
Architecture: x86-64 aarch64 armhf riscv64
Maintainer: @armbian
Documentation: Link

armbian-config --cmd GIT001

Remove tools for cloning and managing repositories (git):
1	`armbian-config --cmd GIT002`

Download apps for movies, TV shows, music and subtitles¶

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Bazarr¶

Bazarr automatic subtitles downloader for Sonarr and Radarr

Bazarr is a companion application to Sonarr and Radarr. It can manage and download subtitles based on your requirements. You define your preferences by TV show or movie and Bazarr takes care of everything for you.

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Status: Stable
Architecture: x86-64 arm64
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd BAZ001

Access to the web interfaceDirectoriesView logs

The web interface is accessible via port 6767:

URL: https://<your.IP>:6767
Username/Password: admin / generate at first web interface login

Install directory: /armbian/bazarr
Site configuration directory: /armbian/bazarr/config
Download directory: /armbian/bazarr/movies /armbian/bazarr/tv

Bash
docker logs -f bazarr

Bazarr remove:
1	`armbian-config --cmd BAZ002`

Bazarr purge with data folder:
1	`armbian-config --cmd BAZ003`

Deluge¶

Deluge BitTorrent client

Deluge⁠ is a lightweight, Free Software, cross-platform BitTorrent client.

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Status: Stable
Architecture: x86-64 arm64
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd DEL001

Access to the web interfaceDirectoriesView logs

The web interface is accessible via port 8112:

URL: https://<your.IP>:8112
Username/Password: default user/password of admin/deluge

Install directory: /armbian/deluge
Site configuration directory: /armbian/deluge/config
Download directory: /armbian/deluge/downloads

Bash
docker logs -f deluge

Deluge remove:
1	`armbian-config --cmd DEL002`

Deluge purge with data folder:
1	`armbian-config --cmd DEL003`

qBittorrent¶

qBittorrent BitTorrent client

The Qbittorrent⁠ project aims to provide an open-source software alternative to µTorrent. qBittorrent is based on the Qt toolkit and libtorrent-rasterbar library.

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Status: Stable
Architecture: x86-64 arm64
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd DOW001

Access to the web interfaceDirectoriesView logs

The web interface is accessible via port 8090:

URL: https://<your.IP>:8090
Username/Password: admin / generate at first web interface login

Install directory: /armbian/qbittorrent
Site configuration directory: /armbian/qbittorrent/config
Download directory: /armbian/qbittorrent/downloads

Bash
docker logs -f qbittorrent

qBittorrent remove:
1	`armbian-config --cmd DOW002`

qBittorrent purge with data folder:
1	`armbian-config --cmd DOW003`

Prowlarr:
1	`armbian-config --cmd DOW025`

Access to the web interfaceDirectoriesView logs

The web interface is accessible via port 9696:

URL: https://<your.IP>:9696
Username/Password: admin / generate at first web interface login

Install directory: /armbian/prowlarr
Site configuration directory: /armbian/prowlarr/config

Bash
docker logs -f prowlarr

Prowlarr remove:
1	`armbian-config --cmd DOW026`

Prowlarr purge with data folder:
1	`armbian-config --cmd DOW027`

Jellyseerr¶

Jellyseerr Jellyfin/Emby/Plex integration install

Jellyseerr is a free and open source software application for managing requests for your media library. It is a fork of Overseerr built to bring support for Jellyfin & Emby media servers!

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Status: Stable
Architecture: x86-64 arm64
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd JEL001

Jellyseerr remove:
1	`armbian-config --cmd JEL002`

Jellyseerr purge with data folder:
1	`armbian-config --cmd JEL003`

Lidarr¶

Lidarr automatic music downloader

Lidarr is a music collection manager for Usenet and BitTorrent users. It can monitor multiple RSS feeds for new tracks from your favorite artists and will grab, sort and rename them. It can also be configured to automatically upgrade the quality of files already downloaded when a better quality format becomes available.

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Status: Stable
Architecture: x86-64 arm64
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd LID001

Access to the web interfaceDirectoriesView logs

The web interface is accessible via port 8686:

URL: https://<your.IP>:8686
Username/Password: admin / generate at first web interface login

Install directory: /armbian/lidarr
Site configuration directory: /armbian/lidarr/config
Download directory: /armbian/lidarr/downloads /armbian/lidarr/music

Bash
docker logs -f lidarr

Lidarr remove:
1	`armbian-config --cmd LID002`

Lidarr purge with data folder:
1	`armbian-config --cmd LID003`

Medusa¶

Medusa automatic downloader for TV shows

Medusa is an automatic Video Library Manager for TV Shows. It watches for new episodes of your favorite shows, and when they are posted it does its magic.

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Status: Stable
Architecture: x86-64 arm64
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd MDS001

Access to the web interfaceDirectoriesView logs

The web interface is accessible via port 8081:

URL: https://<your.IP>:8081

Install directory: /armbian/medusa
Site configuration directory: /armbian/medusa/config
Download directory: /armbian/medusa/downloads
Download directory TV shows: /armbian/medusa/downloads/tv

Bash
docker logs -f medusa

Medusa TV shows downloader remove:
1	`armbian-config --cmd MDS002`

Medusa TV shows downloader purge:
1	`armbian-config --cmd MDS003`

Radarr¶

Radarr automatic downloader for movies

Radarr - A fork of Sonarr to work with movies à la Couchpotato.

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Status: Stable
Architecture: x86-64 arm64
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd RAD001

Access to the web interfaceDirectoriesView logs

The web interface is accessible via port 7878:

URL: https://<your.IP>:7878
Username/Password: admin / generate at first web interface login

Install directory: /armbian/radarr
Site configuration directory: /armbian/radarr/config
Download directory: /armbian/radarr/movies
Client download directory: /armbian/radarr/client

Bash
docker logs -f radarr

Radarr remove:
1	`armbian-config --cmd RAD002`

Radarr purge with data folder:
1	`armbian-config --cmd RAD003`

Readarr¶

Readarr automatic downloader for Ebooks

Readarr - Book Manager and Automation (Sonarr for Ebooks)

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Status: Stable
Architecture: x86-64 arm64
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd RDR001

Access to the web interfaceDirectoriesView logs

The web interface is accessible via port 8787:

URL: https://<your.IP>:8787
Username/Password: admin / generate at first web interface login

Install directory: /armbian/readarr
Site configuration directory: /armbian/readarr/config
Download directory: /armbian/readarr/books /armbian/readarr/client

Bash
docker logs -f readarr

Readarr remove:
1	`armbian-config --cmd RDR002`

Readarr purge with data folder:
1	`armbian-config --cmd RDR003`

SABnzbd¶

SABnzbd newsgroup downloader

Sabnzbd⁠ makes Usenet as simple and streamlined as possible by automating everything we can. All you have to do is add an .nzb. SABnzbd takes over from there, where it will be automatically downloaded, verified, repaired, extracted and filed away with zero human interaction.

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Status: Stable
Architecture: x86-64 arm64
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd SABN01

Access to the web interfaceDirectoriesView logs

The web interface is accessible via port 8380:

URL: https://<your.IP>:8380
Username/Password: admin / generate at first web interface login

Install directory: /armbian/sabnzbd
Site configuration directory: /armbian/sabnzbd/config
Download directory: /armbian/sabnzbd/downloads
Incomplete downloads: /armbian/sabnzbd/incomplete

Bash
docker logs -f sabnzbd

SABnzbd remove:
1	`armbian-config --cmd SABN02`

SABnzbd purge with data folder:
1	`armbian-config --cmd SABN03`

Sonarr¶

Sonarr automatic downloader for TV shows

Sonarr (formerly NZBdrone) is a PVR for usenet and bittorrent users. It can monitor multiple RSS feeds for new episodes of your favorite shows and will grab, sort and rename them. It can also be configured to automatically upgrade the quality of files already downloaded when a better quality format becomes available.

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Status: Stable
Architecture: x86-64 arm64
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd SON001

Access to the web interfaceDirectoriesView logs

The web interface is accessible via port 8989:

URL: https://<your.IP>:8989

Install directory: /armbian/sonarr
Site configuration directory: /armbian/sonarr/config
Download directory: /armbian/sonarr/tvseries
Client download directory: /armbian/sonarr/client

Bash
docker logs -f sonarr

Sonarr remove:
1	`armbian-config --cmd SON002`

Sonarr purge with data folder:
1	`armbian-config --cmd SON003`

Transmission¶

Transmission BitTorrent client

Transmission⁠ is designed for easy, powerful use. Transmission has the features you want from a BitTorrent client: encryption, a web interface, peer exchange, magnet links, DHT, µTP, UPnP and NAT-PMP port forwarding, webseed support, watch directories, tracker editing, global and per-torrent speed limits, and more.

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Status: Stable
Architecture: x86-64 arm64
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd TRA001

Access to the web interfaceDirectoriesView logs

The web interface is accessible via port 9091:

URL: https://<your.IP>:9091
Username/Password: admin / generate at first web interface login

Install directory: /armbian/transmission
Site configuration directory: /armbian/transmission/config
Download directory: /armbian/transmission/downloads
Watch directory: /armbian/transmission/watch

Bash
docker logs -f transmission

Transmission remove:
1	`armbian-config --cmd TRA002`

Transmission purge with data folder:
1	`armbian-config --cmd TRA003`

Manage your finances¶

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Actual Budget¶

Do your finances with Actual Budget

Actual Budget is a free, open-source personal finance app built around the envelope budgeting method.

Privacy-focused: Users can self-host their data or use encrypted cloud syncing.
Key Features:
- Multi-account tracking
- Transaction importing
- Customizable financial reports
- Optional syncing via services like PikaPods
Ideal for: Those who want a transparent, self-hosted alternative to proprietary budgeting tools.

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Status: Stable
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd ABU001

Warning: HTTPS Certificate Required

After initially installing the Actual server, you might get stuck at the step:
“Initializing the connection to the local database…”

The issue is due to the server not having an HTTPS certificate.
After activating an HTTPS certificate for the Actual server, everything should work fine.

If you still encounter issues even after setting up HTTPS, we highly recommend reaching out to the Actual Budget Discord server — the developers and community there are very kind and helpful.

Actual Budget remove:
1	`armbian-config --cmd ABU002`

Actual Budget purge with data folder:
1	`armbian-config --cmd ABU003`

Home Automation for control home appliances¶

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Domoticz¶

Domoticz open source home automation

Domoticz is an open-source home automation platform that allows you to control and monitor smart devices in your home. It supports a wide range of devices, including lights, sensors, thermostats, and cameras. Through its web interface or mobile app, you can set up automation rules and schedules, providing greater convenience and energy efficiency. It’s customizable, flexible, and can be run on a variety of hardware platforms supported by Armbian.

Access to the web interfaceDirectoriesAdvanced setup

The web interface is accessible via port 8780:

URL: https://<your.IP>:8780
Username/Password: admin / domoticz

Config directory: /armbian/domoticz

Primary USB device passing through (/dev/ttyUSB0) to Docker container is enabled by default
For more complex setup, please follow this comprehensive guide: https://wiki.domoticz.com/Main_Page

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Status: Preview
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd DOM001

Domoticz remove:
1	`armbian-config --cmd DOM002`

Domoticz purge with data folder:
1	`armbian-config --cmd DOM003`

EVCC¶

EVCC - solar charging automation

evcc is an energy management system with a focus on electromobility. The software controls your EV charger or smart plug. It communicates with your vehicle, inverter or home storage to make intelligent charging decisions. The software is open source and community-driven.

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Status: Preview
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd EVCC01

Access to the web interfaceDirectoriesView logs

The web interface is accessible via port 7070:

URL: https://<your.IP>:7070
Admin password is generated at first web interface login

Install directory: /armbian/evcc
Site configuration directory: /armbian/evcc/evcc.yaml

Bash
docker logs -f evcc

EVCC - solar charging automation remove:
1	`armbian-config --cmd EVCC02`

EVCC purge with data folder:
1	`armbian-config --cmd EVCC03`

openHAB¶

openHAB empowering the smart home

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Status: Stable
Architecture: x86-64 arm64 armhf
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd HAB001

Access to the web interfaceDirectoriesView logs

The web interface is accessible via port 2080:

URL: https://<your.IP>:2080
Username/Password: Are set at first web interface login

Install directory: /armbian/openhab
Site configuration directory: /armbian/openhab/conf
Userdata directory: /armbian/openhab/userdata
Addons directory: /armbian/openhab/addons

Home Assistant¶

Home Assistant open source home automation

Home Assistant is an open source smart home platform that allows you to connect your smart home devices like your TV, fan, cameras, thermostats, lights, and sensors. As a user, you can build intricate automation using Home Assistant’s user-friendly, unified web-based user interface.

Perfect to run on any single board computer with 4 cores and at least 512Mb of memory. Armbian installation is optimised to run from SD/eMMC media, but it is recommended to use SSD.

Limited support

The supervised installation method on Armbian is not officially supported by the Home Assistant project. Additionally, installation on hardware that is not officially supported is also outside the scope of support provided by the Armbian team.

You are welcome to report high-level application issues that are reproducible on the official Home Assistant Operating System (HAOS) within the Home Assistant Community. For any topics related to single-board computer hardware, you may use the Armbian Community Forums; however, please be aware that official support from the Armbian team is not guaranteed.

While the Home Assistant team is planning to deprecate the Supervised installation method, the Armbian team will continue to provide and maintain the supervised installation method as long as automated installation tests remain successful and the maintenance effort remains reasonable.

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Status: Preview
Architecture: x86-64 arm64 armhf
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd HAS001

Access to the web interfaceDirectoriesArmbian advantages

The web interface is accessible via port 8123:

URL: https://<your.IP>:8123
Username/Password: Are set at first web interface login

Home Assistant on Armbian runs supervised in a Docker container. This secures same functionality as stock HAOS.

Config directory: /armbian/haos

Functionality	HAOS	Armbian with HA
Automations
Dashboards
Integrations
Add-ons
One-click updates
Backups
General purpose server
Running on exotic hardware

Home Assistant remove:
1	`armbian-config --cmd HAS002`

Home Assistant purge with data folder:
1	`armbian-config --cmd HAS003`

Remote File & Management tools¶

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Cockpit¶

Cockpit OS and VM management tool

Cockpit is a web-based graphical interface for servers, intended for everyone.

Here’s a subset of tasks you can perform on each host running Cockpit

inspect and change network settings
configure a firewall
manage storage (including RAID and LUKS partitions)
create and manage virtual machines
download and run containers
browse and search system logs
inspect a system’s hardware
upgrade software
manage user accounts
inspect and interact with systemd-based services
use a terminal on a remote server in your local web browser
switch between multiple Cockpit servers

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Status: Stable
Architecture: x86-64 arm64 armhf
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd CPT001

Access to the web interfaceVideo instructions

The web interface is accessible via port 9890:

URL: https://<your.IP>:9890
Username/Password: your system login credentials

Remove Cockpit:
1	`armbian-config --cmd CPT002`

Purge Cockpit with virtual machines:
1	`armbian-config --cmd CPT003`

Homepage¶

Install Homepage startpage / application dashboard

gethomepage is a fast, fully static, highly customizable application dashboard built for modern self-hosted environments. With a fully proxied architecture and zero runtime, it delivers exceptional speed, security, and simplicity for organizing and accessing your services.

It supports over 100 service integrations and multiple languages, offering live status displays and dynamic resource monitoring out-of-the-box. Configuration is effortless via YAML files or automatic Docker label discovery, making setup and management seamless.

Key Features

Static Frontend: Blazing-fast performance with no server-side runtime.
Secure Proxying: Safely access internal services without direct exposure.
Service Integrations: Native support for Docker, Kubernetes, Grafana, Proxmox, Home Assistant, and more.
Easy Configuration: Manage layout and services with YAML or Docker labels.
Internationalization: Translations available for multiple languages.
Flexible Theming: Personalize with themes, layouts, and styling.
Simple Deployment: Host via Docker, Kubernetes, or any static hosting platform.

Whether you’re running a small homelab or a full server fleet, gethomepage offers a sleek, powerful, and secure way to stay organized.

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Status: Stable
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd HPG001

Access to the web interfaceDirectoriesView logs

The web interface is accessible via port 3021:

URL: https://<your.IP>:3021
Username/Password: none

Configuration: Please reffer to official manual https://gethomepage.dev/configs/

Install directory: /armbian/homepage
Site configuration directory: /armbian/homepage/config

Bash
docker logs -f homepage

Remove Homepage:
1	`armbian-config --cmd HPG002`

Purge Homepage with data folder:
1	`armbian-config --cmd HPG003`

NetBox¶

NetBox infrastructure resource modeling install

NetBox is an open-source infrastructure resource modeling (IRM) tool used for managing and documenting networks and data center assets.

Requirements (installed automatically)

Key Features

IP Address Management (IPAM): Track IP networks, addresses, and VRFs.
Data Center Infrastructure Management (DCIM): Model racks, devices, connections, and more.
Secrets Management: Securely store credentials and other sensitive data.
Extensible API & Webhooks: Integrate with external systems.
Custom Fields & Scripts: Tailor NetBox to fit your organization’s needs.

Originally developed by DigitalOcean, NetBox is widely adopted by network engineers and sysadmins to maintain source-of-truth data for automation.

Official Website

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Status: Stable
Architecture: x86-64 arm64
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd NBOX01

Access to the serviceDefault credentialsDirectoriesView logsManage the service

NetBox is accessible via HTTP on port 8000:

URL: http://<your.IP>:8000
API root: http://<your.IP>:8000/api/

Username: admin
Password: (set during setup)
API token: Generate in the UI or via Django shell

Configuration: /armbian/netbox/config/
Scripts: /armbian/netbox/scripts/
Reports: /armbian/netbox/reports/

Bash
docker logs -f netbox

Bash
docker exec -it netbox bash

NetBox remove:
1	`armbian-config --cmd NBOX02`

NetBox purge with data folder:
1	`armbian-config --cmd NBOX03`

Samba¶

SAMBA Remote File share

Samba is an open-source software suite that enables seamless file and printer sharing between Linux/Unix servers and Windows clients. It allows a Linux machine to act as a domain controller, file server, or print server within a Windows network environment, supporting cross-platform interoperability.

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Status: Stable
Architecture: x86-64 aarch64 armhf riscv64
Maintainer: @armbian
Documentation: Link

armbian-config --cmd SMB001

Webmin¶

Webmin web-based management tool

Webmin is a web-based system administration tool for Unix-like servers. It provides an easy-to-use browser interface to manage users, configure services, edit files, monitor system performance, and control almost every aspect of your server — without needing to touch the command line.

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Status: Stable
Architecture: x86-64 aarch64 armhf riscv64
Maintainer: @armbian
Documentation: Link

armbian-config --cmd WBM001

Access to the web interface

The web interface is accessible via port 10000:

URL: https://<your.IP>:10000
Username/Password: your system login credentials

Media servers, organizers and editors¶

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Emby¶

Emby organizes video, music, live TV, and photos

Emby organizes video, music, live TV, and photos from personal media libraries and streams them to smart TVs, streaming boxes and mobile devices. This container is packaged as a standalone emby Media Server.

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Status: Stable
Architecture: x86-64 arm64
Maintainer: @schwar3kat
Documentation: Link

armbian-config --cmd EMB001

Access to the web interfaceDirectoriesView logs

The web interface is accessible via port 8091:

URL: https://<your.IP>:8091

Install directory: /armbian/emby
Site configuration directory: /armbian/emby/config
Data directory: /armbian/emby/tvshows /armbian/emby/movies

Bash
docker logs -f emby

Emby server remove:
1	`armbian-config --cmd EMB002`

Emby server purge with data folder:
1	`armbian-config --cmd EMB003`

Filebrowser¶

Filebrowser provides a web-based file manager accessible via a browser

Filebrowser is a lightweight, web-based file manager that gives you direct access to your files from any browser. It allows users to upload, delete, preview, rename, and organize files and folders — all through a clean, responsive interface.

Key Features

Modern and intuitive web interface
User management with role-based access
File uploads, downloads, sharing, and previews
Custom branding support
Configurable directory access
Runs as a single binary or Docker container

Official site: https://filebrowser.org

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Status: Stable
Architecture: x86-64 arm64
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd FIL001

Access to the web interfaceDirectoriesView logs

The web interface is accessible via port 8095:

URL: http://<your.IP>:8095
Username/Password: admin / admin

Install directory: /armbian/filebrowser
Root directory: /armbian/filebrowser/srv
Database directory: /armbian/filebrowser/database
Configuration file: /armbian/filebrowser/filebrowser.json
Branding directory: /armbian/filebrowser/branding

Bash
docker logs -f filebrowser

Filebrowser container remove:
1	`armbian-config --cmd FIL002`

Filebrowser container purge with data folder:
1	`armbian-config --cmd FIL003`

Hastebin¶

Hastebin Paste Server

Hastebin is a fast and simple self-hosted pastebin server. It allows users to quickly share text snippets like logs, code, or notes via a web interface or API. Hastebin is lightweight, easy to deploy with Docker, and ideal for teams needing private, temporary paste storage.

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Status: Stable
Architecture: x86-64 arm64
Maintainer: @efectn
Documentation: Link

armbian-config --cmd HPS001

Hastebin remove:
1	`armbian-config --cmd HPS002`

Hastebin purge with data folder:
1	`armbian-config --cmd HPS003`

Immich¶

Immich - high-performance self-hosted photo and video backup solution

Immich is a self-hosted photo and video backup solution, designed for individuals and families who want:

An alternative to cloud-based services like Google Photos or iCloud
A private, secure place to store, browse, and share memories
Powerful features like automatic mobile uploads, facial recognition, and search
A modern, responsive web and mobile interface for easy access

Thanks to Immich being built with modern technologies like NestJS, TypeScript, and machine learning integrations, users enjoy a smooth, intelligent media experience. Whether you’re a casual user backing up phone photos or a tech-savvy person managing media across multiple devices, Immich provides the flexibility and control of a cloud solution—on your own server.

Summary

Immich is ideal if you want full privacy, open-source flexibility, and control over your data.
Google Photos is convenient and polished but comes with trade-offs in privacy and cost at scale.
Synology Photos fits well in homes or small offices already using Synology NAS systems, offering good performance with integrated features.

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Status: Preview
Architecture: x86-64 arm64
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd IMM001

Access to the serviceDefault credentialsDirectoriesView logsImmich vs Google Photos vs Synology Photos

Immich is accessible via HTTP on port 8077:

URL: http://<your.IP>:8077

Email: (set during initial setup)
Password: (set during initial setup)

Uploads: /armbian/immich/photos/upload/
Thumbnails: /armbian/immich/photos/thumbs/
Profile images: /armbian/immich/photos/profile/
Library: /armbian/immich/photos/library/
Encoded videos: /armbian/immich/photos/encoded-video/
Backups: /armbian/immich/photos/backups/

Bash
docker logs -f immich

Feature / Aspect	Immich	Google Photos	Synology Photos
Hosting	Self-hosted	Cloud (Google infrastructure)	Self-hosted (on Synology NAS)
Privacy & Control	Full control, private data storage	Data stored and analyzed by Google	Full control within your NAS environment
Automatic Uploads	Yes (via mobile app)	Yes (via mobile app)	Yes (via mobile app or Synology Drive)
Facial Recognition	Yes (on-device)	Yes (cloud-based)	Yes (on-device)
Object & Scene Detection	Yes (limited but improving)	Yes (advanced AI)	Yes (basic)
Web Interface	Yes (modern and responsive)	Yes	Yes
Mobile Apps	Yes (iOS & Android)	Yes (iOS & Android)	Yes (iOS & Android)
Albums & Sharing	Yes (with public and private sharing)	Yes (advanced sharing options)	Yes
Multi-user Support	Yes	Limited (mostly single user)	Yes (multi-user, tied to NAS users)
Backup Original Quality	Yes (no compression)	Only with paid storage	Yes (NAS dependent)
Offline Access	Limited (depends on app setup)	Yes (with sync)	Yes
Open Source	Yes	No	No
Hardware Requirement	Any Docker-capable server or NAS	N/A (runs on Google’s cloud)	Synology NAS required
Price	Free (self-hosted, you pay for hardware)	Free (with limitations) / Paid for storage	Included with NAS, hardware cost required

Immich remove:
1	`armbian-config --cmd IMM002`

Immich purge with data folder:
1	`armbian-config --cmd IMM003`

Jellyfin¶

Jellyfin Media System

Jellyfin is a Free Software Media System that puts you in control of managing and streaming your media. It is an alternative to the proprietary Emby and Plex, to provide media from a dedicated server to end-user devices via multiple apps. Jellyfin is descended from Emby’s 3.5.2 release and ported to the .NET Core framework to enable full cross-platform support. There are no strings attached, no premium licenses or features, and no hidden agendas: just a team who want to build something better and work together to achieve it.

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Status: Preview
Architecture: x86-64 arm64
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd JMS001

Access to the web interfaceDirectoriesView logs

The web interface is accessible via port 8096:

URL: http://<your.IP>:8096
Username and password are set at first login

Install directory: /armbian/jellyfin
Site configuration directory: /armbian/jellyfin/config
TV shows directory: /armbian/jellyfin/tvseries
Movies directory: /armbian/jellyfin/movies

Bash
docker logs -f jellyfin

Jellyfin remove:
1	`armbian-config --cmd JMS002`

Jellyfin purge with data folder:
1	`armbian-config --cmd JMS003`

Navidrome¶

Navidrome music server and streamer compatible with Subsonic/Airsonic

Navidrome is a modern, lightweight, and self-hosted music server and streamer. It’s designed to be compatible with the Subsonic and Airsonic APIs, making it a drop-in replacement for users of those systems. With Navidrome, you can stream your personal music collection from anywhere using any compatible Subsonic client (mobile or desktop). It supports multi-user access, real-time updates, album artwork, and is built with performance and simplicity in mind—perfect for organizing and accessing large music libraries.

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Status: Stable
Architecture: x86-64 arm64
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd NAV001

Navidrome remove:
1	`armbian-config --cmd NAV002`

Navidrome purge with data folder:
1	`armbian-config --cmd NAV003`

Nextcloud¶

Nextcloud content collaboration platform

Nextcloud gives you access to all your files wherever you are. Where are your photos and documents? With Nextcloud you pick a server of your choice, at home, in a data center or at a provider. And that is where your files will be. Nextcloud runs on that server, protecting your data and giving you access from your desktop or mobile devices. Through Nextcloud you also access, sync and share your existing data on that FTP drive at the office, a Dropbox or a NAS you have at home.

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Status: Stable
Architecture: x86-64 arm64
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd NCT001

Access to the web interfaceDirectoriesView logs

The web interface is accessible via port 1443:

URL: https://<your.IP>:1443
Username/Password: admin / generate at first web interface login

Install directory: /armbian/nextcloud
Site configuration directory: /armbian/nextcloud/config
Data directory: /armbian/nextcloud/data

Bash
docker logs -f nextcloud

Nextcloud remove:
1	`armbian-config --cmd NCT002`

Nextcloud purge with data folder:
1	`armbian-config --cmd NCT003`

OMV¶

Deploy NAS using OpenMediaVault

OpenMediaVault (OMV) is a powerful, open-source network-attached storage (NAS) operating system built on the Debian Linux distribution. It is designed to provide a simple and intuitive web-based interface for managing storage devices and network services, making it ideal for home users, small offices, and even advanced users looking for a customizable and efficient NAS solution.

OMV supports a wide range of features, including various file systems (EXT4, XFS, BTRFS, etc.), software RAID configurations, scheduled backups, and user and group management. It offers support for common network protocols such as SMB/CIFS (Windows file sharing), NFS, FTP, and SSH, enabling seamless file access across different platforms.

Through its modular design, OpenMediaVault can be easily extended with plugins, allowing users to add functionality like Docker support, media servers, cloud synchronization tools, BitTorrent clients, and more. The system is designed for stability and ease of use, with regular updates and a strong community supporting development and troubleshooting.

Whether used on a dedicated server, a Raspberry Pi, or virtualized hardware, OMV provides a flexible and reliable way to build your own custom NAS.

Warning: installation works only on Debian (bookworm) based Armbian image.

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Status: Stable
Architecture: amd64 arm64 armhf
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd OMV001

Access to the web interfaceDirectoriesUsagePlugins and Add-onsView logs

The OpenMediaVault web interface is accessible via the default HTTP port:

URL: http://<your.IP>:80
Username/Password: admin / openmediavault (change after first login)

Default config directory: /etc/openmediavault/
Shared folders base path: /srv/dev-disk-by-.../
Plugin data directories may vary by service (e.g., Docker, SMB, etc.)

Use the web interface to configure storage, users, services, and plugins
Create shared folders and enable SMB/NFS to access files over the network
Monitor system status, performance, and logs from the dashboard

OpenMediaVault supports a wide range of community plugins:

Docker support via openmediavault-compose or omv-extras
Media servers (e.g., Plex, Jellyfin)
Backup tools (e.g., rsync, USB backup)
Cloud sync (e.g., Rclone)

Install plugins through the web interface after enabling OMV-Extras.

Bash
journalctl -u openmediavault-engined
tail -f /var/log/syslog

OpenMediaVault remove:
1	`armbian-config --cmd OMV002`

Owncloud¶

Owncloud share files and folders, easy and secure

ownCloud is a free and open-source software project for content collaboration and sharing and syncing of files in distributed and federated enterprise scenarios.

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Status: Stable
Architecture: x86-64 arm64
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd OWC001

Access to the web interfaceDirectoriesView logs

The web interface is accessible via port 7787:

URL: http://<your.IP>:7787
Username/Password: admin / admin

Install directory: /armbian/owncloud
Site configuration directory: /armbian/owncloud/config
Data directory: /armbian/owncloud/data

Bash
docker logs -f owncloud

Owncloud remove:
1	`armbian-config --cmd OWC002`

Owncloud purge with data folder:
1	`armbian-config --cmd OWC003`

Syncthing¶

Syncthing continuous file synchronization

Syncthing replaces proprietary sync and cloud services with something open, trustworthy and decentralized. Your data is your data alone and you deserve to choose where it is stored, if it is shared with some third party and how it’s transmitted over the Internet.

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Status: Stable
Architecture: x86-64 arm64
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd STC001

Access to the web interfaceDirectoriesView logs

The web interface is accessible via port 8884:

URL: https://<your.IP>:8884
Username/Password: There is none, but it is highly suggested setting a password for this container. To do this go to Actions -> Settings -> set user/password for the webUI.

Install directory: /armbian/syncthing
Site configuration directory: /armbian/syncthing/config
Data directory: /armbian/syncthing/data1 /armbian/syncthing/data2

Bash
docker logs -f syncthing

Syncthing remove:
1	`armbian-config --cmd STC002`

Syncthing purge with data folder:
1	`armbian-config --cmd STC003`

Stirling¶

Stirling PDF tools for viewing and editing PDF files

Stirling-PDF is a robust, locally hosted web-based PDF manipulation tool using Docker. It enables you to carry out various operations on PDF files, including splitting, merging, converting, reorganizing, adding images, rotating, compressing, and more. This locally hosted web application has evolved to encompass a comprehensive set of features, addressing all your PDF requirements.

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Status: Stable
Architecture: x86-64 arm64
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd STR001

Access to the web interfaceDirectoriesView logs

The web interface is accessible via port 8075:

URL: https://<your.IP>:8075

Install directory: /armbian/stirling

Bash
docker logs -f stirling-pdf

Stirling PDF remove:
1	`armbian-config --cmd STR002`

Stirling PDF purge with data folder:
1	`armbian-config --cmd STR003`

Real-time monitoring, collecting metrics, up-time status¶

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Grafana¶

Grafana data analytics

Grafana is a multi-platform open source analytics and interactive visualization web application. It can produce charts, graphs, and alerts for the web when connected to supported data sources.

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Status: Stable
Architecture: x86-64 arm64
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd GRA001

Access to the web interfaceDirectoriesView logs

The web interface is accessible via port 3022:

URL: https://<your.IP>:3022

Install directory: /armbian/grafana

Bash
docker logs -f grafana

Grafana remove:
1	`armbian-config --cmd GRA002`

Grafana purge with data folder:
1	`armbian-config --cmd GRA003`

NetAlertX¶

NetAlertX network scanner & notification framework

NetAlertX is an open-source network monitoring and intruder detection tool designed to provide visibility into your Wi-Fi or LAN network. It scans your network for connected devices and alerts you when new or unknown devices are detected, helping you monitor unauthorized access and maintain network security.

Key Features:

Scheduled Network Scans: Regularly scans your network to detect new devices, reconnections, disconnections, and changes in IP addresses.

Extensive Notification Support: Integrates with over 80 notification services, including email, Telegram, Pushover, and NTFY, ensuring you receive timely alerts about network changes.

Network Visualization: Offers a user-friendly interface to visualize your entire network, enhancing security and simplifying management.

Multi-Network Monitoring: Supports synchronization of multiple network instances, providing cross-network visibility across various device manufacturers.

Home Assistant Integration: Seamlessly integrates with Home Assistant, enabling advanced automation workflows and smart home integrations.

Customizable Plugins: Allows users to develop custom plugins with auto-generated user interfaces and built-in notification systems, tailoring the tool to specific network monitoring needs.

NetAlertX is actively maintained and supports various installation methods, including Docker and bare-metal setups. It serves as a proactive solution for maintaining network health and preventing issues before they escalate, providing peace of mind for individuals and small businesses alike.

For more information and installation guides, visit the official NetAlertX documentation.

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Status: Stable
Architecture: x86-64 arm64 armhf
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd NAX001

Access to the web interfaceDirectoriesView logs

The web interface is accessible via port 20211:

URL: https://<your.IP>:20211

Config directory: /armbian/netalertx/config

Bash
docker logs -f netalertx

NetAlertX network scanner remove:
1	`armbian-config --cmd NAX002`

NetAlertX network scanner purge with data folder:
1	`armbian-config --cmd NAX003`

Netdata¶

Netdata - monitoring real-time metrics

Netdata is a partially open source tool designed to collect real-time metrics, such as CPU usage, disk activity, bandwidth usage, website visits, etc., and then display them in live, easy-to-interpret charts.

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Status: Stable
Architecture: x86-64 arm64
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd NTD001

Netdata remove:
1	`armbian-config --cmd NTD002`

Netdata purge with data folder:
1	`armbian-config --cmd NTD003`

Prometheus¶

Prometheus monitoring and alerting toolkit

Prometheus is an open-source monitoring and alerting toolkit designed for reliability and scalability. It collects and stores time-series data, provides powerful query capabilities, and enables real-time alerts based on defined conditions. Commonly used in cloud and containerized environments, Prometheus integrates seamlessly with Kubernetes and other modern infrastructure.

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Status: Stable
Architecture: x86-64 arm64
Maintainer: @efectn
Documentation: Link

armbian-config --cmd PRO001

Access to the web interfaceDirectoriesView logs

The web interface is accessible via port 9191:

URL: http://<your.IP>:9191

Config directory: /armbian/prometheus

Bash
docker logs -f prometheus

Prometheus remove:
1	`armbian-config --cmd PRO002`

Prometheus purge with data folder:
1	`armbian-config --cmd PRO003`

Uptime Kuma¶

Uptime Kuma self-hosted monitoring tool

Uptime Kuma is a self-hosted monitoring tool similar to "Uptime Robot". It provides a beautiful, easy-to-use web dashboard to monitor HTTP(s), TCP, Ping, and more types of services.

You can receive instant notifications when a service goes down via Telegram, Discord, Slack, email, and many other integrations.

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Status: Stable
Architecture: x86-64 arm64
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd UPK001

Access to the web interfaceFeatures

The web interface is accessible via port 3001:

URL: https://<your.IP>:3001
Username/Password: Are set at first web interface login

Monitoring uptime for HTTP(s) / TCP / HTTP(s) Keyword / HTTP(s) Json Query / Ping / DNS Record / Push / Steam Game Server / Docker Containers
Fancy, Reactive, Fast UI/UX
Notifications via Telegram, Discord, Gotify, Slack, Pushover, Email (SMTP), and 90+ notification services, click here for the full list
20-second intervals
Multi Languages
Multiple status pages
Map status pages to specific domains
Ping chart
Certificate info
Proxy support
2FA support

Uptime Kuma remove:
1	`armbian-config --cmd UPK002`

Uptime Kuma purge with data folder:
1	`armbian-config --cmd UPK003`

Console network tools for measuring load and bandwidth¶

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avahi-daemon¶

avahi-daemon hostname broadcast via mDNS

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Status: Stable
Architecture: x86-64 arm64
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd AVH001

avahi-daemon remove:
1	`armbian-config --cmd AVH002`

iperf3¶

iperf3 bandwidth measuring tool

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Status: Stable
Architecture: x86-64 arm64
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd IPR001

iperf3 remove:
1	`armbian-config --cmd IPR002`

iptraf-ng¶

iptraf-ng IP LAN monitor

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Status: Stable
Architecture: x86-64 arm64
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd IPT001

iptraf-ng remove:
1	`armbian-config --cmd IPT002`

nload¶

nload - realtime console network usage monitor

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Status: Stable
Architecture: x86-64 arm64
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd NLD001

nload - remove:
1	`armbian-config --cmd NLD002`

Tools for printing and 3D printing¶

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OctoPrint¶

OctoPrint web-based 3D printers management tool

OctoPrint is an open source 3D printer controller application, which provides a web interface for the connected printers. It displays printers status and key parameters and allows user to schedule prints and remotely control the printer.

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Status: Stable
Architecture: x86-64 arm64
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd OCT001

Access to the web interfaceDirectoriesView logs

The web interface is accessible via port 7981:

URL: https://<your.IP>:7981

Install directory: /armbian/octoprint

Bash
docker logs -f octoprint

OctoPrint remove:
1	`armbian-config --cmd OCT002`

OctoPrint purge with data folder:
1	`armbian-config --cmd OCT003`

Virtual Private Network tools¶

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WireGuard¶

WireGuard VPN server

WireGuard is an extremely simple yet fast and modern VPN that utilizes state-of-the-art cryptography. It aims to be faster, simpler, leaner, and more useful than IPsec, while avoiding the massive headache. It intends to be considerably more performant than OpenVPN. WireGuard is designed as a general purpose VPN for running on embedded interfaces and super computers alike, fit for many different circumstances. Initially released for the Linux kernel, it is now cross-platform (Windows, macOS, BSD, iOS, Android) and widely deployable. Regarded as the most secure, easiest to use, and simplest VPN solution in the industry.

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Status: Enabled
Architecture: x86-64 arm64
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd WRG001

ServerClientAccess to the server from internetDirectoriesView logs

Launch armbian-config --cmd WRG001.
When prompted, enter a comma-separated list of peer names (e.g., laptop,phone,router).

Peer configuration files will be created in

Text Only
1	`/armbian/wireguard/config/wg_confs/peer_laptop.conf`

Scan the QR code (for mobile) or transfer .conf to your client system.
Connect the client using the configuration.

Launch armbian-config --cmd WRG002.
You will be asked to edit or paste a valid WireGuard configuration.
Provide the client configuration in this format:

Bash
[Interface]
Address = 10.13.13.2/32
PrivateKey = <your-private-key>
DNS = 1.1.1.1

[Peer]
PublicKey = <server-public-key>
Endpoint = your.server.com:51820
AllowedIPs = 0.0.0.0/0
PersistentKeepalive = 25

The configuration will be saved to:

Text Only
1	`/armbian/wireguard/config/wg_confs/client.conf`

When prompted, enter the local LAN subnets you wish to route via VPN (e.g., 10.0.10.0/24,192.168.0.0/16).
The VPN container will be started and routing rules will be generated accordingly.
Routing will be restored automatically on boot via systemd service.

Remember to open/forward the port 51820 (UDP) through NAT on your router.

Install directory: /armbian/wireguard
Site configuration directory: /armbian/wireguard/config

Bash
docker logs -f wireguard

WireGuard VPN client:
1	`armbian-config --cmd WRG002`

WireGuard remove:
1	`armbian-config --cmd WRG003`

WireGuard VPN server QR codes for clients:
1	`armbian-config --cmd WRG004`

WireGuard purge with data folder:
1	`armbian-config --cmd WRG005`

ZeroTier¶

ZeroTier connect devices over your own private network in the world.

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Status: Stable

armbian-config --cmd ZTR001

Web server, LEMP, reverse proxy, Let’s Encrypt SSL¶

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SWAG¶

SWAG reverse proxy

SWAG - Secure Web Application Gateway sets up an Nginx webserver and reverse proxy with php support and a built-in certbot client that automates free SSL server certificate generation and renewal processes (Let’s Encrypt). It also contains fail2ban for intrusion prevention.

After entering required information, your server will have auto updating SSL secured website! To this website you can attach several services, for example: https://my.server.com/netdata will run Netdata instance.

RequirementsDirectoriesAdvanced setup

this computer port 80 and 443 must be open to the internet
your domain name (myserver.mydomain.com) DNS server should point to your router WAN address
make sure to set additional .htpasswd username and password as you don’t want to expose your services without password

Config directory: /armbian/swag/config/
Website root folder: /armbian/swag/config/www/
Reverse proxy configuration samples: /armbian/swag/config/nginx/proxy-confs/

Please follow this comprehensive guide: linuxserver/docker-swag

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Status: Stable
Architecture: x86-64 arm64
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd SWAG01

SWAG reverse proxy .htpasswd set:
1	`armbian-config --cmd SWAG02`

SWAG remove:
1	`armbian-config --cmd SWAG03`

SWAG purge with data folder:
1	`armbian-config --cmd SWAG04`

Ghost¶

Ghost CMS install

Ghost is a powerful open-source publishing platform designed for professional publishing, newsletters, and modern blogs. It’s built on Node.js and provides a clean, fast, and customizable CMS experience.

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Status: Stable
Architecture: x86-64 arm64
Maintainer: @igorpecovnik
Documentation: Link

armbian-config --cmd GHOST1

ConfigurationDirectoriesView logs

Initial setup includes:

automatic database schema setup on first run
admin account created via web interface
Default port: 9190
Admin URL: http://<your.IP>:9190/ghost (or behind reverse proxy like SWAG)
Site: http://<your.IP>:9190

Install directory: /armbian/ghost

Bash
docker logs -f ghost

Ghost CMS remove:
1	`armbian-config --cmd GHOST2`

Ghost CMS purge with data folder:
1	`armbian-config --cmd GHOST3`