Community Apps

OpenBudgeteer is a budgeting app based on the Bucket Budgeting Principle

OpenCanary is a multi-protocol network honeypot. It's primary use-case is to catch hackers after they've breached non-public networks. It has extremely low resource requirements and can be tweaked, modified, and extended. !! It is obviously recommended to use a dedicated IP for this container so as not to have port conflicts used. The following services are enabled by default: telnet ssh http https

A self-hosted, offline, ChatGPT-like chatbot with open source LLM support. 100% private, with no data leaving your device.

A self-hosted, offline, ChatGPT-like chatbot with open source LLM support. 100% private, with no data leaving your device. Please note that this version requires an NVIDIA GPU with the Unraid NVIDIA-DRIVER plugin.

OpenConnect server is an SSL VPN server. Its purpose is to be a secure, small, fast and configurable VPN server. It implements the OpenConnect SSL VPN protocol, and has also (currently experimental) compatibility with clients using the AnyConnect SSL VPN protocol. The OpenConnect protocol provides a dual TCP/UDP VPN channel, and uses the standard IETF security protocols to secure it. This container is an automated build linked to alpine. The dockerfile was written to always download and compile the latest release of OpenConnect VPN server when built.

OpenEats is a recipe management site that allows users to create, share, and store their personal collection of recipes. Requires MariaDB container (I recommend LinuxServer's container) FIRST RUN: Please wait while the container creats all the necessary tables in the SQL database. This can take 5-10 minutes or so and the container will have NO log output when it does this. Please be patient, if you interrupt this by stopping the container it will leave you with a broken database! Please use support link for more information about this container.

OpenFAN is open-source, open-hardware 12V PWM fan controller for the hobbyists and hackers! This fan controller allows you to control 10 PWM fans over USB or remotely over network. OpenFAN gives you two ways to control each fan: Traditional (PWM): Set target PWM and the fan will spin at whatever RPM it is designed to spin with that PWM. (ie. Assuming 2000RPM fan, if we set the PWM to 50%, the fan should spin at 1000RPM which is half of full speed) Advanced (RPM): Set target RPM and OpenFAN will use it's built in PID algorithm to keep the fan always spinning at that RPM. OpenFAN also has an open-source API that allows you to programmatically control your fans, set custom profiles and more. OpenFAN was designed by PC enthusiast for PC enthusiasts. Key features: - Works on Windows, Linux and Mac - 10x PWM fans (Supports 12V, 4-pin fans) - Individually control each fan - SATA power (cable not provided) - Micro-USB communication (motherboard cable included) - Control fans by setting target PWM or target RPM - Optional I2C/1-Wire (header not populated) - Open source API for communication and control - Open source and open-hardware design - Control fans over USB or remotely over network* - FanControl integration through plugin To control fans remotely over network, the OpenFAN board needs to be connected to the PC via USB and running the OpenFAN software. The software allows you to access the fan controller remotely over network.

Opengist is a self-hosted pastebin powered by Git. All snippets are stored in a Git repository and can be read and/or modified using standard Git commands, or with the web interface. It is similiar to GitHub Gist, but open-source and could be self-hosted. Create public, unlisted or private snippets Init / Clone / Pull / Push snippets via Git over HTTP or SSH Syntax highlighting ; markdown & CSV support Search code in snippets ; browse users snippets, likes and forks Embed snippets in other websites Revisions history Like / Fork snippets Download raw files or as a ZIP archive OAuth2 login with GitHub, GitLab, Gitea, and OpenID Connect Restrict or unrestrict snippets visibility to anonymous users Docker support More...

openHAB - a vendor and technology agnostic open source automation software for your home. For sample rules etc. have a look at https://github.com/maschhoff/OpenHAB

A docker image to run OpenLDAP, The container default log level is info. Available levels are: none, error, warning, info, debug and trace. To use this container with phpldapadmin, create a custom network that both containers are on and then link them using --link openldap:PHPLDAPADMIN_LDAP_HOSTS in the extra parameters of the phpldapadmin docker container (which should be equal to HOSTNAME in this container). Any other docker that wants to use LDAP credentials will need the same extra parameter including Let's Encrypt if you are using linuxserver.io's ldap-auth container.

TES3MP is a project adding multiplayer functionality to OpenMW, a free and open source engine recreation of the popular Bethesda Softworks game "The Elder Scrolls III: Morrowind". As of version 0.7.0, TES3MP is fully playable, providing very extensive player, NPC, world and quest synchronization, as well as state saving and loading, all of which are highly customizable via serverside Lua scripts. Remaining gameplay problems mostly relate to AI and the synchronization of clientside script variables. Update Notice: Simply restart the container if a newer version of the game is available.

a simple yet sophisticated log search, infrastructure monitoring, and APM solution. It is a full-fledged observability platform that can reduce your storage costs by ~140x compared to other solutions and requires much lower resource utilization resulting in much lower cost.

OpenProject is a web-based project management system for location-independent team collaboration, this is a release of the open-source community edition. Once the container has started it may take a few minutes before the WebUI is available, see container logs for startup progress. The default administrator login credentials are: Username: admin Password: admin For advanced configuration, see all supported environment variables: (https://www.openproject.org/docs/installation-and-operations/configuration/environment/#supported-environment-variables)

OpenRA dedicated server OpenRA is a project that recreates and modernizes the classic Command & Conquer real time strategy games. We have developed a flexible open source game engine (the OpenRA engine) that provides a common platform for rebuilding and reimagining classic 2D and 2.5D RTS games (the OpenRA mods).

Mudislanders Template for mounting OpenRA's dedicated server by rmoriz OpenRA is a project that recreates and modernizes the classic Command & Conquer real time strategy games. We have developed a flexible open source game engine (the OpenRA engine) that provides a common platform for rebuilding and reimagining classic 2D and 2.5D RTS games (the OpenRA mods).

This Docker will download and install the preferred version of OpenRCT2 (don't forget to put in the server version to download). ATTENTION: First Startup can take very long since it downloads the gameserver files! Manual Installation: You can also install a version manually but please be sure to put in the right version number of the file: ‘v0.2.3-develop-e4a2b1f9c’ if the source file is named like this: ‘OpenRCT2-0.2.3-develop-e4a2b1f9c-linux-x86_64.tar’, drop the file into the openrct2 directory and eventually restart the container to install it. Update Notice: If you want to update or downgrade the game simply change the version number. ATTENTION: The variables Admin Name & Admin Hash will only work on the first time you enter these, after that you must change it manually in ‘/SERVER_DIR/user-data/users.json’. NOTICE: If you got no IPv6 you will get an Error and a Warning in the log about that, you can ignore that the server runs just fine on IPv4.

This package contains and installs the OpenRGB Patch that needs to be installed in conjunction with the OpenRGB Docker container to take full controll over your RGB lighting. To see all the RGB devices you have to pass through the devices /sys/bus/i2c/device and /dev/i2c-0 to the OpenRGB Docker container and maybe all other /dev/i2c-X devices (where you have to replace X with the number from the device to pass through).

OpenSearch is a scalable, flexible, and extensible open-source software suite for search, analytics, and observability applications derived from Elasticsearch 7.10.2 and Kibana 7.10.2 and licensed under Apache 2.0. It consists of a search engine daemon (OpenSearch) and a user interface for data administration and visualizations (OpenSearch Dashboards). Make sure Opensearch has access rights to the "Log Data" folder. Permissions may need to be fixed with integrated Unraid File Manager. Steps below MUST be used in order to get Opensearch working correctly. Check support thread for more information. 1. Install CA User Scripts 2. Create a new script named "set_max_map_count" 3. Contents of script as follows: #!/bin/bash sysctl -w vm.max_map_count=262144 4. Set script schedule to At Startup of Array

Open-VM-Tools for running unRAID as a VM under ESXi.

An "all-in-one" docker for all your private browsing needs (including OpenVPN client with nftables kill switch ; Socks5 + HTTP proxy to both VPN and TOR (the onion router) ; DNS server to DoT (DNS-over-TLS) services). NOTE: you must place your own OpenVPN configuration to the host path that is mapped to /etc/openvpn (The ovpn file must be named openvpn.ovpn. Credentials + certs can be in the same file or split out into multiple files - the flexibility is yours.) Set DNS_SERVERS to 127.2.2.2 to use DNS-over-TLS (use google and cloudflare services by default). Your DNS query out of the VPN exit will also be encrypted for even more security. Set it to other services IP's will use normal unencrypted services. Set HOST_NETWORK to your Unraid server network in CIDR format e.g. 192.168.1.0/24. For more detailed instructions, refer to the support thread (https://forums.unraid.net/topic/96233-support-testdasi-repo/) or project page (https://github.com/testdasi/openvpn-client-aio).

An "all-in-one" docker for all your private browsing needs (including OpenVPN client with nftables kill switch ; Socks5 + HTTP proxy to the VPN ; DNS server to DoT (DNS-over-TLS) services). It's the same as OpenVPN AIO Client docker but without TOR. NOTE: you must place your own OpenVPN configuration to the host path that is mapped to /etc/openvpn (The ovpn file must be named openvpn.ovpn. Credentials + certs can be in the same file or split out into multiple files - the flexibility is yours.) Set DNS_SERVERS to 127.2.2.2 to use DNS-over-TLS (use google and cloudflare services by default). Your DNS query out of the VPN exit will also be encrypted for even more security. Set it to other services IP's will use normal unencrypted services. Set HOST_NETWORK to your Unraid server network in CIDR format e.g. 192.168.1.0/24. For more detailed instructions, refer to the support thread (https://forums.unraid.net/topic/96233-support-testdasi-repo/) or project page (https://github.com/testdasi/openvpn-client-aio).

This OpenVPN container was designed to be started first to provide a connection to other containers (using '--net=container:OpenVPN-Client'), see the documentation for further help here: https://github.com/ich777/docker-openvpn-client The basic steps for a OpenVPN connection that requires a Username and Password are: 1) Rename your *.ovpn to 'vpn.ovpn' and place it in your OpenVPN-Client directory, 2) Create in the same directory a file named 'vpn.auth' and place your Username in the first line and the Password for the connection in the second line and save it 3) Restart the container open the logs and see if the connection to your VPN establishes successfully. To tunnel traffic from another container through this container edit the template from the other container, set the 'Network Type' to: 'None', enable the advanced view in the top right corner and at 'Extra Parameters' add the following: '--net=container:OpenVPN-Client' (replace 'OpenVPN-Client' with the name of this container if you choose a different name for it) and write down the port(s) that you need to connect to. After that go back to edit this containers template and add the port that you have noted in the above step to this container and click 'Apply' now you can connect to the container that you tunneld the traffic though this container. You can route the traffic from multiple containers through this container with the steps above, if you need more ports then simply add more ports in this containers template. DNS: By default this container uses Googles DNS Server: 8.8.8.8 if you want to edit this turn on 'Advanced View' and edit this setting at 'Extra Parameters'. IPv6: By default IPv6 is disabled in this container. If you want to enable it turn on 'Advanced View' and delete the entry: '--sysctl net.ipv6.conf.all.disable_ipv6=1' from the 'Extra Parameters' or simply set it to: '--sysctl net.ipv6.conf.all.disable_ipv6=0'. ADVANCED CONFIG: If you leave the appdata directory for this container empty it will start up and you have to manually configure it with the builtin comand: 'openvpn.sh', see: https://github.com/ich777/docker-openvpn-client

OpenVPN Client with integrated (NZB)Hydra2-Deluge-Sabnzbd (and HTTP + SOCKS5 proxies). Now with a Web GUI quick launch. High-level instructions: (1) Create an appdata folder in host and create a openvpn subfolder. (2) Copy your OpenVPN configuration to the above openvpn subfolder (must include openvpn.ovpn + credentials + certs). (3) Don't forget to map /data in the docker to the host (you can map the parent or individual subfolders depending on needs). (4) Start docker (other apps should configure themselves on first run). DON'T FORGET THE OVPN FILE!!! Default password for deluge is deluge Set DNS_SERVERS to 127.2.2.2 to use DNS-over-TLS (use google and cloudflare services by default). Your DNS query out of the VPN exit will also be encrypted for even more security. Set it to other services IP's will use normal unencrypted services. Set HOST_NETWORK to your Unraid server network in CIDR format e.g. 192.168.1.0/24. For more detailed instructions, refer to the support thread (https://forums.unraid.net/topic/96233-support-testdasi-repo/) or project page (https://github.com/testdasi/openvpn-hydesa).

OpenVPN Client with integrated (NZB)Hydra2-RTorrent (Flood GUI)-Sabnzbd (and HTTP + SOCKS5 proxies). Now with a Web GUI quick launch. High-level instructions: (1) Create an appdata folder in host and create a openvpn subfolder. (2) Copy your OpenVPN configuration to the above openvpn subfolder (must include openvpn.ovpn + credentials + certs). (3) Don't forget to map /data in the docker to the host (you can map the parent or individual subfolders depending on needs). (4) Start docker (other apps should configure themselves on first run). DON'T FORGET THE OVPN FILE!!! Default login to flood is admin/flood Set DNS_SERVERS to 127.2.2.2 to use DNS-over-TLS (use google and cloudflare services by default). Your DNS query out of the VPN exit will also be encrypted for even more security. Set it to other services IP's will use normal unencrypted services. Set HOST_NETWORK to your Unraid server network in CIDR format e.g. 192.168.1.0/24. For more detailed instructions, refer to the support thread (https://forums.unraid.net/topic/96233-support-testdasi-repo/) or project page (https://github.com/testdasi/openvpn-hyrosa).

The username is openvpn You can find the auto-generated password in the docker logs with this command: docker logs -f OpenVPNAccessServer

Openvscode-server(https://github.com/gitpod-io/openvscode-server) provides a version of VS Code that runs a server on a remote machine and allows access through a modern web browser.

VS Code has traditionally been a desktop IDE built with web technologies. A few years back, people started patching it in order to run it in a remote context and to make it accessible through web browsers. These efforts have been complex and error prone, because many changes had to be made across the large code base of VS Code. Luckily, in 2019 the VS Code team started to refactor its architecture to support a browser-based working mode. While this architecture has been adopted by Gitpod and GitHub, the important bits have not been open-sourced, until now. As a result, many people in the community still use the old, hard to maintain and error-prone approach. At Gitpod, we've been asked a lot about how we do it. So we thought we might as well share the minimal set of changes needed so people can rely on the latest version of VS Code, have a straightforward upgrade path and low maintenance effort.  ⚠️ Be careful, each time you create or update the docker, everything is reset (except the share folder).

Wyoming protocol server for openWakeWord wake word detection system. There is NO WEB-UI to this container.

Opera(https://www.opera.com/) is a multi-platform web browser developed by its namesake company Opera. The browser is based on Chromium, but distinguishes itself from other Chromium-based browsers (Chrome, Edge, etc.) through its user interface and other features.

This Docker will download and install SteamCMD. It will also install Operation: Harsh Doorstop and run it. ATTENTION: First Startup can take very long since it downloads the gameserver files! Update Notice: Simply restart the container if a newer version of the game is available. You can also run multiple servers with only one SteamCMD directory!