Community Apps

This is a simple DoH Server for Unraid. You easily can hide your DNS querys from your ISP with this docker on Firefox or Chrome and even on Android with the Intra App (by default it is set to use the Cloudflare and Google DNS servers). As a special bonus you can hide all Ad's on your Android Device on the go without the need of a VPN (for Android Devices only the Intra app is needed https://getintra.org/)! Very usefull if you have kids and they should not visit certain sites or if you simply don't like Ad's on your Android Device. All you need is a PiHole, a Webserver with an SSL Certificate & this Docker (i highly recommend you for the PiHole Docker: https://hub.docker.com/r/pihole/pihole | for the Webserver: https://hub.docker.com/r/linuxserver/letsencrypt both Dockers are available in the CA Applications). A detailed guide is available on my github page for this project: https://github.com/ich777/docker-DoH If you got any questions please poste it in the support thread on the Unraid forums. I strongly recommend you to run the container in custom mode and give it a static IP address so that you expose all ports from the container and to avoid any network problems. Update Notice: If you want to upgrade to a newer version of the DoH-Server just enter the preferred version number (eg. '2.1.2' without quotes, get them from here: https://github.com/m13253/dns-over-https/releases or set to 'latest' without quotes to check on each container start if there is a new version available) The Docker runns by default on port: 8053 and handels querys in the directory /dns-query (eg: http://192.168.1.7:8053/dns-query) This Docker is based on the DoH Server component from: https://github.com/m13253/dns-over-https

Firefox(https://www.mozilla.org/en-US/firefox/) Browser, also known as Mozilla Firefox or simply Firefox, is a free and open-source web browser developed by the Mozilla Foundation and its subsidiary, the Mozilla Corporation. Firefox uses the Gecko layout engine to render web pages, which implements current and anticipated web standards.

Mozilla Firefox is a free and open-source web browser developed by Mozilla Foundation and its subsidiary, Mozilla Corporation. The GUI of the application is accessed through a modern web browser (no installation or configuration needed on the client side) or via any VNC client. Also, being based on Alpine Linux, size of this container is very small. For a complete documentation of this container, see https://github.com/jlesage/docker-firefox#readme

This container will download and install Firefox in the preferred version and language. UPDATE: The container will check on every restart if there is a newer version available. ATTENTION: If you want to change the language, you have to delete every file in the 'firefox' directory except the 'profile' folder. RESOLUTION: You can also change the resolution from the WebGUI, to do that simply click on 'Show more settings...' (on a resolution change it can occour that the screen is not filled entirely with the Firefox window, simply restart the container and it will be fullscreen again).

Firefox Extended Support Release (ESR) is an official version of Firefox developed for large organizations like universities and businesses that need to set up and maintain Firefox on a large scale. Firefox ESR does not come with the latest features but it has the latest security and stability fixes. The GUI of the application is accessed through a modern web browser (no installation or configuration needed on the client side) or via any VNC client. Also, being based on Alpine Linux, size of this container is very small. For a complete documentation of this container, see https://github.com/jlesage/docker-firefox-esr#readme

Template for running Mozilla's official Syncserver image.

KDE In Docker + VNC + noVNC Web UI Default Password: admin

LibreWolf(https://librewolf.net/) is a custom and independent version of Firefox, with the primary goals of privacy, security and user freedom. LibreWolf also aims to remove all the telemetry, data collection and annoyances, as well as disabling anti-freedom features like DRM.

mjpg-streamer is a command line application that copies JPEG frames from one or more input plugins to multiple output plugins. It can be used to stream JPEG files over an IP-based network from a webcam to various types of viewers such as Chrome, Firefox, Cambozola, VLC, mplayer, and other software capable of receiving MJPG streams. It was originally written for embedded devices with very limited resources in terms of RAM and CPU. Its predecessor "uvc_streamer" was created because Linux-UVC compatible cameras directly produce JPEG-data, allowing fast and perfomant M-JPEG streams even from an embedded device running OpenWRT. The input module "input_uvc.so" captures such JPG frames from a connected webcam. mjpg-streamer now supports a variety of different input devices.

Firefox Browser in a forwarded X11 container. Mozilla Firefox, or simply Firefox, is a free and open-source web browser developed by the Mozilla Foundation and its subsidiary, Mozilla Corporation. Firefox uses the Gecko layout engine to render web pages, which implements current and anticipated web standards.

A tiling image board system for people who want to save, tag, and share images, videos and webpages in an easy to skim through format. Basically self-hosted Pinterest. Project includes a chrome/firefox extension bookmarklet.

This container is a dedicated http/https and SOCKS5 proxy both with authentication support. It's intended usecase is to use it in combination with a VPN container to give your applications outside of your server access to the VPN. If you VPN supports native Wireguard support: 1. Go to the built in VPN Manager in the Settings tab in Unraid 2. Import the configuration vrom your VPN provider 3. Make sure that "Peer type of access" is set to "VPN tunneled access for docker" 4. Change the slider to active 5. Set the network from this container to the wg: network from your provider To connect the container to a already installed VPN container: 1. Set the Network Type in this Docker template to None 2. Enable the Advanced View on the top right corner from this Docker template and append: --net=container:CONTAINERNAME To the Extra Parameters (you have to change CONTAINERNAME to the VPN Docker container name eg: --net=container:binhex-delugevpn when the VPN Docker container name is binhex-delugevpn - case sensitive!). 3. Go to the VPN Docker template and create two new port mappings with the button Add another Path, Port, Variable, Label or Device, by default 8118 (for http/https proxy) and 1030 (for SOCKS5 proxy) both TCP protocol and with host/container port set to the same port. 4. When you've done that you can connect the application(s) to the proxy to the host IP from the VPN Docker container, by default with 8118 (for http/https proxy) and 1030 (for SOCKS5 proxy) Note for Firefox and Chrome: Firefox and Chrome natively don't support authentication for a SOCKS5 proxy, it is recommended to use a extension like FoxyProxy supports authentication). URL encode: If you are using a password with special charcters and want to use the http/https proxy system wide, the container ships with urlencode to convert your password to a URL compatible format. Just open up a terminal from the container, issue urlencode and follow the prompts. The container uses dumbproxy and socks5 (both written in golang) as a backend to serve http/https and SOCKS5 proxy.