Community Apps

Default tag is spaceinvaderone/shinobi_pro_unraid:latest but this can be changed to :nvidia To use your Nvidia GPU for encoding 1. Use the Nvidia Unraid build of Unraid 2. Set the repository tag to :nvidia ( spaceinvaderone/shinobi_pro_unraid:latest ) 3. Under Extra Parameters: add --runtime=nvidia 4. Set template field Nvidia build only -- Driver capabilities: to all 5. Set template field Nvidia build only -- GPU ID: to your GPU id from the nvida unraid plugin Shinobi is the Open Source CCTV Solution written in Node.JS. Designed with multiple account system, Streams by WebSocket, and Save to WebM. Shinobi can record IP Cameras and Local Cameras. Features Time-lapse Viewer (Watch a hours worth of footage in a few minutes) 2-Factor Authentication Defeats stream limit imposed by browsers With Base64 (Stream Type) and JPEG Mode (Option) Records IP Cameras and Local Cameras Streams by WebSocket, HLS (includes audio), and MJPEG Save to WebM and MP4 Can save Audio Push Events - When a video is finished it will appear in the dashboard without a refresh Region Motion Detection (Similar to ZoneMinder Zone Detection) Represented by a Motion Guage on each monitor "No Motion" Notifications 1 Process for Each Camera to do both, Recording and Streaming Timeline for viewing Motion Events and Videos Sub-Accounts with permissions Monitor Viewing Monitor Editing Video Deleting Separate API keys for sub account Cron Filters can be set based on master account Stream Analyzer built-in (FFprobe GUI) Monitor Groups Can snapshot images from stream directly Lower Bandwith Mode (JPEG Mode) Snapshot (cgi-bin) must be enabled in Monitor Settings Control Cameras from Interface API Get videos Get monitors Change monitor modes : Disabled, Watch, Record Embedding streams Dashboard Framework made with Google Material Design Lite, jQuery, and Bootstrap

Yet Another Proxy (YAP) for SmoothStreams.tv Docker Image Environment variables will take precedence over manual changes to proxysettings.json and will persist across container restarts. This means that if you set the YAP_USERNAME and YAP_PASSWORD for instance when you create the container, these will always be placed in the proxysettings.json file, even if you edit the file manually with a text editor. For Plex setup see: https://github.com/stokkes/docker-sstvproxy#plex

This is an unRAID OS docker template for: stremio-docker -- created by tsaridas All due credit to the creator, tsaridas. GitHub Repo here: https://github.com/tsaridas/stremio-docker Additional credit to the creators of Stremio, found here for more info: https://www.stremio.com/ Description from tsardias' docker repo: "Stremio is a free application which lets you stream your favorite shows and movies. The Docker images in this repository bundle stremio-server, ffmpeg and web player for you, ready to use in a small Alpine image." unRAID TEMPLATE NOTE: I setup this template to create and run a docker container that will need almost zero further configuration required from the user. I simply carried over the settings that tsaridas provided for docker-compose and put them into this xml template for unRAID. If you are interested in different and/or more advanced/complicated setups, you can add your own ports, variables, and paths to this xml/template and follow tsaridas' instructions for docker-compose, simply interpreting them into the unRAID docker context. If you have any issues with this docker template, please don't bring them to tsaridas or stremio. They have nothing to do with this template or any bugs I may have introduced or issues specific to unRAID. If the issue is provably with the underlying stremio-server docker image, then gather that evidence and proceed. Thank you. For now, any issues with this template or any other templates I have created can be directed here: https://github.com/Unlearned6688/unraid-templates/issues If you create an issue, provide as much detail on what is happening, what you expect, your full setup, and other relevant info as possible. Thank you.

Superstreamer is here to make video delivery simple. Imagine having everything you need in one platform — starting with your raw video, Superstreamer helps you transcode it, package it into HLS playlists, and upload it to S3 with ease. You can even create custom playlists for each viewer, adding bumpers, ads, or filters on the fly.

Superstreamer is here to make video delivery simple. Imagine having everything you need in one platform — starting with your raw video, Superstreamer helps you transcode it, package it into HLS playlists, and upload it to S3 with ease. You can even create custom playlists for each viewer, adding bumpers, ads, or filters on the fly.

Superstreamer is here to make video delivery simple. Imagine having everything you need in one platform — starting with your raw video, Superstreamer helps you transcode it, package it into HLS playlists, and upload it to S3 with ease. You can even create custom playlists for each viewer, adding bumpers, ads, or filters on the fly.

Superstreamer is here to make video delivery simple. Imagine having everything you need in one platform — starting with your raw video, Superstreamer helps you transcode it, package it into HLS playlists, and upload it to S3 with ease. You can even create custom playlists for each viewer, adding bumpers, ads, or filters on the fly.

Syncs two Radarr/Sonarr/Lidarr servers through the web API. Useful for syncing a 4k radarr/sonarr instance to a 1080p radarr/sonarr instance. Note you cannot have a mix of radarr, lidarr, or sonarr config setups at the same time. You will need to setup separate instances of syncarr IMPORTANT: REMOVE THE VARIABLES YOU'RE NOT USING

tautuilli-notification-digest (TND) acts a middleman between Discord and Tautulli for notifying you about recently added media to your plex server. It collects all of the Recently Added notifications Tautulli would send to a Discord notification agent throughout the day and then compiles them all into **one** notification that is sent on a schedule you configure. It reduces multiple, noisy notifications for active plex server into one digestable message sent once a day. You will need to make changes to Tautulli before TND is usable on unraid. Refer to the Support Thread or use the Quick Start guide in the project README to get started.

An M3U proxy for Kernel/Plex/Jellyfin/Emby based on xTeVe

tinyMediaManager is a media management tool written in Java/Swing. It is written to provide metadata for the Kodi Media Center (formerly known as XBMC), MediaPortal and Plex media server. Due to the fact that it is written in Java, tinyMediaManager will run on Windows, Linux and macOS (and possible more OS).

TubeSync is a PVR (personal video recorder) for YouTube. Or, like Sonarr but for YouTube (with a built-in download client). It is designed to synchronize channels and playlists from YouTube to local directories and update your media server once media is downloaded. This is a preview release of TubeSync, it may contain bugs but should be usable. *I am not the creator or maintainer of this container I am merely providing the Unraid template.

Create live TV channels from media on your Plex servers, and more! Access your channels by adding the spoofed Tunarr HDHomerun tuner to Plex, Jellyfin, or Emby. Or utilize generated M3U files with any 3rd party IPTV player app. Tunarr is a fork of dizqueTV. **Nvidia GPU Use:** Using the Unraid Nvidia Plugin to install a version of Unraid with the Nvidia Drivers installed and add **--runtime=nvidia** to "extra parameters" (switch on advanced view) and copy your **GPU UUID** to **NVIDIA_VISIBLE_DEVICES.** **Intel GPU Use:** Edit your **go** file to include **modprobe i915**, save and reboot, then add **--device=/dev/dri** to **"extra parameters"** (switch on advanced view)

TVH-IPTV-Config - A simple IPTV config frontend for playlist filtering providing a M3U proxy for Plex, Emby, Jellyfin and (of course) Tvheadend. TVH-IPTV-Config (TIC) attempts to provide a simple IPTV config frontend for a Tvheadend (TVH) backend. In addition to this, it provides HDHomeRun tuner emulation, an HLS playlist proxy/caching and custom channel mapping from multipl playlist sources. Note: This template is a stand-alone installation of TIC and requires that you, the user, also install and maintain a seperate Tvheadend container. Currently, only TVH v4.3+ is tested and supported, though 4.2.8 may work fine. You will need to ensure you have the 'XMLTV URL grabber' module installed with your TVH server. If you want to run TIC without managing your own TVH backend, then you should look at using the "tvh-iptv" template which provides an AIO docker container solution. Features: Easily import/configure channels from playlists. Assign and locally cache logos per channel. Assign EPG sources for each channel. Configure channel numbers and ordering for channels. Configure multiple stream sources per channel. Manage and search through playlists that contain tens of thousands of streams without crashing the UI. Provide an ffmpeg buffer for your streams so multiple devices playing back the same stream will only use one playlist connection. Serve an HDHomeRun emulator for each playlist so Plex, Emby, and Jellyfin can connect to it an saturate the number of configured connections per playlist. Automatically fetch missing metada for your EPG programme schedule like icons, description, etc. Configure and automatically actively maintain a Tvheadend backend for IPTV without the fuss. Automatically generate IPTV networks in TVH per playlist configured with a number of connections allowed. Automatically manage a custom EPG based on channel selection. Automatically create muxes in TVH for each stream asssociated with a configured channel. Configure muxes with FFmpeg pipes to improve compatibility and provide a local buffer. Automatically map mux services to channels in TVH. Automaticlaly configure optimal streaming and timeseries settings. Automaticlaly configure optimal recording settings. Much more little tweaks behind the scenes... How it works: Tvheadend(https://www.tvheadend.org/), AKA "TVH", is a TV streaming server and recorder supporting, among other things, IPTV input sources. Tvheadend offers the HTTP (VLC, MPlayer), HTSP (Kodi, Movian) and SAT>IP streaming and there are a bunch of clients out there to use as clients for watching. The catch is that on its own, Tvheadend can be complicated to setup for IPTV. Once you read through all the documentation and forum posts on how to do it, it works well. But that is a steep learning curve. In addition to this, if you were to just throw a IPTV playlist of thousands of channels at the thing, well... good luck with that mess. To get it working really well, there is a lot of mouse clicking here and there and perhaps the odd ffmpeg pipe to configure on each MUX and... who as time for that! TIC should make life easy(ish) when setting up IPTV on Tvheadend. Advanced Configuration: LIMIT CPU USE: 1) Toggle this Docker Container template editor to "Advanced View". 2) In the "Extra Parameters" field, add "--cpus='1'". This value depends on the number of cores available to the container. To limit to 50%, set this value to 0.5 * n cores. If you have 2 cores available to this container, "--cpus='.5'" will equal 25% of that available CPU resources. To limit the CPU cores available to the continer, use "CPU Pinning" LIMIT RAM ALLOCATION: 1) Toggle this Docker Container template editor to "Advanced View". 2) In the "Extra Parameters" field, add "--memory='1g'". Tvheadend and TIC can use on average around 100Mib - 500 Mib of RAM for various tasks. Even though limiting RAM is unnecessary as this container should not ever need more that 1GB RAM it is good practice to do so.

Tvheadend(https://www.tvheadend.org/) works as a proxy server: is a TV streaming server and recorder for Linux, FreeBSD and Android supporting DVB-S, DVB-S2, DVB-C, DVB-T, ATSC, ISDB-T, IPTV, SATIP and HDHomeRun as input sources. Tvheadend offers the HTTP (VLC, MPlayer), HTSP (Kodi, Movian) and SATIP streaming. Multiple EPG sources are supported (over-the-air DVB and ATSC including OpenTV DVB extensions, XMLTV, PyXML).

TwonkyMedia server (TMS) is DLNA-compliant UPnP AV server software from PacketVideo. TwonkyMedia server can be used to share and stream media to most UPnP AV or DLNA-compliant clients, in addition to non-UPnP devices through the HTML, RSS, and JSON supported front ends.

Universal Media Server is a DLNA-compliant UPnP Media Server. It is capable of sharing video, audio and images between most modern devices. It was originally based on PS3 Media Server by shagrath, in order to ensure greater stability and file-compatibility. This is a headless install, you need to edit the file UMS.conf in oder to configure it. Refer to the default file below https://raw.githubusercontent.com/UniversalMediaServer/UniversalMediaServer/master/src/main/external-resources/UMS.conf Note: you may need to stop the container before editing the config file, otherwise your changes might not get saved.

Sync RSS Plex watchlists in realtime with Sonarr and Radarr https://github.com/nylonee/watchlistarr

Docker container to install and run Zappiti Server app as a local Cloud to manage your library using your Unraid server. Your files used for the collection are saved only on your machine.

Zoneminder is the top Linux video camera security and surveillance solution. ZoneMinder is intended for use in single or multi-camera video security applications, including commercial or home CCTV, theft prevention and child, family member or home monitoring and other domestic care scenarios such as nanny cam installations. It supports capture, analysis, recording, and monitoring of video data coming from one or more video or network cameras attached to a Linux system. ZoneMinder also support web and semi-automatic control of Pan/Tilt/Zoom cameras using a variety of protocols. It is suitable for use as a DIY home video security system and for commercial or professional video security and surveillance. It can also be integrated into a home automation system via X.10 or other protocols. If you're looking for a low cost CCTV system or a more flexible alternative to cheap DVR systems then give ZoneMinder a try. Configuration: Appdata Config Path - This is where the configuration and library files will reside Data Path - This is where events images/videos will reside WebUI Port - Port used to access Zoneminder using ssl security. Change the desired port for access to the Zoneminder WebUI if necessary. The default port of 8443 might not be appropriate for your system. Shared Memory - Turn on the advanced view and adjust the '--shm-size' in the Extra Parameters to half of your installed memory. zmNinja Event Notification Server Port - Port used for zmNinja events to iOS and Android devices. Change the desired port for the zmNinja Event Notification Server if necessary. The default port of 9000 might not be appropriate for your system. Click on "Show Docker Allocations" and confirm you do not have a port conflict with other Docker ports.