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https://github.com/nebulabroadcast/nebula

Media asset management and broadcast automation system
https://github.com/nebulabroadcast/nebula

asset-management automation broadcast casparcg cms ffmpeg graphics livestream multimedia playlist python3 scheduling television transcoding video-processing vod

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Media asset management and broadcast automation system

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README 

        
NEBULA

======



![GitHub release (latest by date)](https://img.shields.io/github/v/release/nebulabroadcast/nebula?style=for-the-badge)

![Maintenance](https://img.shields.io/maintenance/yes/2024?style=for-the-badge)

![Last commit](https://img.shields.io/github/last-commit/nebulabroadcast/nebula?style=for-the-badge)

![Python version](https://img.shields.io/badge/python-3.11-blue?style=for-the-badge)



Nebula is an open source broadcast automation and media asset management system for television, radio and VOD platforms.

Since 2012 Nebula has proven stable and reliable software in 24/7 broadcast environment 

and it is now used by TV and production companies worldwide.



This repository contains the source code of Nebula server - the core of the system.

Nebula server consists of a Python backend and a React frontend. The repository

also contains a Dockerfile for building a Docker image of the server.



Apart from this server repository, Nebula consists of the following other repositories:



 - [nebula-tutorial](https://github.com/nebulabroadcast/nebula-tutorial) - Example docker-compose.yml, default settings, plugins and other files for getting started with Nebula.

 - [nebula-worker](https://github.com/nebulabroadcast/nebula-worker) - Nebula worker is a Python application that runs on a worker machine and handles the actual media processing.

 - [firefly](https://github.com/nebulabroadcast/firefly) - Firefly is a desktop client needed for linear broadcast planning, scheduling and playout.



Key features

------------



### Media Asset Management



Simple and fast media catalog based on [EBU Core](https://tech.ebu.ch/MetadataEbuCore) includes a description of asset

genre, editorial format, atmosphere, rights, relations, and technical metadata,

while its very fast search engine makes navigation among media files very easy.



The low-resolution preview allows for editorial review, trimming, and the creation of sub-clips.



![Metadata editor](https://nebulabroadcast.com/static/img/nebula-metadata-editor.webp)



### Video and audio cross-conversion and normalization



A preliminary media analysis and normalization guarantee its standards compliance.

This process includes metadata extraction, aspect ratio fixing, crop and rotation detection,

smart frame rate and size normalization and [EBU R128](https://tech.ebu.ch/docs/r/r128.pdf) loudness correction.



Automatic cross-conversion servers transcode files for playout, web, low-res proxies, customer previews, etc.

For **h.264** and **HEVC**, Nebula can take advantage of NVIDIA nvenc and leverage the speed of transcoding using GPUs.



It is possible to start conversions automatically (rule-based) or trigger them from the user interface.



### Linear scheduling



Firefly client provides a simple and user-friendly way to schedule linear broadcasting.

Macro- and micro-scheduling patterns are finished intuitively using drag&drop, including live events.



Nebula has also the ability to schedule for playback assets, which aren't finished yet.

As soon as a media file is created the media file and rundown item are paired automatically.



The optional [Dramatica](https://github.com/immstudios/dramatica) module makes program planning even easier;

depending on the particular broadcast scheme, Dramatica selects and automatically completes convenient shows, self-promotions, trailers, and fillings.



It is the way to create a playlist for a music station where an algorithm automatically creates a playlist based on a predefined scheme.

Each clip in the rundown is picked by its editorial format, genre, tempo, atmosphere, etc.



![Detail of a scheduler panel in the Firefly application](https://nebulabroadcast.com/static/img/nebula-scheduler.webp)



### Playout control



For linear broadcasting, Nebula can control

[CasparCG](https://casparcg.com), [VLC](https://videolan.org) or [Conti](https://github.com/immstudios/conti).

Broadcasting can run autonomously with and option of starting blocks at a specified time.



Users - master control room operators - can interfere with the rundown using [Firefly client](https://github.com/nebulabroadcast/firefly),

executing graphics or change run order until the last moment.



Playout control module offers a plug-in interface for secondary events execution such as CG, router or studio control,

recorders control and so on. Right at the operator's fingertips.



![Detail of a rundown panel with playout control interface](https://nebulabroadcast.com/static/img/nebula-playout-control.webp)



### Publishing



Nebula can be linked to a company website via the API.

Media files are automatically uploaded to the web or social networks after the planned program is broadcasted.



### Statistics and reporting



Nebula allows generating various statistics and reports for collective rights management societies like OSA, DACS, etc. in an xls file.



### Management and monitoring



A simple web based interface allows various management tasks (services and jobs monitoring, user management...) as well as simplified MAM access for

editorial work without Firefly installed.



Nebula provides extensive system metrics in [Prometheus](https://prometheus.io) format. [Grafana](https://grafana.com)

dashboard can be used for their visualization and alerting in case of problems.



### Reliability



Nebula is under active development and is in production since 2012 with no intenitons of abandoning the project,

and we have a roadmap for several years. We listen to our customers, and we change our priorities in order to meet

requests from the production.



We do not attempt to include numerous features that no one will ever use.

Instead, we have spent many years working alongside Nebula operators, learning from each other.

We believe that Nebula covers all common tasks in a broadcast environment.



Legal

-----



*Nebula* is developed and maintained by [imm studios, z.s.](https://imm.cz)



### License



This program is free software: you can redistribute it and/or modify

it under the terms of the GNU General Public License as published by

the Free Software Foundation, either version 3 of the License, or

(at your option) any later version.



This program is distributed in the hope that it will be useful,

but WITHOUT ANY WARRANTY; without even the implied warranty of

MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.

See the GNU General Public License for more details.



Need help?

----------



 - Join [Open Source Broadcasting](https://discord.gg/WXaaHYGQ) group on Discord

 - Professional support for Nebula is provided by [Nebula Broadcast](https://nebulabroadcast.com)

 - User documentation is available on [our website](https://nebulabroadcast.com/doc/nebula)

 - Found a bug? Please [create an issue](https://github.com/nebulabroadcast/nebula/issues)