With Livepeer Studio, users can livestream to multiple platforms simultaneously. This feature is called multistreaming, and it is an effective tool that enables users to reach a wider audience.

Multistreaming is particularly beneficial for creators who have audiences on different platforms. For example, if you are hosting a Twitter Space, you could multistream the content on 

 and YouTube. This allows your audience to view your content on the platform of their choice, while you as the creator benefit from using one platform to stream to three audiences.

Multistreaming with Livepeer Studio is free to use, so try it yourself! To get started, here’s a step-by-step guide to multistream a Twitter Space to Beem and YouTube.

 and click “Let’s Go” in the top right corner. If you already have a Livepeer Studio account, log in from this page.

If you don’t have an account, click “Create New Account” and fill out the required information. Make sure to check your email to verify the account.

After logging into your Livepeer Studio account, you will be directed to the dashboard.

To multistream your content, you will need to download and install livestreaming software. There are many free-to-use livestreaming apps available today, including OBS Studio, Stream Labs, and Restream. In this guide, we will demonstrate the process with OBS Studio. Follow this 

 to download OBS Studio, and make sure to select the correct operating system (e.g., Mac, Windows, Linux).

Step 3: Connect Livepeer Studio to OBS Studio

The next step is to connect Livepeer Studio to OBS Studio. To do so, you will need to copy and paste a stream key and RTMP ingest URL found in the Livepeer Studio dashboard into the OBS Studio application.

In the Livepeer Studio dashboard, click “Streams” in the menu located on the left side of the page. The stream key and RTMP ingest URL are located under “Details.” (Warning: Stream keys should always be kept private. Treat this key as you would passwords for other accounts.)

In OBS Studio, click “Settings” and then click “Stream.” Copy and paste the RTMP ingest URL to “Server” and stream key to “Stream Key.” Click “Apply.”

Step 4: Connect Livepeer Studio to Livestreaming Platforms

Once you’ve connected OBS Studio to Livepeer Studio, you need to connect Livepeer Studio to your desired livestreaming platforms (e.g. Beem, YouTube, Twitch). You can use Livepeer Studio to connect with virtually any livestreaming platform that uses stream keys and RTMP ingest URLs. In this guide, we will walk through the process to connect Livepeer Studio to Beem and YouTube.

, and sign into your account. In the top right corner of the page, click “Create,” and then click “Create Your Event.”

Enter the title of your Twitter Space and then click “Advanced Settings.”

Click “Video,” and then click “Generate a stream link.”

In the Livepeer Studio dashboard, click the “Create” button next to “Multistream Targets.” You will need to copy and paste the stream URL and stream key found on Beem into Livepeer Studio. Copy and paste the stream URL to “Ingest URL” and stream key to “Stream Key.”

 and sign into your account. In the top right corner of the page, click the “Create” icon, and then click “Go Live.”

Under “Stream Settings,” you will find the stream URL and stream key.

In the Livepeer Studio dashboard, click the “Create” button next to “Multistream Targets.” You will need to copy and paste the stream URL and stream key found on YouTube into Livepeer Studio. Copy and paste the stream URL to “Ingest URL” and stream key to “Stream Key.”

Step 5: Create a Bespoke Background for Your Twitter Space (Optional)

If you would like to add a personal touch to your Twitter Space multistream, we recommend creating a customized background. Bespoke backgrounds can look something like this:

First, create a background with pertinent information about your Twitter Space, like the title, speakers, date, and time. To add a background image to OBS Studio, click “+” under “Sources.” Then, click “Image” and choose your desired background.

Click “+” again, and then click “Display Capture.” Holding the Alt or Option key, resize the display capture area to only show the Twitter Space module.

Step 6: Start Multistreaming to Beem and YouTube

You are now ready to multistream your Twitter Space on multiple platforms! In OBS Studio, click “Start Streaming.” To check if you are successfully multistreaming, navigate to the Livepeer Studio dashboard. Under “Status,” each multistream target should show a status of “Online.”

After completing these steps, you will be multistreaming your Twitter Space on Beem and YouTube. Your audience will be able to tune into your broadcast on Twitter…

Currently, multistreaming is a free feature on Livepeer Studio. To get started, 

With Livepeer Studio, users can livestream to multiple platforms simultaneously. This feature is called multistreaming, and it is an effective tool that enables users to reach a wider audience. Multistreaming with Livepeer Studio is free to use, so try it yourself! To get started, here’s a step-by-step guide to multistream a Twitter Space to Beem and YouTube.


How to Multistream Twitter Spaces With Livepeer Studio

Uploading a video to Livepeer Studio is simple, and takes just a few minutes. Here are step-by-step instructions to upload a video to Livepeer Studio.

. Next, click on “Let’s Go” in the top right corner. If you already have a Livepeer Studio account, log in here.

If you don’t have an account, click “Create New Account,” and fill out the required information. Make sure to check your email to verify the account.

After logging into your Livepeer Studio account, you will be directed to the dashboard. Click “Assets” in the menu located on the left side of the page. Then, click “Upload Asset.”

You will be prompted to select (or drag and drop) your video asset. You can upload MP4 or MOV file formats, and can upload up to 20 files at a time. Once you have selected the desired video files, click “Upload.”

Videos may take a few minutes to upload depending on file size. Do not close the browser during the uploading process.

Once your video has finished uploading, it’s ready to be shared. Click on the “Share” button to copy the link or embed your video. When you click on “Copy Link,” the URL will be automatically copied to your clipboard.

The URL will direct the viewer to your video using the Livepeer player.

If you would like to embed the Livepeer player in your frontend, click “Embed,” and then click “Copy Code.” The iframe embed code will be automatically copied to your clipboard, and can be placed wherever you would like the video asset to be played.

Step 4: Save to Decentralized Storage (Optional)

By default, video assets are stored with Livepeer, but they can also be uploaded to decentralized storage providers such as IPFS. To do so, click “Save to IPFS,” and your video will be pinned to the IPFS network.

You have just successfully uploaded a video to Livepeer Studio, and your video is ready to be shared with your audience.

To learn more about adding video to your web3 app, check out the 

. If you have any questions about integrating video with Livepeer Studio, join the 

How to Upload a Video to Livepeer Studio

If you’re ready to add video streaming to your app, you need to understand transcoding, the technology that makes it a reality.

In this article, you will learn what transcoding is, what it means for livestreaming, and how you can get started building decentralized video streaming with Livepeer Studio.

Transcoding is the process of decompressing (or decoding) an encoded video file and recompressing it into a new format so that viewers who stream using lower Internet speeds, bandwidths, and different sized devices can consume a video at the highest quality possible without buffering.

Thanks to video transcoding, you get multiple versions of the same video in different sizes (i.e., resolutions) and qualities (i.e., bitrates, frame rates), each of which is optimized for viewers with different internet speeds and devices. This ensures that your video is viewable by anyone in the world with an internet connection, regardless of their location and viewing device.

To understand how transcoding works, we first need to take a step back and talk about 

Encoding is the process wherein your computer turns an uncompressed audio or video file into a new compressed format so that you can watch it properly. Your computer compresses the video file with the help of an algorithm known as “codec” (a portmanteau of the words “coder/decoder”).

As the name suggests, the codec is responsible for both encoding and decoding a video file — the former to compress it, the latter to watch it.

Encoding is the first step of a video streaming process. Once you have finished encoding your video file, you then need to make it compatible with every viewer's device and internet speed.

That's where transcoding comes into play.

To put it simply, you need video transcoding to reach more viewers with your content. Streaming a video directly from a video recording device without transcoding would prevent viewers with slow internet connections and low bandwidths from viewing the video properly.

Imagine you’re streaming a video using the MPEG2 format — common in broadcast television — with a resolution of 3840×2160 pixels (i.e., 4K UHD) with a bitrate of 13 Mbps.

Without transcoding it, viewers with slow internet connections and small devices wouldn't be able to load the video properly. Maybe they'd watch a few seconds uninterrupted at 4K, but soon after, they would have to wait a few seconds to load more video. The slower the connection, the more time it'd take, something that would ruin their viewing experience.

With the help of transcoding software, you'd simultaneously create different renditions of your video, each with a different bitrate, resolutions, and frame sizes so that every viewer gets an uninterrupted stream that best suits their internet speed, bandwidth, and device size.

Transcoding provides a win-win situation for publishers and viewers because:

 of encoding their video content for a diverse set of bitrates and frame sizes

 that may arise when using an alternative device (e.g., a tablet, Microsoft Edge browser, etc.).

Transcoding is a GPU-intensive process involving changing several aspects of a video asset’s format at once. Three similar but less resource-intensive processes to transcoding that still benefit publishers and viewers are:

, which takes a video's bitrates and converts them into lower-quality bitrates without modifying their original size and format.

, which reduces a video’s frame without modifying its content. For example, it takes a video with a 4K Ultra-HD resolution (3840×2160 pixels) and re-packages it for 1080p (1920×1080 pixels) and 720p resolutions (1280×720 pixels).

, which repackages a video and audio file into a new format without changing its content, bitrate, or size. For example, you may take a video in a Flash (.flv) format that uses the H.264 video codec and AAC audio codec and repackage it into a .mov file.

How can I control the quality and size of my videos through transcoding?

When it comes to streaming video online, you will have to decide what quality and size you want to transcode. The higher the quality and the larger the size, the more it will cost you.

But to do that, you first need to understand the three factors that affect a video's quality and size: the frame rate, the resolution, and the bitrate.

 is a value that represents the frequency at which images — or frames — appear in one second of your video. The higher the frame rate, the better quality of your video, but the larger the file size and the higher amount of storage you need to store the video.

The movie and gaming industries typically use 24 fps and 30 fps respectively, while high definition or HD video use 60 fps, the maximum fps that most monitors and TV’s can display.

 is a measurement that represents the number of horizontal lines a video has from top to bottom. It's measured by pixels (px) or single "points" in a picture. Some of the most common video resolutions are:

A video with a 720p resolution is made up of 720 columns of pixels and 1280 rows. For comparison, a video with a 360p resolution is made up of half that many columns. Consequently, the latter will be half as sharp as the first resolution and should be viewed on a smaller screen to achieve the same perceived video quality.

 represents the number of bits — the smallest unit of computer data — that can be processed in a specific amount of time. The bitrate of a video file is measured by its size in bytes divided by the playback time of the recording (in seconds), multiplied by eight.

Since bitrate is defined by the video size, the resolution, the frame rate, and the codecs affect it. For example, a YouTube video with a 720 pixel resolution and 30 fps using the H.264 codec would have an average bitrate of 2.7 Mbps. The same video with 60 fps would have an average bitrate of 4.1 Mbps.

A higher bitrate will generally mean a higher video quality and larger file size, though the quality will depend on what codec is used in the video transcoding process. Newer codecs, like ​​HEVC (H.265), have gotten much better at keeping bitrates low, which make videos smaller and easier to transfer over the internet while maintaining the video quality high.

The hardest problem you want to avoid when streaming content online is 

. Put simply, latency is the delay (or “lag”) between the server that streams the content, generally a CDN, and the transmission the viewers receive.

A minor amount of latency should be expected in any transmission as the time it takes for data to be transmitted through the web, when aggregated, should add up to a few seconds. But when the latency is high enough that the viewer is aware of the delay between what they view and what’s happening in real life, it can ruin the streaming experience.

The goal for your video workflow is to minimize latency while keeping your reach intact. With that goal in mind, how do you actually achieve it?

Traditionally, broadcasters handled transcoding by sending their video to an onsite or centralized media server that handled the process. Each rendition would be packaged into the delivery format and sent to the CDN edge, where the viewer would load the video to watch on their device.

The problem with this process is that once the broadcaster scales the number of streams, it can quickly run into performance bottlenecks with the media server and transcoding system.

One way to overcome the scalability issue is to run multiple concurrent media servers and load the balance between them. But without proper management, one of the transcoding processes can fail in the middle of a stream, causing significant delays.

Newer solutions that leverage a decentralized transcoding network, like the one Livepeer Studio uses, have overhauled the way ingest servers handle incoming video streams.

First, the ingest servers break down the video into segments based on incoming keyframe intervals, which are then sent to a network of decentralized transcoding clusters. Each cluster can transcode over 100 video streams simultaneously, reducing the latency compared to traditional cloud networks.

Second, the ingest servers make sure that the latency and performance of each transcoding cluster is never close to its maximum capacity, allowing it to switch to different clusters when performance starts to slow down.

Each transcoding cluster has layers of redundancy and failover, so if a failure happens, they quickly retry within the cluster. Should a performance bottleneck arise, like a congestion in a region, a different independent transcoder cluster can continue the work instantly.

Such an approach allows each ingest server to handle several streams simultaneously. Video streamers can scale their reach without fearing any bottlenecks in the middle of a broadcast.

If you want to transcode your live broadcasts on your own, you will need to set up a software solution (like 

) on a computer with a powerful GPU that can handle the feed and adapt the RTMP feed for each resolution, frame rate, and bitrate. This entire process can quickly become expensive, challenging, and time-consuming.

A much more common approach is to use an Infrastructure as a Service (IaaS) solution like 

 to transcode your content at scale. Although they can be highly adaptable and price-competitive, they require technical knowledge to implement.

Alternatively, Software as a Service (SaaS) solutions like 

 offer fixed plans based on the amount of content you need to stream. These companies are ideal for clients that need a simpler solution, despite offering higher hourly prices than their IaaS competitors.

 offers a powerful alternative, with a unique approach that leverages the 

, international network of distributed computers to provide reliable video transcoding at prices 10x cheaper than public cloud transcoding providers.

 of transcoding. However, these prices can vary depending on the resolution you wish to stream—the higher the resolution, the more you will pay.

 (or $0.005 USD per minute) of video ingested. We offer such low transcoding costs thanks to the use of our global network of mining farms (known as “orchestrators”). These orchestrators offer their unutilized mining equipment (such as their GPUs, CPUs, and bandwidth) to ingest and transcode video content in exchange for ETH and LPT.

Unlike AWS, we don't charge different prices for transcoding to different resolutions. Whether you want to offer a 4K resolution or 360p, the price will be the same, ensuring that all of your viewers from around the world will enjoy a flawless experience.

The transcoders are rewarded for their work while video streamers receive their ingested and transcoded content seamlessly.

Transcoding is the process that allows content creators to stream video to any viewer, no matter their Internet connection, device, or location. Without it, people wouldn't be able to watch your videos without suffering any significant delays and quality issues.

The higher the frame rate, resolution, and bitrate you stream your video, the more expensive and complex your transcoding will be. Make sure to analyze these factors when you decide to use video streaming on your site.

Although traditional transcoding solutions can easily fulfill your needs, newer solutions like what Livepeer Studio offers can provide the same results without disregarding scalability, speed, and cost-effectiveness.

Learn what video transcoding is, why it's important for livestreaming, and how you can get started implementing it today.

Video Transcoding: What It Is, Why It's Important, and How to Get Started

The concept of NFTs has been around since the 2014s but it wasn’t until 2017 that projects like 

 started to create traction for NFTs. Jumping to 2021, NFTs took off like wildfire. They started being referenced in pop culture, mainstream media, and they influenced the concepts that many hackathon projects were based on.

The technology for creating NFTs has come a long way and is now more accessible to developers and non-developers alike. Along with the creation of NFT marketplaces such as 

, anyone can mint their own NFTs and sell them.

When minting video NFTs, a major factor to consider is the file size. Livepeer Studio solves this issue when using the 

. This SDK will transcode the video to the proper file size utilizing the 

 as well as leveraging the layer 2 solutions of 

 to reduce the cost of transactions on the Ethereum blockchain. Using the SDK makes it easy and more affordable to create video NFTs.

In this tutorial, we will utilize Livepeer Studio’ 

 tool to create our own NFT that can play a video.

Before we get started, here is a checklist of items required for this tutorial. Instructions on how to get and install these items will be provided in the steps that follow.

*This is an example video that will be used, there are other free videos available at 

☑️ Add Polygon Mumbai testnet to Metamask wallet

* If you need a step-by-step process for getting a free account and the API key, visit the

For this example we will use this video: 

If you do use one of your own, make sure it is in a .mp4 format.

Install Metamask (if you do not already have one)

 and download the browser extension. For this tutorial, we will use the Chrome version, but a  Firefox version is also available.

Once downloaded, you should see the Metamask logo in the extension menu

We need to configure the Polygon network to the Metamask wallet. For this tutorial, we will use the Polygon testnet called 

Minting NFTs has a gas fee associated with them, so we need to add funds to our wallet. Since we are using the Mumbai testnet, we will need to get some 

. If you are using Polygon’s mainnet, you can find the 

Paste in your wallet address and you should receive some test MATIC token

Click the submit button and a confirmation window should pop up

Click confirm and a message should appear stating the transaction went through

Your wallet should be funded with some test MATIC tokens

*If you want to have video-nft available as a command on your machine, you can also install the CLI persistently with 

, and after that just call video-nft from anywhere to run it.

The file should be in this directory, use the following command to view

Copy and paste the API key that you got from 

Type in the name of the video file, for this example, it is

Provide the name you want to give the NFT, you can use the file name to name the NFT but in this example, we will use 

In this example we will not customize our metadata so select 

 for customizing the metadata for the NFT

A message should appear that states the export is successful along with the metadata and our URL for minting

Copy and paste the URL from the previous step into a browser window

A Livepeer Studio site should appear with a Mint a Video NFT pop up

Metamask browser extension should open and ask the account to connect to

Select the account with the funded testnet MATIC and connect it

Once connected, the pop up should have the 

 and the message box should state that you are connected to the Polygon Testnet

Metamask browser extension should open and ask to confirm the transaction fee

You should see the minting in progress in the message field

Once the minting is completed, it should provide a link to OpenSea testnet where you can view your Video NFT! For example:

https://testnets.opensea.io/assets/mumbai/0xA4E1d8FE768d471B048F9d73ff90ED8fcCC03643/56

Congratulations! You have minted a video NFT using Livepeer Studio 

Using the Video NFT is a great way to get started with being able to upload video NFTs. If you want to upload videos and do not want to mint NFTS, Livepeer Studio also has Video on Demand where you can do just that.

Check out Video On Demand

Livepeer Livepeer Studio’ makes minting video NFTs easy with the Mint a Video NFT tool

Blog

How to Multistream Twitter Spaces With Livepeer Studio

How to Multistream Twitter Spaces With Livepeer Studio

How to Upload a Video to Livepeer Studio

Video Transcoding: What It Is, Why It's Important, and How to Get Started

How to mint a video NFT using Livepeer Studio + Polygon