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Blockchain Enabled Video Streaming

Blockchain Enabled Video Streaming
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Innovations in video streaming are branching out across multiple verticals to meet users’ growing demand for engaging video experiences. While live streaming via CDNs has improved viewing experiences, OTT platforms have provided access to a wider range of content, and social video networks have provided a platform for individual content creators and influencers to monetize their work. It’s no surprise that video streaming consumes 80 per cent of all Internet bandwidth today.While everything appears to be in order on the surface, let’s take a look behind the scenes.

Streaming a video is exorbitantly expensive, and social video startups can face multi-million-dollar streaming bills. The expense of video streaming is primarily because of a process known as transcoding, which reformats raw video to make it compatible with a wide range of bandwidths and devices. Now, if we talk money, transcoding costs around $3 /stream per hour to a cloud service like Amazon and up to $4500 per month for one media server.
Due to such high infrastructure costs, either social media startups or broadcasters are forced to shut down their operations entirely or levy a heavy tax on their viewers or bombard them with advertisements.

Can we have a scalable and cost-effective video infrastructure solution to keep up with the demand growth as demand for video services grows exponentially? A peer-to-peer, blockchain-secured video streaming platform could be a game-changer in this situation, and it has the potential to improve video streaming while lowering associated costs. Aside from cost reduction, a blockchain-based video streaming platform can weave monetisation opportunities for content creators and viewers. Let’s deep dive more into the concept of blockchain based-video streaming.

Evolution of blockchain-based video streaming

Video streaming has gained enormous traction because of its salient features that give an enriched experience of visual media. People are changing their mode of entertainment from text and image-based formats to quick video illustrations.

Because of this major paradigm shift, video streaming is attracting major internet traffic, thus contributing to a large part of the online business. With the tremendous growth of video streaming, the demand for network bandwidth and storage is also huge. The storage, data transmission and streaming have been done by centralized cloud servers till now.

Talking about the centralized cloud servers, content creators do not have complete control over their data and have to adjust to the rules made by the central cloud servers.

Thus, there is an increased interest and need for uprooting centralized video streaming and bringing decentralization in the field of content transmission and video streaming.

Centralized vs decentralized video streaming

The centralized video streaming has a client-server approach, in which the client directly receives the content from its designated server with some amount of delay which affects the entire process for instance the high rate hours. The mechanism of the client-server approach affects the server’s bandwidth and can easily bottleneck the entire functioning of the system because there are a large number of client requests.

These days most video streaming platforms are based on the client-server model of the content delivery networks which has some major drawbacks. Below mentioned are some of the main drawbacks of the client-server model:

Flash crowd

A lot of streaming servers cannot feed more than a hundred streaming sessions at the same time.

Bandwidth cost

Bandwidth cost is a major problem for the content provider as there is no distribution of the content and therefore the load is on the main content provider. Thus, the cost also increases relatively as compared to the P2P networks. Whereas, in P2P networks the cost is shared by all the participants of the decentralized video streaming platform.

Single point of failure

As there is only one central server, hence the client-server model is prone to a single point of failure, which is not the case in the P2P network platforms.

Whereas in decentralized P2P video streaming, algorithms are channelized for multicasting the media content among the different clients. The clients can also participate equally in scattering the media content to the other clients, removing the pressure from the server node. With equal client participation and media content distribution, a decentralized video streaming platform has minimum scaling issues.

How is a decentralized video streaming beneficial?

Blockchain technology works as a peer-to-peer network, eliminating any central authority. P2P network provides features that do not focus on one single server but work by distributing the media content. Video content curators benefit from the decentralized mechanism of blockchain because they directly publish and deliver the video content to their audience without any intermediary intervention or central server.

Video streaming is much better when done on a decentralized platform as it uses a P2P structure. With a P2P network, the probability that one stream can split and get scattered is higher. This happens because the replication rate of the video streaming is higher in P2P than it is in the client-server CDN structure. Creators and audience, both parties have access to join the blockchain network without any intermediate controller. The content curators independently broadcast their content on the network, which after getting an affirmation and consensus by the other nodes is received by the audience.

Video streaming based on blockchain aids the content curators in acquiring direct access to the earnings generated through the blockchain platform. It also helps the content curators to provide videos on the basis of audiences’ demand, where the public only pays for the content they are most interested in viewing. The content creators can also utilize the blockchain to securely encrypt their video storage.

With the help of blockchain, content curators earn revenues in the form of crypto tokens from the audience. They earn it when the audience pays subscription fees to subscribe to their favourite streamers. Along with this, the audience can too earn a good amount of reward if they want to rent their excess disk space and the network bandwidth for storing and publishing the videos. Let’s now understand the ways in which blockchain transforms video streaming in the next section.

How does decentralized video streaming work?

Decentralized video streaming works on a distributed network. To access a blockchain-based streaming platform, you will have to access nodes on a decentralized network that is dedicated to the streaming protocol. Nodes are the computers that store blockchain’s blocks data and act as infrastructure for the peer-to-peer network.

Within the ecosystem of the streaming platform, the video streams that need to be transcoded, are sent by the broadcaster nodes. After this, the orchestrator nodes will receive the video stream. These orchestrators work with the help of their CPU/GPU. They transcode and distribute the video with the help of the server’s bandwidth. In return for their service, the orchestrator nodes charge a certain amount of gas fee from the broadcasters.

Thus, different from torrenting, the seeders or the orchestrators are straight away monetized to implement the orchestrator nodes and the internet bandwidth for streaming the videos. To be an orchestrator, the participant has to stake some amount of tokens on the blockchain platform. This will help prevent any irrelevant behaviour on-chain. If any of the orchestrators’ functions or transcodes the video in a malicious way, the tokens owned by them will be slashed.

What are the advantages of blockchain-based video streaming?

The various ways in which the blockchain supports and reinvents online video streaming are as follows:

Blockchain-based CDN

Storage space optimization is very important in context to the terabytes of content delivered on the online platforms daily. Therefore, a blockchain-based content delivery network is essential as it helps in using the collective ideal storage space from the users spread across the globe.

With the help of a blockchain-based management system, the content creators can use the collective unused space by converting the space into P2P cloud storage and data delivery system.

Ownership and accessibility

One of the most common issues of online media and the OTT sector is the security of ownership and access to creators’ content. For instance, in centralized a video streaming platform, where one of the users pays for using the platform and thus, the videos cannot be seen by others. This lacks transparency, unlike when you buy a DVC or CD in which you own the cassette.

With the help of blockchain, the issue of ownership can be easily addressed at a protocol level. Blockchain helps the creators and the audience encrypt their videos and store those videos permanently using the IPFS swarm. Blockchain broadcasts the video content in an autonomous manner with the help of various relay nodes and IPFS, thereby maintaining transparency and integrity of ownership in a decentralized way.

Blockchain also maintains ownership of the video streamers in the form of NFTs. People who broadcast their video content also have the access to trade it on the marketplaces in exchange for cryptocurrencies. They also secure their video content ownership via tokenizing their content on the platform.

Smart contracts

To avoid third-party intervention in revenue earning, blockchain smart contracts help in direct communication to establish an independent relationship between creator and audience. It eliminates the intermediary cost and automatically looks out for license security.

Quick transactions and micro-payments

Blockchain enables users and content creators to make micropayments online without incurring any transaction expenses or service fees. The user may utilize a cryptocurrency wallet to monetize their monthly spending by utilizing a blockchain-enabled browser. The browser may then obtain licensing information from the public blockchain and examine the uploaded media using content IDs.

As a result, it uses on-chain payment to ease the transaction between the user and the content owner.

Content licensing and effective monetization

Virtual content creators are well aware of the implications of intellectual property laws, as well as the convenience with which their work may be stolen or copied. They have the right to demand ownership compensation if their intellectual property is used for commercial reasons.
When working with a larger corporation, the responsibility of protecting intellectual property rights are solely of the content creators’. Implementing blockchain technology can make defending copyrights much easier. Once produced, the blocks, which are stored on a multitude of servers throughout the world, cannot be changed. As a result, content owners will have total control over their work.

Decentralized content distribution models

Without the need for middlemen, any participant may check their transaction records directly on the blockchain. Through the peer-to-peer network, the blockchain also removes the need for any central authority to authorize transactions, allowing for more flexible and seamless exchanges.

What are the various components of blockchain-based video streaming?

Broadcaster

An OTT service provider or a user who wishes to deliver the video via network to the audience is known as the broadcaster. The broadcaster transcodes a video with encryption and packaging, where the different entities on the network act as nodes to validate these tasks in return for payments in cryptos.

Blockchain-based CDN

CDN stands for content delivery network, which can be a centralized CDN solution or a decentralized CDN solution as per the requirements of the blockchain-based video streaming platform.

Relay nodes

The broadcaster can make a choice in terms of the distributed network of relay nodes to channelize and distribute the video for streaming. These relay nodes minimize the network latency and also provides high scalability.

Consensus algorithms

There are various consensus protocols like PoW or Proof-of-work and PoS or Proof-of-Stake that are used by the blockchain-based video streaming platforms.

Smart contracts

In a blockchain-based framework for video streaming, both the users and the broadcasters function on the basis of smart contracts. For instance, the payment sent from the end-user to the broadcaster is channelized with the help of smart contracts, which includes pre-determined terms to be followed.

Communication sub-module

The communication sub-module powers the connection protocols on the video-streaming platforms for the decentralized storage communication between the various nodes.

Events sub-module

The events sub-module looks for different communications like video transmission, user-interaction and display during the streaming process.

Wrapping up

Distributed blockchain technology is transforming video streaming by changing how people create, share, and view video. In order to avoid centralized video streaming servers, several new video streaming services are embracing blockchain application development to construct peer-to-peer content distribution architectures and cryptocurrency-based payment systems.

Are you planning to create a video streaming application with unique features? Our experts will assist you in creating a dynamic and user-friendly video content streaming application.

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Author’s Bio

Akash Takyar
Akash Takyar
CEO LeewayHertz
Akash Takyar is the founder and CEO at LeewayHertz. The experience of building over 100+ platforms for startups and enterprises allows Akash to rapidly architect and design solutions that are scalable and beautiful.
Akash's ability to build enterprise-grade technology solutions has attracted over 30 Fortune 500 companies, including Siemens, 3M, P&G and Hershey’s. Akash is an early adopter of new technology, a passionate technology enthusiast, and an investor in AI and IoT startups.

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