What Is a Web3 Streaming Platform? How Web3 Streaming Works

A web3 streaming platform is a video service whose delivery runs on independently operated nodes and whose payments settle on a blockchain instead of through a card processor. You still upload, encode and play video the usual way, but someone else owns the servers and the money moves differently.

TL;DR:

• A web3 streaming platform moves delivery to a network of independent node operators and moves payment to on-chain wallets. Many also write creator or viewer rewards into the protocol.
• To check any platform, ask who runs the nodes, where payment settles, and whether rewards follow published rules.
• AIOZ Stream delivers through AIOZ DePIN (329,387 nodes on aioz.network on Oct 19, 2026) and bills usage from an account wallet that you top up with AIOZ tokens.
• Video files live on the node network. AIOZ's concept page says web3 content "is recorded on the blockchain", but the API reference doesn't show what that record holds.
• Each web3 streaming promise depends on one layer you can test. Latency comes from the protocol, and censorship resistance stops at whoever runs the upload API.

Updated Oct 29, 2026: merged our 2024 web3 streaming series into this guide as a section on what each promise depends on, a fourth check question and two FAQ entries.

Updated Oct 19, 2026: definition-first rewrite, a new section comparing web3 streaming with a CDN, a labelled diagram, the live node count, the documented payment flow, and a References section.

What is web3 streaming?

Web3 streaming is video delivery where the infrastructure and the payments run on open networks rather than inside one company. AIOZ's own docs page on web3 streaming expects delivery spread across a global network of nodes, real-time interaction between creators and viewers, and monetization through tokens and subscriptions. That list works as a summary, but when you're choosing a platform you need something you can check, so this article splits the idea into three layers. For the real-time side, our explainer on decentralized live streaming shows how a broadcast runs through a network of independent nodes.

• Delivery: who runs the machines that store your files and send video segments to viewers.
• Payment: where a charge for storage, delivery or a subscription settles.
• Rewards: whether creators, viewers or node operators earn under rules the protocol publishes.

A platform can be web3 on one layer and traditional on the others. A video app that accepts crypto at checkout has a web3 payment option with an ordinary CDN behind it. A peer-to-peer delivery network billed by credit card is the reverse: web3 delivery, web2 billing. Both get called "web3 streaming" in marketing copy, so ask about each layer separately.

How is web3 streaming different from a CDN?

A traditional CDN is one company's fleet of edge servers in data centers it owns or leases, and you pay that company per gigabyte by invoice or card. On a web3 network, the edge machines belong to thousands of independent operators who earn tokens for the storage and delivery work they do.

Your viewers won't see the difference, because both models serve the same HLS or DASH segments over plain HTTP and the same player works on either. The differences show up in three places:

• Capacity grows when new operators join, not when a company builds or leases another data center.
• Failure spreads out, since one operator going offline doesn't take a whole region down. The platform's own API is still a central service: on AIOZ Stream you upload and manage video through one API at api.aiozstream.network.
• Billing comes out of a wallet balance instead of a monthly invoice.

AIOZ's delivery layer is AIOZ DePIN. Its network page showed 329,387 total nodes on Oct 19, 2026, run by people who contribute spare computing power and storage and are "rewarded with AIOZ tokens". The count changes daily, so check the page itself before you quote it, and see decentralized storage vs centralized cloud for video for where the files sit between requests.

Is video on a web3 streaming platform stored on the blockchain?

The video files themselves are not on a blockchain. A blockchain holds small records such as transactions, balances and hashes. A one-hour 1080p video at AIOZ Stream's 6 Mbps cap for that rung is about 2.7 GB, so it lives on storage nodes and reaches viewers as short segments.

AIOZ's concept page goes further and says content uploaded to a web3 streaming platform "is recorded on the blockchain, making it immutable and resistant to unauthorized alterations or removal." The AIOZ Stream API reference shows no on-chain step in the upload flow, which runs from creating a media object to polling until encoding is done. We can't tell you what that record contains. When you evaluate any platform, ask which item is on chain: the file, a hash of the file, or only the payment.

How payments work on a web3 streaming platform

Payment is the easiest layer to verify, because every transfer leaves a public transaction that anyone can look up. On AIOZ Stream, the Payment docs describe the whole flow:

• Each account gets its own wallet address when you sign up. It accepts AIOZ tokens only.
• The minimum deposit is 0.01 AIOZ. Smaller deposits are recorded and credited once your running total reaches it.
• Your credit is the token amount times the AIOZ/USDT rate at the time of deposit.
• Usage is charged from that balance: $0.02 per GB per month for storage, $0.02 per GB delivered, and transcoding from $0.01 per minute (up to HD) to $0.05 per minute (4K).

Because the rate is fixed when the deposit lands, your credit is a dollar amount from then on, and price moves only matter while you still hold the tokens. Each top-up also carries a transaction ID and the sending wallet address, which you can read back through the API (example below). Our wallet top-up guide walks through the same steps in the dashboard.

Creator and operator rewards

The rewards layer is the least standardized of the three, and most of what is proven today pays the people who run infrastructure. Livepeer's network docs are written for people who "operate a Livepeer orchestrator or delegate your LPT", and AIOZ pays its node operators in AIOZ tokens for storage and delivery.

Rewards for viewers and creators come with far less detail. AIOZ's launch materials name Watch-to-Earn (W2E) as an optional reward next to SVOD, TVOD, AVOD and tips, but no payout rate, funding source or trigger has been published. Plan your revenue around the models you control, which our monetization models comparison covers one by one.

What web3 streaming promises, and what each promise depends on

Early web3 streaming pitches, our own 2024 series among them, framed the field as a fix for centralized delivery. Distant viewers get high latency, bandwidth bottlenecks appear at peak hours, and one company can take content down or alter it. AIOZ's concept page still lists the promises that followed, from low latency to transparency. Each one rests on a specific layer, and once you know which, you can test it.

• Low latency comes from the protocol and the segment length, not from a blockchain. Standard HLS players start about three segments behind live, around 18 seconds with 6-second segments, as our M3U8 segmentation guide explains. Nodes close to your viewers shorten only the last network hop. On AIOZ Stream you send a live feed in over RTMP and viewers watch over HLS, so HLS latency rules apply.
• Real-time interactivity, such as live chat, polls, tips and on-screen overlays, is an application feature built on top of a low-latency stream. Tips also need a payment rail. Ask whether the platform ships these features or expects you to build them.
• Availability at peak load improves when many operators can serve the same segments, which is the delivery-layer point from the CDN section above.
• Censorship resistance is only as strong as the most central layer. Spreading delivery across nodes removes one choke point, but whoever runs the upload API and the accounts still controls what stays up. On AIOZ Stream, that layer is one API at api.aiozstream.network.
• Immutability and piracy protection depend on what sits on chain. A hash on a ledger can prove a file hasn't changed, but it doesn't keep the file online or stop anyone from screen-recording it. Keeping files online is a storage service you pay for, $0.02 per GB per month on AIOZ Stream. Stopping copies is the job of DRM systems such as Widevine and FairPlay.
• Transparency, data ownership and governance hold only where the rules themselves live on chain, such as a revenue split in a smart contract or a published vote. If a platform promises them, ask for the contract address or the governance process.

How to check a web3 streaming claim

Four questions cover most marketing pages, and each one has a checkable answer if the platform does what it says.

1. Who operates the machines that deliver your video: the company, a CDN it pays, or independent operators you can count on a public page?
2. Where does your payment settle: a card processor, or a wallet with a transaction you can look up on chain?
3. Does any reward have a published rule, such as a rate, a token and a trigger, or only a promise?
4. Which layer could remove your video: one company's API and accounts, or only rules the network enforces?

If a platform answers with more blockchain vocabulary instead of a mechanism, you have your answer. If the pitch is about cost, our breakdown of when decentralized delivery is cheaper than a CDN shows which numbers to compare.

How AIOZ Stream handles it

AIOZ Stream keeps the developer side familiar: you create a media object, upload the file and get back HLS, DASH and MP4 URLs, the same as on any video API. The web3 parts sit underneath, with delivery on AIOZ DePIN and billing from your token-funded wallet.

You can audit the payment layer yourself, because the Payments API returns every top-up with its transaction ID and sending wallet. The request below is quoted from the Payments API docs and we didn't run it for this article. Note that the Payments API takes a JWT, not the API key pair you use for media.

// Quoted from the AIOZ Stream Payments API docs (not run for this article)
const BASE = 'https://api.aiozstream.network/api'
const HEADERS = {
  'Authorization': `Bearer ${process.env.AIOZ_JWT_TOKEN}`,
  'Content-Type': 'application/json'
}

async function getTopUps(limit = 25, offset = 0) {
  const res = await fetch(
    `${BASE}/payment/top_ups?limit=${limit}&offset=${offset}&orderBy=desc&sortBy=created_at`,
    { headers: HEADERS }
  )
  return res.json()
}

const topUps = await getTopUps()
// topUps.data.total
// topUps.data.top_ups: [{
//   transaction_id, from (wallet address), status, created_at, credit
// }]

To try it, follow Steps to use our product in the AIOZ Stream docs, which covers sign-up, your first top-up and your first upload.

FAQ

Is every platform that accepts crypto a web3 streaming platform?
No. Taking crypto at checkout changes only the payment layer, and if the video still comes from one company's servers, the delivery layer is traditional.

Does decentralized mean no company runs the platform?
No. A company can build the software and run the API while independent operators run the delivery nodes, which is how AIOZ Stream works.

Do viewers need a crypto wallet to watch?
Not on AIOZ Stream. You embed the player with a normal iframe or play the HLS URL, and viewers watch as they would on any site. The wallet belongs to the account that pays for storage and delivery.

What is the difference between AIOZ DePIN and a traditional CDN?
A traditional CDN is one company's servers, while AIOZ DePIN is a network of independently operated nodes that earn AIOZ tokens for storing and delivering content.

Is the video itself written to a blockchain?
No. Video files are far too large for a ledger, so they stay on storage nodes. AIOZ's concept page says web3 content is recorded on the blockchain, but the API docs don't say what that record contains.

Does web3 streaming mean lower latency?
Not by itself. Latency depends on the protocol and segment length, so a web3 platform that plays over standard HLS has HLS latency wherever its nodes sit.

Is a web3 streaming platform censorship resistant?
Only as far as its most central layer allows. Decentralized delivery removes one choke point, but the company that runs the upload API and accounts still controls what stays up.

Related Reading

• What Is AIOZ DePIN? How Its Nodes Power Video Delivery
• What Is a CDN Edge Node? How Edge Caching Works for Video
• Decentralized Storage vs Centralized Cloud for Video
• How On-Chain Wallet Top-Ups and Token Billing Work
• Watch-to-Earn (W2E) on AIOZ Stream: What's Documented
• Is Decentralized Video Delivery Cheaper Than a CDN?
• Glass-to-Glass Latency: What It Is and How to Measure It: where streaming delay comes from, whoever runs the nodes
• AIOZ Stream Powers a Hackathon Workshop: A DePIN Showcase for Web3 Education: a web3 education event that hosted its workshop video on AIOZ Stream
• Calling All Developers and Entrepreneurs: How AIOZ Network Rewards Creators: AIOZ's 2021 plan for rewarding creators, developers and node operators

References

• AIOZ Stream Docs: What is Web3 streaming?: the traits list and the "recorded on the blockchain" quote
• AIOZ Stream Docs: Payment: wallet creation, the 0.01 AIOZ minimum, the AIOZ/USDT conversion and the prices
• AIOZ Stream Docs: Payments API: the top-ups request quoted above
• AIOZ Stream Docs: Video API: the create, upload, complete and poll flow
• AIOZ Network: AIOZ DePIN: the total node count (329,387 on Oct 19, 2026) and operator rewards
• Livepeer Docs: orchestrators and LPT delegation
• RFC 8216: HTTP Live Streaming: a live client should not start less than three target durations from the end of the playlist
• AIOZ Stream Docs: Desktop OBS Studio RTMP setup: RTMP-only live ingest (checked Oct 29, 2026)