What Is AIOZ DePIN? How Its Nodes Power Video Delivery

AIOZ DePIN is a network of independently run nodes that store, transcode and deliver video in place of a central data center and CDN. Node operators earn AIOZ tokens for the resources they contribute. AIOZ's live network page counted 329,921 DePIN nodes on October 28, 2026.

The term gets defined two ways, and the broad industry meaning is "decentralized physical infrastructure network": independently operated nodes, paid in tokens, that replace a company's own data centers. AIOZ Stream's documentation uses a narrower, video-specific label, "Decentralized Content Delivery Network." Both describe the same network at different zoom levels, so say which one you mean.

TL;DR:

• AIOZ DePIN is a network of independently operated nodes that store, transcode and deliver video in place of a centralized data center and CDN.
• Operators run the AIOZ DePIN app, contribute spare disk space, bandwidth and CPU or GPU time, and are rewarded in AIOZ tokens.
• For you as an AIOZ Stream customer, that shows up as one wallet balance billed by usage: storage, delivery and transcoding.
• The node counter moves every day, so cite the live page with a date instead of a number copied from another article.

Updated Oct 29, 2026: merged our 2024 post on DePIN v4 transcoding into this guide as a new paragraph and FAQ entry.

Updated Oct 28, 2026: refreshed the live node count and added what each node contributes, a labelled diagram, and a closing section with AIOZ Stream's billing rates.

What is DePIN?

A DePIN is a way to coordinate infrastructure without one company owning it. Instead of buying and running its own servers, the network lets independent operators run node software on their own hardware. It pays them in its token for the storage, compute or bandwidth they contribute.

AIOZ's node software covers all three resources for media, which is why AIOZ Stream's docs call the result a "Decentralized Content Delivery Network" rather than using the broader industry phrase. The industry phrase describes the coordination model in general, while the AIOZ label describes what that model does once it is pointed at video. Both are correct, and in both the capacity comes from operators paid for what they supply instead of from one company's own data centers.

How does an AIOZ DePIN node work?

According to AIOZ's DePIN page, an operator installs the AIOZ DePIN app on an ordinary computer or laptop, where it runs in the background once the app is open. The page lists three things a node contributes: spare hard drive space to store media and data, spare network bandwidth to deliver it, and CPU and GPU time for transcoding. Operators are rewarded in AIOZ tokens, and the app shows their rewards and storage usage.

Transcoding joined storage and delivery later. It reached the nodes with version 4.0 of the AIOZ DePIN app in July 2024, first as a beta. AIOZ's release note describes the flow in three steps. A node receives a transcoding task from the network the same way it receives storage and delivery tasks. It decodes the source and encodes it into the formats different devices need. The network then stores the transcoded files and delivers them when viewers ask. Today AIOZ Stream bills that work to you per minute of video, at the rates in the closing section.

Those are the same three jobs your video needs when you upload it to AIOZ Stream. The file gets transcoded into renditions, the renditions get stored, and each viewer gets them delivered. On a traditional stack, all three jobs run in one company's regional data centers. On AIOZ DePIN, the work is spread across independent nodes in many places. A live broadcast needs the same transcoding and delivery in real time, as our guide to decentralized live streaming explains. The same DePIN page reported 26,553 TB of data delivered across the network on October 28, 2026.

What this changes for video delivery specifically

The first practical change is the scope of a failure. In a centralized setup, a data center outage is every customer's outage at once. In a distributed node network, one operator's machine going offline does not take the whole system down with it. The same design for files is covered in our explainer on how distributed storage works.

The second is that storage, compute and delivery run on the same network instead of three separately contracted services. You fund one wallet, and one account shows all three kinds of usage. It also changes where you look when something breaks: on a traditional stack, a storage incident and a CDN incident are two tickets with two vendors, and each vendor sees only its own half. With storage and delivery on one account, you have one place to start when a video misbehaves. It doesn't prevent problems, but it shortens the search for them.

Why does node geography matter for video?

A centralized CDN picks its edge locations when the company builds out a region, and that footprint changes on the company's own timeline. A node network's footprint follows wherever operators choose to run hardware. Coverage can grow in regions a traditional CDN hasn't prioritized, and it can also stay thin where few people run nodes.

So you trade planned, predictable coverage for coverage that grows with the operator base. For your viewers, the network total is not the number that matters. What matters is how close the node serving a given request is to them. A count of 329,921 nodes tells you the network is large, but it doesn't tell you how well a specific city is covered.

Operators are rewarded in AIOZ tokens, and you pay AIOZ Stream from a wallet that you also fund with AIOZ tokens. We cover the customer side of that flow in our wallet and token billing explainer.

What's verified and what's still marketing framing

Documented: independent operators, token rewards and the three resource types (AIOZ's DePIN page), plus usage-based billing (AIOZ Stream's payment docs). Not verifiable from public information: the docs describe delivery with phrases like "unprecedented speed and reliability," but publish no benchmark, method or baseline behind them. The DePIN page also doesn't publish its reward formula, so you can't tell from outside how rewards are split between nodes or regions.

AIOZ's node counter read 329,387 on October 19 and 329,921 on October 28, 2026, so the number moves daily. If you see a node count in a third-party article, treat it as a snapshot from the day that source pulled it. For history, our December 2021 mainnet overview reported just over 36,000 edge nodes. Check the live page if the current number matters to your decision. Treat the architecture as documented, and test performance superlatives yourself before you repeat them.

How AIOZ Stream handles it

You don't pick nodes yourself; you create a video object, upload the file, and AIOZ Stream transcodes, stores and delivers it on the DePIN network. What you manage is the account side, which the payment docs spell out:

• Wallet: each account gets its own wallet address, which accepts AIOZ tokens only. The minimum deposit is 0.01 AIOZ.
• Credit: a deposit converts to balance at the AIOZ/USDT market rate at the time of deposit.
• Storage: $0.02 per GB per month, charged hourly.
• Delivery: $0.02 per GB delivered.
• Transcoding: $0.01 per minute up to HD, $0.02 per minute for 2K, and $0.05 per minute for 4K.

Your daily storage, delivery and transcoding usage appears in the "History Usage" tab, so you can see what the network did for your videos each day. For the full rate table and deposit rules, read the AIOZ Stream payment docs.

Frequently Asked Questions

Is AIOZ DePIN the same thing as a regular CDN?
No. A CDN caches content on edge servers that one company owns and operates. AIOZ DePIN's storage, compute and delivery come from independent node operators rewarded in tokens.

How many nodes does AIOZ DePIN have?
AIOZ's DePIN page showed 329,921 total DePINs on October 28, 2026. The counter changes daily, so check the live page for the current figure.

How are node operators paid?
In AIOZ tokens, for the storage, bandwidth and compute their nodes contribute, according to AIOZ's DePIN page, which doesn't publish the reward formula.

Do AIOZ DePIN nodes transcode video?
Yes. Transcoding tasks came to the DePIN app with version 4.0 in July 2024, and AIOZ's DePIN page lists transcoding as the job a node's CPU and GPU do.

Can I run an AIOZ DePIN node myself?
AIOZ's DePIN page offers a one-click app for any computer or laptop. It runs in the background and shows your rewards and storage usage.

Does using a DePIN mean giving up reliability compared to a traditional CDN?
Not inherently. A traditional setup depends on one company's infrastructure staying up, while a distributed node network doesn't have that single dependency, though real reliability still depends on how the network is run.

Is "AIOZ DePIN" the same term as the general Web3 use of "DePIN"?
Not exactly. AIOZ Stream's docs define AIOZ DePIN as a decentralized content delivery network, a narrower, video-focused meaning than the industry's "decentralized physical infrastructure network."

Related Reading

• What Is a Web3 Streaming Platform?: how DePIN, on-chain payments, and W2E together are what make a platform web3, not just the presence of a node network alone
• What Is a CDN Edge Node: how the DePIN model covered here specifically applies to caching and edge delivery
• What Is Video on Demand (VOD) and How It Works: why VOD's static content is exactly what makes this network's P2P caching efficient
• Decentralized Storage vs Centralized Cloud for Video: how this node architecture's durability compares to AWS's documented approach
• One DePIN, Three Workloads: why storage, compute, and streaming on one network changes the architecture
• AIOZ Stream Explained: what happens between ingest and playback
• AIOZ Stream Pricing for Storage, Delivery and Transcoding: how pay-as-you-go transcoding pricing compares
• How On-Chain Wallet Top-Ups and Token Billing Work: how node payment ties to the customer's own wallet balance
• AIOZ DePIN 4.0: Transcoding for Video on Demand and Streaming: the 2024 release that brought transcoding tasks to DePIN nodes
• AIOZ Network's File Storage Distribution Optimization: a 2021 technique for packing video segments into node storage
• The AIOZ Roadmap: A Detailed Plan for the First Fully Functional Blockchain-Based CDN: the 2021 plan for the network, for history
• AIOZ Nodes Rewards Announcement: the 2021 testnet node reward conversion, with that year's node counts

References

• AIOZ DePIN, aioz.network: the live Total DePINs counter, the three node resource types and the token rewards cited above (checked Oct 28, 2026)
• AIOZ DePIN benefits for video storage and streaming, AIOZ Stream Docs: the "Decentralized Content Delivery Network" definition and the "unprecedented speed and reliability" wording
• Decentralized Physical Infrastructure Network (DePIN) Explained, Crypto Council for Innovation: general industry definition of DePIN
• DePIN Explained: What Are Decentralized Physical Infrastructure Networks?, HackerNoon: further background on the token-incentive coordination model
• AIOZ DePIN 4.0: Transcoding for Video on Demand and Streaming: the July 2024 release note with the three-step transcoding task flow and the beta status