AIOZ Stream runs on the AIOZ DePIN infrastructure, combining decentralized storage, edge delivery, and distributed compute to keep video workflows smooth, scalable, and reliable from ingest and transcoding to global playback.
AIOZ Stream is part of the AIOZ DePIN infrastructure stack, combining decentralized storage, edge delivery, and distributed compute so video workflows stay smooth, scalable, and reliable from ingest and transcoding to playback.
Go to AIOZ StreamStream-first, plus selected Network and AI updates when directly relevant

Video streaming protocols move video from encoder to viewer. See how RTMP, SRT, HLS, DASH and WebRTC differ in latency, transport and where each one fits.

Decentralized live streaming sends a real-time broadcast through independently run nodes instead of one company's servers. Here's how each stage of it works.

A video streaming glossary of 114 terms, from AAC and ABR to WebRTC and Widevine, each defined in plain English with sources and links to the deep posts.
Selected for practical value to builders, creators, and operators.

In the rapidly evolving landscape of Web3 and AI, innovation thrives on collaboration and accessible infrastructure. The Scoop AI Hackathon, co-hosted by @Neo_Blockchain and @SpoonOS_ai, exemplifies this spirit. With sponsors and partners including Google Cloud, AIOZ Network and others, the hackathon focused on bridging AI innovation with decentralized trust. A standout element of this sponsorship? AIOZ Network. As the premier DePIN infrastructure enabler for Web3 AI builders, we powered the h


Video streaming protocols move video from encoder to viewer. See how RTMP, SRT, HLS, DASH and WebRTC differ in latency, transport and where each one fits.

Decentralized live streaming sends a real-time broadcast through independently run nodes instead of one company's servers. Here's how each stage of it works.

A video streaming glossary of 114 terms, from AAC and ABR to WebRTC and Widevine, each defined in plain English with sources and links to the deep posts.

Read the AIOZ Stream Statistics panel: bitrate in and out, FPS in and out and current viewers, plus the documented rules for each and what the docs leave out.

Embed an AIOZ Stream livestream with the Share button's iframe or send the Public Playback URL as a link. Covers API fields, public access limits and doc gaps.

Learn how a stream key differs from a streaming session on AIOZ Stream, what each one stores, and what to preconfigure before you go live. Docs-based guide.

Stream from your phone to AIOZ Stream with PRISM Live Studio: Custom RTMP setup, documented 1080p and 720p bitrates, Adaptive quality and mobile stability tips.

Choose OBS encoder settings for AIOZ Stream: the documented 1080p30 values, the missing 720p figure, NVENC vs x264, keyframes, 60 fps and a test procedure.

Set up OBS Studio for AIOZ Stream: choose a Custom service, paste the RTMP server URL and stream key, then stream CBR at 4500 to 6000 Kbps with 1 s keyframes.

Seven steps to go live on AIOZ Stream with OBS or PRISM: stream key, session form, RTMP credentials, bandwidth math, and the first two minutes after you start.

Live streaming on AIOZ Stream: a stream key, one session per broadcast, RTMP from OBS or PRISM, HLS playback, plus restreaming, stats and an opt-in archive.

A web3 streaming platform delivers video through independent nodes and settles payments on a blockchain. How it differs from a CDN, and how AIOZ Stream does it.