Streamplace BYOC Integration

Integrate Streamplace’s decentralised video layer into your AT Protocol or Web3 application. Canonical setup, SDK, BYOC compute path.

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Streamplace is a Livepeer Special Purpose Entity (SPE) building open-source decentralised video infrastructure for social networks, livestreaming platforms, and Web3-native apps. It routes video ingest and processing through Livepeer’s network, signs every segment with C2PA and Ethereum provenance, and ships an SDK that drops into AT Protocol applications.

This page exists to route you to the canonical Streamplace documentation. The setup, node install, SDK reference, and integration guides are maintained by the Streamplace team in the .

Integration Scenarios

Streamplace solves three integration scenarios that the lower-level Livepeer primitives leave open.

Scenario	What Streamplace adds
Bluesky or AT Protocol app needing live video	A node + SDK that emits AT Protocol-compatible video metadata
Decentralised social platform needing provenance	C2PA signing and Ethereum attestation on every video segment
Web3 app needing censorship-resistant streaming	Self-hostable node with Livepeer network transcoding

The integration path is a Streamplace node plus the SDK package documented by the Streamplace team. The node handles ingest, segmentation, provenance signing, and transcoding dispatch to Livepeer; the SDK gives your app a typed client and a React player component.

Streamplace and Livepeer

Streamplace runs production BYOC workloads on the Livepeer network. The relationship is:

Layer	Component
Application	Your AT Protocol or Web3 app
Video API	Streamplace SDK, StreamplacePlayer React component
Node	Streamplace node binary (ingest, provenance, dispatch)
Network	Livepeer gateway and orchestrator pool
Compute	BYOC containers running on Livepeer orchestrators

The Streamplace node is the boundary between your application and the Livepeer network. Most developers integrate at the SDK layer and let the node handle the network plumbing. Operators self-host the node for full control; managed deployments use the Streamplace-operated node infrastructure.

For context on BYOC as the underlying compute mechanism, see BYOC Overview. For the AI Jobs API path without the AT Protocol layer, see AI Jobs Direct Quickstart.

Canonical Setup Path

The canonical setup, including node install, SDK quickstart, metadata schema, and integration examples, lives in the Solutions tab.

Streamplace Overview

Start here: node install, SDK quickstart, provenance configuration, player integration. Maintained by the Streamplace team.

The Solutions overview covers the four steps that get a working integration:

1. Install the Streamplace node binary
2. Configure metadata, rights, and distribution policy
3. Start a livestream via the CLI or SDK
4. Embed the StreamplacePlayer component with provenance display

Time to first stream is under fifteen minutes following the canonical guide.

External Resources

Resource	Link
Streamplace homepage	stream.place
Streamplace documentation	docs.stream.place
Streamplace repository	git.stream.place
Streamplace GitHub mirror	github.com/streamplace/streamplace
Streamplace Discord	Available via the Solutions overview

For deep technical questions about Streamplace internals, the architecture and provenance documentation at docs.stream.place is the authoritative source. The Streamplace team maintains it directly.

Your Streamplace BYOC container is running on the network. The same container pattern works for any Python model; swap the inference logic inside process_frame() and redeploy.

AI agent prompt

Build the "Streamplace BYOC Integration" tutorial by following the current Streamplace documentation as the source of truth. Verify the install path from https://stream.place/docs and the active repository metadata from https://github.com/streamplace/streamplace before choosing package names. Create a minimal TypeScript app that connects to a Streamplace node, starts or references a livestream, embeds the Streamplace player component documented upstream, and records the Livepeer/BYOC relationship in comments. Use placeholders for STREAMPLACE_NODE_URL=<node URL>, STREAMPLACE_AUTH_TOKEN=<token if required>, and LIVEPEER_GATEWAY_URL=<gateway URL if required>. Do not assume @streamplace/sdk is published to npm unless the package check succeeds; if it is unavailable, install exactly as the Streamplace docs prescribe.

Next Steps

Streamplace Overview

Canonical Streamplace documentation: install, SDK, integration patterns.

BYOC Overview

The general BYOC mechanism Streamplace builds on.

Low-Latency Streaming

Generic WHIP/WHEP path without the AT Protocol layer.

VOD Upload and Playback

Persistent video assets through the Livepeer Asset API.