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License: MIT Any use incl. commercial
Local-run terms: MIT license permits commercial use, modification, and distribution with attribution.

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Wayflow

FreeOpen SourceAPISelf-Hosted

Pricing

Model
Free

Summary

Every team that tries to build a workflow editor into their product eventually faces the same wall: the canvas is a custom build, the execution engine is separate, and by the time you wire them together you've shipped nothing. Wayflow ships both as a single npm install.

The vendor describes Wayflow as an embeddable visual workflow editor — canvas, node palette, config panel, run controls, and a runtime engine that executes the same graph in the browser during development and on your server in production. A single call, createWorkflowEditor(), mounts the full workspace. Built-in node types cover LLM calls, tool-calling, branching, map-over-list, and image generation, so AI and deterministic steps sit on the same canvas. Suspend-and-resume is native, meaning a workflow can pause for a human review and pick back up without custom state management. The project is MIT licensed, carries zero runtime dependencies according to the docs, and ships full TypeScript types.

Bottom line: The right pick for a product team that needs to ship a workflow editor to their users in days, not build one — but teams whose users need complex multi-agent coordination across autonomous concurrent threads will hit the boundaries of what a visual canvas can express before they hit the end of the docs.

Community Performance Report Card

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Best For: Product teams embedding workflow editors, Apps needing visual no-code/low-code automation, Hybrid AI and deterministic workflow builders

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  • A single createWorkflowEditor() call mounts the full editor — canvas, palette, config panel, and run controls — so product teams skip the weeks of assembly work that precede a first user-visible workflow.
  • The same graph runs in the browser and on the server without format conversion, which means the prototype a developer tests locally is the exact artifact that ships to production.
  • Native suspend-and-resume for human review is built into the runtime, so approval-gated workflows — support triage, content sign-off — don't require a separate queue or state management layer bolted onto the side.
  • Provider-neutral LLM and image adapters accept your own API keys and vendor of choice, so switching models when costs change is a config swap rather than a code change.
  • MIT licensed with zero runtime dependencies and full TypeScript types, so teams own their dependency tree and the editor doesn't silently bloat a production bundle.
  • The canvas represents one workflow graph at a time; teams building products where users need to coordinate multiple concurrent agents — each spawning sub-tasks independently — will exhaust what the visual model can express and end up writing orchestration logic outside the canvas, at which point they are maintaining two systems.
  • No hosted cloud runtime is described in the docs, meaning teams that want managed execution infrastructure — job queues, retries, observability dashboards — have to build or bring all of it themselves; teams who need that layer included switch to a platform like Inngest or Temporal for the execution tier.
  • Documentation is described at v0.3.0, and community-reported maturity signals for a project at this version suggest production edge cases — error recovery behavior, large graph performance, persistence reliability — will surface in ways the docs don't yet cover, requiring teams to read source or open issues.

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About

Platforms
Web (browser and Node.js server)
API Available
Yes
Self-Hosted
Yes
Last Updated
2026-07-08T13:42:58.513Z

Best For

Who it's for

  • Product teams embedding workflow editors
  • Apps needing visual no-code/low-code automation
  • Hybrid AI and deterministic workflow builders

What it does well

  • Customer support ticket triage and routing with human review
  • Content generation and repurposing pipelines
  • AI agent planning and tool-calling workflows
  • Data enrichment and classification pipelines

Integrations

Any LLM providercustom nodes

Discussion Community

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Frequently Asked Questions

Is Wayflow free?
Yes — Wayflow is fully free to use. There is no paid tier.
Is Wayflow open source?
Yes. Wayflow is open source.
Does Wayflow have an API?
Yes. Wayflow exposes a developer API. See the official documentation at https://wayflow.build for details.
Can I self-host Wayflow?
Yes. Wayflow supports self-hosting on your own infrastructure.
What platforms does Wayflow support?
Wayflow is available on: Web (browser and Node.js server).

Hours Saved & ROI Stories Community

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Wayflow

Most embedding-focused workflow tools hand you a styled canvas and leave the execution story to you. Wayflow’s premise is that the runtime travels with the editor: the docs describe a single createWorkflowEditor() call that mounts a complete workspace — canvas, palette, config panel, and run controls — and the same graph definition that runs in the browser prototype runs on the server in production without modification. The supported node library covers LLM inference, tool-calling, conditional branching, map-over-list, merge, image generation, and custom node types you define in TypeScript.

The differentiating feature the vendor emphasizes is suspend-and-resume for human review. Rather than requiring teams to build approval queues on top of the editor, the runtime natively pauses a workflow run, waits for external input, and resumes from that checkpoint. For teams building customer support triage or content approval pipelines — where a human needs to sign off before the workflow continues — this removes a category of plumbing that typically falls to the product team.

Wayflow fits cleanly into a product that needs to expose automation to its users: the docs describe framework-agnostic mounting across React, Vue, Svelte, Angular, Solid, and vanilla JS via plain TypeScript and DOM APIs. Theming reduces to a single accent token and the editor recomputes light and dark surfaces from it. Where the architecture shows its limits is autonomous, multi-agent coordination — the tool is an editor and runtime for graphs you define, not an autonomous agent executor that spawns and supervises sub-agents on its own. Teams that outgrow the expressible graph structure will find themselves wrapping the runtime with custom orchestration logic external to the canvas.

The project is MIT licensed and installable via npm, the vendor states zero runtime dependencies, and the docs confirm self-hosted and server-side execution are supported. No hosted cloud runtime is described on the vendor page, meaning production execution infrastructure is the team’s responsibility.