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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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Agent-Talk

FreeOpen SourceSelf-HostedAgentic

Pricing

Model
Free

Summary

Passing context between two agents in separate sessions means you become the relay — copy-pasting outputs, re-explaining state, watching things drift. Agent-Talk cuts you out of that loop by giving two agents one shared file to argue into agreement.

The protocol is deliberately minimal: one markdown file on disk, four rules, no server. Two agents take alternating turns editing a single document — not appending to a chat log, but converging toward one answer — until one proposes consensus and the other confirms it. A configurable timeout ends sessions that stall. It installs via a single npx command and works with any agent that can read and write files: Claude Code, Codex, Grok, or any model your stack already uses. The constraint is also the ceiling — this is a file-format protocol, not an orchestration platform, so anything requiring dynamic branching, parallel task distribution, or state beyond one document is out of scope.

Bottom line: Agent-Talk is the right call when two agents need to hand off context or reach a decision without you in the middle — it breaks down the moment your workflow needs more than two agents converging on a single shared output.

Community Performance Report Card

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Best For: Cross-model agent collaboration, File-based agent hand-offs, Convergent reviews and decision making, Lightweight multi-agent workflows
  • No server or infrastructure required — the session state is a markdown file on disk — so you can wire two agents together in a new project without provisioning anything.
  • Cross-model by design: any agent that can read and write files participates, which means you are not locked to one provider when your review agent and your author agent run on different models.
  • The file converges instead of accumulating, so when a code review or decision session ends you read one agreed document rather than reconstructing a conclusion from a transcript.
  • A configurable timeout ends sessions that will not converge, so a disagreement between two agents does not spin indefinitely and block your pipeline.
  • MIT licensed with a self-hosted default, which means the session files and their contents never leave your machine unless you explicitly move them.
  • The protocol is hard-capped at two agents per session. The moment a workflow needs a third model — say a validator agent checking what the author and reviewer agreed on — the file-based turn-taking model has no mechanism for it, and teams build a separate coordination layer outside Agent-Talk.
  • There is no API surface. You cannot trigger, monitor, or integrate a session programmatically from a parent orchestration system. Teams that want to embed agent hand-offs inside a larger automated pipeline hit this wall immediately and move to a framework that exposes hooks — at that point Agent-Talk is replaced, not extended.
  • The single shared document model breaks for tasks that produce parallel outputs. If the two agents need to work on different files simultaneously and reconcile later, the one-writer-at-a-time rule makes that sequential by design, not parallel.
  • Session monitoring is file-based — you watch the markdown update. There is no structured logging, alerting, or observability surface, so diagnosing why two agents failed to converge in a production hand-off means reading the raw session file manually.

About

Platforms
CLI / file system
API Available
No
Self-Hosted
Yes
Last Updated
2026-08-14T07:35:35.044Z

Best For

Who it's for

  • Cross-model agent collaboration
  • File-based agent hand-offs
  • Convergent reviews and decision making
  • Lightweight multi-agent workflows

What it does well

  • Handing off frontend work from one agent to another while keeping backend context
  • Converging code reviews between reviewer and author agents
  • Reaching verdicts on decisions by having two models argue until consensus
  • Coordinating multi-agent production tasks without manual copy-paste

Integrations

Claude CodeCodexGrokany file-editing agent
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Frequently Asked Questions

Is Agent-Talk free?
Yes — Agent-Talk is fully free to use. There is no paid tier.
Is Agent-Talk open source?
Yes. Agent-Talk is open source.
Can I self-host Agent-Talk?
Yes. Agent-Talk supports self-hosting on your own infrastructure.
What platforms does Agent-Talk support?
Agent-Talk is available on: CLI / file system.

The relay problem

Passing context between two agents in separate sessions means you become the relay — copy-pasting outputs, re-explaining state, watching things drift. Agent-Talk cuts you out of that loop by giving two agents one shared file to argue into agreement.

How the protocol works

The protocol is deliberately minimal: one markdown file on disk, four rules, no server. Two agents take alternating turns editing a single document — not appending to a chat log, but converging toward one answer — until one proposes consensus and the other confirms it. A configurable timeout ends sessions that stall. It installs via a single npx command and works with any agent that can read and write files: Claude Code, Codex, Grok, or any model your stack already uses. The vendor states this is a file-format protocol, not an orchestration platform.

Key limits

The protocol is hard-capped at two agents per session. There is no API surface for triggering or monitoring sessions from a parent system. The vendor states teams needing a third model or programmatic hooks must build coordination outside Agent-Talk.

Who it is for / who should skip it

Best for cross-model agent collaboration, file-based hand-offs, convergent reviews, and lightweight multi-agent workflows on the CLI or file system. Skip it if your workflow needs more than two agents or integration into a larger automated pipeline.