Baton vs Switchboard

Baton and Switchboard are both cli coding agents tracked by AIDiveForge. Below is a side-by-side comparison of pricing, capabilities, platforms, and ownership — sourced from each tool's live website and verified before publishing.

Baton

Baton sits in your menu bar and polls the signals your machine already produces — no manual logging, no clipboard tricks — to show you which AI coding sessions are mid-run and which have handed the decision back to you. The core metaphor is the 🎽 icon: the baton is with the agent, or it's with you. Click the menu, see the queue, jump straight to the session that needs a response. This is a local Python app, MIT-licensed, installed via a shell script, and it runs entirely on your machine. It works with Claude Code and Codex threads on macOS — nothing else, and no roadmap to something else is documented.

Switchboard

Switchboard sits between your terminal and your CLI coding agents, inspecting each prompt and routing it to the right backend based on rules you define — local Ollama for the routine stuff, Codex for code, Claude Code when reasoning depth is worth the cost. The vendor's own benchmark reports 62% fewer premium-agent calls with a quality drop from 4.6 to 4.1 on a five-point scale — acceptable for most teams, not for teams where output consistency is non-negotiable. Sensitive prompts stay on-device by design, with zero benchmark leaks observed in testing. Routing decisions are logged with metadata-only telemetry, so you can audit what went where without storing prompt content. It ships with a Dockerfile and pyproject.toml, which means self-hosting is the deployment model — there is no hosted service.

Attribute	Baton	Switchboard
Pricing	Free	Free
Free trial	No	No
Open source	Yes	Yes
Has API	No	No
Self-hosted option	Yes	Yes
Platforms	macOS	—
Pros	Reads session state from signals your machine already emits with no manual tagging required, so you skip the meta-work of tracking the tracker. Menu bar presence gives you persistent ambient visibility without opening a separate app, which means a stalled session doesn't stay hidden behind a terminal window you forgot about. Click-to-jump navigation takes you directly from the status view to the waiting session, so the time between 'agent is blocked' and 'you respond' shrinks to a single click rather than a tab hunt. MIT license and local-only architecture mean no data leaves your machine and no subscription gates the feature set — the thing you install on day one is the complete tool. Install script handles dependency setup, so the gap between 'found this on GitHub' and 'running in my menu bar' is a single shell command.	Deterministic on-device prompt filtering before any network call, which means sensitive prompts cannot reach a cloud API even if your routing rules are misconfigured downstream. Unified session across Ollama, Codex, and Claude Code, so context you built up in one backend is not lost when the router hands off to another — avoiding the manual copy-paste loop developers run today. Metadata-only telemetry for routing decisions, which means you get an audit trail of what went where without storing prompt content that could become a compliance liability. Vendor-reported 62% reduction in premium-agent calls at a 4.1 vs 4.6 quality score, so teams can set a quality threshold and let the router handle cost optimization rather than manually triaging every prompt. MIT-licensed with Docker and Python packaging included, which means you can fork, modify, and run it in an air-gapped environment without negotiating a commercial license.
Cons	macOS is a hard requirement with no documented workaround — developers on Linux or Windows cannot run this at all, and teams with mixed environments need a different solution from day one. Support is scoped to Claude Code and Codex; the moment your workflow adds a third agent type — say, a custom LangChain runner or a Cursor session — Baton goes dark on that thread and you're back to manual tracking for part of your stack. There is no shared or team-facing view: status is visible only to the person running the local app, so any team that needs collective awareness of which agents are blocked across multiple developers has to maintain a separate coordination layer. Zero API surface means you cannot pipe Baton's session state into a dashboard, alert system, or ticketing tool — teams that want agent status wired into their existing ops tooling have to instrument that themselves from scratch or switch to a tool built for integration.	No API surface exists, so any service or script that needs to call the router programmatically cannot — teams that want to integrate Switchboard into a CI pipeline or a web app hit a dead end and either fork the project to add an API layer or replace it with a router that exposes one. The quality delta between routed and always-premium output is real: the vendor's own benchmark puts routed quality at 4.1 versus 4.6 for always-premium. Teams where output feeds customer-facing copy or code review tooling will find that gap shows up in production reviews, and they end up tuning rules until the router sends most prompts to premium anyway — at which point the cost savings disappear. With 2 GitHub stars and no open issues at time of curation, the community is effectively zero. When a routing edge case surfaces in production — and it will — there is no forum thread, no maintainer response history, and no third-party fix to pull. Teams with low tolerance for debugging undocumented behavior switch to a more established local proxy with an active issue tracker.

Bottom line

Baton and Switchboard are closely matched on pricing model, openness, and API availability — pick by feature set and platform support in the table above.

Frequently asked questions

What is the difference between Baton and Switchboard?

Baton is Free and open source, while Switchboard is Free and open source. Compare pricing, free trial, API, platforms, and pros/cons in the table above on AIDiveForge.

Is Baton better than Switchboard?

It depends on your workflow. Use the side-by-side attributes (pricing, open source, API, self-hosted, platforms) to decide. AIDiveForge does not rank a universal winner — we publish verified facts so you can choose.