Claude Conductor: a documentation scaffold for Claude Code projects

What Claude Conductor actually produces

The project describes itself as a lightweight and modular documentation framework for AI-assisted development with Claude Code. That framing is accurate but easy to misread. Claude Conductor does not run your code, wrap the Claude Code binary, or intercept prompts. It writes files.

The default run drops five documents into the target directory: CONDUCTOR.md as a master navigation hub, CLAUDE.md as assistant guidance, ARCHITECTURE.md, BUILD.md, and a JOURNAL.md that the README says is created automatically. The --full flag expands that to thirteen templates, adding API.md, CONFIG.md, DATA_MODEL.md, DESIGN.md, UIUX.md, TEST.md, CONTRIBUTING.md, ERRORS.md, PLAYBOOKS/DEPLOY.md and TASKS.md.

The intended reader is a developer who keeps a Claude Code session open against a real repository and is tired of re-explaining the same structure at the start of every session. Pointing the assistant at a fixed CONDUCTOR.md is cheaper than pasting an architecture summary into the prompt each time. The README also addresses newcomers directly, with a note aimed at vibe coders that the backup warnings are standard open source practice rather than a sign of danger.

The scaffolding mechanism and where the analysis comes from

The package ships a bin entry that maps both claude-conductor and claude-conduct to bin/init.js, so the two names are the same program. It is a Node script built on commander for argument parsing, fs-extra for file writes, glob for finding files, and chalk for terminal output. The published package.json lists only those four runtime dependencies, which is a small surface for a tool that touches your repository.

According to the README, the tool analyzes your codebase to pre-populate documentation. A --deepscan flag performs what the README calls a deep codebase analysis, described as slower but more detailed. The README does not document what the deep scan inspects beyond that phrase, so treat the output as a draft that needs editing rather than a finished description of your system.

Generation is a one-shot write. There is no watch mode and no daemon. The only state the tool keeps between runs is the files it left on disk, which is why --force exists: rerunning without it will not clobber what is already there.

The framework's navigation idea is that documents reference each other and carry line numbers, anchors and keywords so an assistant can jump between them. Whether that helps depends on how faithfully you update the files after the initial run.

Installing Claude Conductor and running a first scaffold

Node.js 20.0.0 or higher is required. The README notes that version 2.0.0 and later raised the floor because Node 18 reached end-of-life in April 2025, and that anyone who must stay on Node 18 should pin to claude-conductor@2.1.x.

The fastest path is npx, which downloads and runs the CLI without a permanent install:

npx claude-conductor

Run it from the project root and you should see the core templates written into that directory. If you want the full set of thirteen templates instead, pass --full:

npx claude-conductor --full

To scaffold a different directory, pass a path. The README shows both relative and absolute forms:

npx claude-conductor ./my-project
npx claude-conduct ~/projects/myapp

The short alias claude-conduct behaves identically. For repeated use across repositories, a global install exposes the command everywhere:

npm install -g claude-conductor

The README also lists pnpm add -g claude-conductor, yarn global add claude-conductor and bun add -g claude-conductor as equivalents. After a global install you can run claude-conduct /path/to/your/project without changing directories first.

There is a second subcommand, checkup, which the README describes as a security checkup and which accepts a path:

npx claude-conductor checkup
npx claude-conduct checkup -p ./src

After the first run, open CONDUCTOR.md and CLAUDE.md and correct anything the analysis got wrong before you rely on them in a session.

The journal, error ledger and task tracking are the parts that age

Three of the generated files are not reference documents but running records. JOURNAL.md is described as a development changelog with an auto-archiving system. ERRORS.md is a dedicated error ledger for critical errors. TASKS.md, added in the 2.x line, tracks active tasks with phase tracking and context preservation.

These are the files that decide whether the framework pays off. A static architecture document can sit unchanged for months and still be roughly right. A journal that nobody appends to, or a task file that still lists work finished three weeks ago, actively misleads an assistant that reads it as current state. The README's best practices section exists for this reason, but the tool itself cannot enforce it. Nothing in the package verifies that JOURNAL.md was updated after a commit.

The auto-archiving behavior in JOURNAL.md is the one mechanism that pushes back against unbounded growth, and the README does not spell out the threshold at which entries move to an archive. If you plan to keep a long-lived journal, read the generated file after the first run to see how it is structured before you commit to the format.

Where Claude Conductor is the wrong tool

The most obvious failure mode is running it in a repository that already has a documentation convention. The tool writes fixed filenames at the project root. If you already maintain an ARCHITECTURE.md with your own structure, a default run will either skip it or, with --force, overwrite it. The README does not document a merge behavior or a way to remap template names, so the choice is between skipping the file and losing your version.

The second limitation is maintenance cost. Every generated file is a document a human is now responsible for. On a small script or a throwaway prototype, thirteen Markdown files are more overhead than the assistant guidance they provide, and the core five are probably still too many.

The third is the maintainer situation, which the README states plainly in an open source project notice: the software is maintained by one individual in their free time, and the notice says that is not much time at the moment. Releases exist (v2.2.0 landed on 2026-03-31 with the subtitle Security Hardening & Node 20, following v2.1.0 and v2.0.1 on 2026-02-28), and the last push to the repository was on 2026-05-17. That is a real gap rather than an abandoned project, but it is not a cadence you should assume will answer an issue quickly.

Finally, the tool is Claude Code specific in its framing. If your team uses a different assistant or none at all, the CLAUDE.md and CONDUCTOR.md conventions buy you less than a plain README and an architecture note would.

Claude Conductor compared with hand-written project docs and Claude Anchor

The honest alternative is doing nothing: write a README, keep an architecture note, and paste the relevant part into your assistant when needed. That costs nothing to install and never goes stale in a way you did not cause. What Claude Conductor adds is structure and cross-references. The generated files carry line numbers, anchors and keywords so an assistant can move between them, and the split into CONDUCTOR.md, ARCHITECTURE.md, BUILD.md and the rest means a session can load only the part it needs instead of one long document. If your project is small enough that a single README covers it, the scaffold is overhead.

The README points to a companion project, Claude Anchor, described as a behavioral framework. The distinction matters: Conductor is about the documents that describe your project, Anchor is about how the assistant behaves. They are not substitutes, and installing Conductor does not give you whatever Anchor provides.

Worth noting for anyone searching for alternatives: the name Conductor is shared with unrelated systems, including Netflix Conductor, a workflow orchestration engine. Those results have nothing to do with this package, and the README makes no claim of a relationship to them.

Licence, upgrade cost and what the repository does not promise

The npm package metadata in package.json declares "license": "MIT", while the repository's LICENSE file and the GitHub metadata identify BSD-2-Clause. Both are permissive and neither imposes a copyleft obligation on your own code, but the two sources disagree, so if you need a definitive answer for a compliance review, read the LICENSE file in the repository rather than the package field. Nothing here is legal advice.

Upgrading is cheap in the normal case. The package installs as a CLI and writes Markdown, so removing it means deleting the files it created. The one upgrade that bites is the Node floor: 2.0.0 and later require Node 20, and the README's stated escape hatch is pinning to claude-conductor@2.1.x on Node 18. The 2.2.0 release title points at security hardening, which is a reason to move forward rather than pin, if your runtime allows it.

The README does not document rollback, an uninstall command, or a way to regenerate a single template without touching the others. The only overwrite control it documents is --force, which is all-or-nothing across the files it manages.

Editorial conclusion

Adopt Claude Conductor if you already drive Claude Code from the terminal and want a fixed set of Markdown files that describe architecture, build commands and tasks in one predictable place. Skip it if your project already has a documentation system you maintain, or if you are on Node 18, where the README says to pin to claude-conductor@2.1.x. Before running it, confirm your Node version, read the generated CONDUCTOR.md to see whether the analysis matches your actual layout, and commit the result so the diff is reviewable.

Frequently asked questions

Official sources

1. License: BSD-2-Clause
2. Project website
3. README
4. Releases
5. superbasicstudio/claude-conductor on GitHub