Getting Started
View as markdownShelbi is an agent orchestrator for the terminal: a board of tasks, a pool of git workspaces, and an orchestrator that keeps the workspaces loaded with work and shepherds each result back for review. This guide is the shortest path from an empty machine to that loop running on one of your own repositories.
You'll work through it roughly in order (each page assumes the one before it), but the pages stand alone if you already have part of the setup.
You need a repo and an agent CLI
Shelbi drives an existing agent runner (claude, codex, …) against a
git repository you already have. Install
lists the prerequisites; have a repo and an authenticated agent CLI ready
before you start.
The arc
You'll start by installing the binary and setting up a project.
Shelbi checks the repo, runner, tmux, and machine, then shows one detected
plan. Press Enter once to write it and open the dashboard, or press c to
customize the detected values. Then you'll run your first task end to end,
watch a single card cross the board, and review the branch it produces.
From there the guide opens up: a multi-workspace dispatch loop fills the whole pool and runs cards in parallel, review workspaces load a finished branch onto a live dev server so you can click through the change, Zen Mode hands both ends of that loop to the orchestrator, and authoring a custom workflow shows how to reshape the board's routing to your own conventions.
The last page steps back to the model underneath all of it: Workflows, the per-project YAML that declares the statuses a task moves through and the git side-effects that fire on each transition. Read it once here and the rest of the docs (every concept page and every branching-model deep-dive) clicks into place.
Where to go next
- Concepts — the reference pages behind the loop: agents, workspaces, the orchestrator, the events log, and Zen Mode.
- Understanding Workflows — deep-dives that map trunk-based, git-flow, feature-branch, and forking onto a Shelbi Workflow, once you know the workflow basics.