WORKFLOW

Claude Code project management

Claude Code project management as a workflow: run Claude from project cards, schedule tasks and review results before you accept them.

Claude Code project management starts from an ordinary observation: Claude Code is a terminal agent, and a terminal session knows nothing about your backlog. You open it in a repository, describe a task in your own words, and it works. That is excellent for a single focused change and awkward for a project with forty open items, three of them blocked and one waiting on a decision. You end up keeping the plan in a notes file or your head, retyping context, and trusting the agent's own statement that it finished. A project workflow puts a record in front of the session. The record says what the task is, what files it may touch, what done looks like and who reviews it, and the session becomes one step in a loop that ends with a human decision. This page walks that loop and describes what Liquid Brain adds to it.

How Claude Code behaves on its own

Claude Code runs in your terminal against your working directory. It reads files, proposes edits, runs commands and asks permission for actions according to how you configured it. It also offers a plan mode in which it reasons about a task without making changes, which is a good way to see its intended approach before anything is written. A project instruction file is read at the start of a session. What it does not provide is a project view. It has no built in notion of which tasks exist, which are ready, or which finished yesterday. Each session is a fresh conversation unless you resume one. That is by design: the tool is a capable worker, not a planner. Anything that organizes work across sessions has to come from outside it, which is where a card, a board or a harness enters the picture.

A workflow around the session

A dependable loop has four steps. First, write the task as a record with a clear outcome, scope and completion criteria. Second, start the session with that record as its context, ideally in a read-only or planning stance first, so you can check the approach. Third, let the agent do the work inside declared boundaries. Fourth, inspect the result against the criteria and accept or reject it yourself. The agent finishing is an event, not a verdict. A clean exit code tells you the process ended, and a diff tells you what changed, but neither tells you the change is correct. The discipline is to keep the acceptance decision with a person and to record what ran, so a later session or reviewer can see the attempt rather than reconstruct it from a scrollback buffer.

Running Claude from a Liquid Brain card

In Liquid Brain you can open Claude from the card itself, with its working context close at hand [C1b]. A card offers a start action with a project folder and a choice of agent, and a read-only style assessment option exists for reading context and proposing next steps before any implementation [C1b]. Explicit scheduled tasks can run review or work, with readiness and authority checks before execution [C1c]. Proposed scope stays separate from approved execution authority [N09]. Configured command guards and scope controls check work against declared boundaries [C5]. Afterwards, recorded attempts and outcomes stay with the card [C4], and accepted harness work lands in a review state rather than done by default [C4]. All of this requires a configured, compatible Claude CLI on your computer [C1b]. Liquid Brain organizes and constrains the work. Claude still performs it.

HOW LIQUID BRAIN DOES IT

Around Claude Code, Liquid Brain provides a project record: you create the card and describe scope and completion criteria [C1a]. You open Claude from the card with its working context close at hand [C1b], or schedule an explicit review or work task with readiness and authority checks before it runs [C1c]. The approved execution authority stays separate from the scope you proposed [N09], and configured command guards and scope controls check the work against declared boundaries [C5]. Attempts, outcomes and reported usage are recorded with the work [C4], so you review the result before accepting it. Claude Code must already be installed and configured on your computer [C1b].

C1b Card-linked terminals
Open Claude or Codex from a card, with its working context close at hand. Evidence: Implemented; retained synthetic native checks
C1c Scheduled review/work
Schedule explicit review or work tasks, with readiness and authority checks before execution. Evidence: Implemented; final-candidate terminal task tests retained
N09 Execution grants
Keep proposed card scope separate from approved execution authority. Evidence: Implemented; final authority/revocation tests retained
C5 Protection hooks
Use configured command guards and scope controls to check work against declared boundaries. Evidence: Implemented; final-candidate hook tests retained
C4 Harness gates and usage
Run work through verification gates and keep recorded attempts, outcomes and reported usage with the work. Evidence: Implemented; source and retained usage evidence
C1a Board and card actions
Create project cards, edit their details, and track work through the board. Evidence: Owner-observed creation and moves; source-reviewed editing

QUESTIONS

Does Liquid Brain replace Claude Code?
No. Your configured Claude CLI still does the work, and Liquid Brain organizes the cards, supplies context and records outcomes around it. You need Claude Code installed, configured and working on its own before a card can open a session from it [C1b]. Nothing here changes how Claude Code itself behaves inside the session.
Can Claude Code run on a schedule?
On its own it is an interactive terminal tool. Liquid Brain lets you schedule explicit review or work tasks with readiness and authority checks [C1c], but the Desk must be running, and a terminal exit is not proof the work was completed.
How do I review what Claude Code changed?
Compare the change against the card's completion criteria, not only the diff, because a diff is not proof of correctness. Check that the touched files stayed inside the declared scope, look for the evidence that the relevant check ran, and then decide. Liquid Brain keeps recorded attempts and outcomes with the work so you can inspect them before accepting [C4].

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