Claude Code session history can restore the conversation context of an interrupted investigation, and its checkpoints can rewind some edits made through Claude’s file-editing tools. It cannot roll back a deployment or replace Git, backups, or your team’s incident-recovery process. Here are three practical ways to use it—and the boundaries to keep in mind.
How do I resume a Claude Code session?
When a production investigation is interrupted, resuming the Claude Code conversation can bring back its investigative context so you can continue reasoning from where you left off. From the project directory, use claude --continue or its shortcut claude -c to continue the most recent conversation in that directory. To select a particular session by ID or name, use claude --resume <session> or claude -r <session>. See Anthropic’s CLI reference.
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Resuming a conversation does not restore the working tree to an earlier state, bring back a prior production deployment, or guarantee that files have not changed since the session. Check the repository and running system independently before acting on the restored context.
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Claude Code checkpoints code state before each prompt that starts a turn. To open the rewind menu, enter /rewind, or press Esc twice while the prompt is empty. Depending on what the selected checkpoint captured, the menu can restore code and conversation together, restore only code, restore only conversation, or summarize the conversation from or through a chosen point. Code-restore options appear only when there are tracked file changes to revert. Anthropic documents the behavior in its Checkpointing guide.
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For example, after asking Claude to make a targeted fix, you might spot an unintended edit when reviewing the diff. If that edit was made through Claude’s file-editing tools and is present in a checkpoint, rewinding the code can help undo it. A conversation-only rewind changes the conversation context, not files on disk. Summarizing conversation context likewise does not change files; the original messages remain in the transcript.
Where rewind stops
- Bash commands: edits made by shell commands such as
rm,mv, orcpare not tracked by checkpointing and will not be undone by rewind. - Subagents: most subagent edits are not restored. Anthropic documents a narrow exception for a foreground forked-skill case; do not assume other subagent changes will be rewound.
- Other edits: manual changes and changes from other concurrent sessions are normally outside the checkpoint, unless they happen to modify the same files as the current session.
- Linked files: code restore skips symlinked and hard-linked files.
- Expired snapshots: snapshots are kept for the 100 most recent checkpoints in a session and are also subject to cleanup. By default, cleanup removes them about 30 days after the session last saved one;
cleanupPeriodDayscan change the cleanup period. If snapshots are gone, rewind may report “No files were restored.”
These limits mean rewind is a short-range undo for captured edits, not a way to reverse every side effect of debugging or repair every bad change.
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Does Claude Code session history replace Git?
No. Session history is useful for conversational continuity and quick recovery of certain edits. Git provides durable code history and collaboration through deliberate commits and branches. A Git commit alone does not roll back a live service; production recovery also depends on the team’s release, deployment, backup, and incident procedures.
| Recovery need | Claude Code session history and checkpoints | Git and production recovery |
|---|---|---|
| Main purpose | Resume conversation context and rewind certain tracked session edits | Preserve code history and support collaboration; deployment rollback depends on the team’s release system |
| What it captures | Conversation and certain edits made through Claude’s file-editing tools | Committed code and explicit branch or commit history; live-system recovery requires an appropriate deployment or backup workflow |
| Important gap | Does not reliably capture Bash changes, most subagent changes, external or concurrent edits, or linked paths | Requires deliberate commits and a suitable deployment and recovery workflow |
| Retention | Subject to local transcript and checkpoint cleanup settings | Governed by repository and organizational retention practices |
| Best use | Convenience and short-range session recovery | Durable code history; pair it with deployment safeguards for operational recovery |
After reviewing and accepting a fix, preserve it through your normal Git workflow and use the team’s established release process. Anthropic puts the distinction plainly in its Checkpointing documentation: “Checkpoints are designed for quick, session-level recovery. For permanent version history and collaboration, continue using version control, such as Git, for commits, branches, and long-term history.”
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What happens to Claude Code session history and its data?
Session history involves both local files and, depending on the account and settings, server-side data handling. Claude Code stores local session transcripts in plaintext under ~/.claude/projects/ for 30 days by default to enable resumption; the cleanup period is configurable. Checkpoint snapshots have their own retention limit and cleanup behavior, so the transcript and rewindable file snapshots should not be treated as the same thing.
Anthropic’s Data usage documentation describes standard 30-day server-side retention for commercial Team, Enterprise, and API users, subject to account eligibility and settings. Qualified Claude for Enterprise organizations may have zero data retention enabled by their account team. Consumer account retention depends on model-improvement data settings. Confirm the policy that applies to your provider, plan, and organization before using sessions with production source code or credentials.
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Session history can reduce the friction of picking up an investigation or undoing certain tracked edits. It is not a production-recovery guarantee: keep the durable code record in Git and rely on your team’s deployment and backup controls to recover services.
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