agent-isolation

Using per-agent Git worktrees prevents parallel AI agents from corrupting shared repositories by giving each agent an isolated workspace and branch. This ensures safe staging and verifies that only intended files reach the merge gate.

Git worktree isolation works by creating and enforcing a separate working tree and branch for each parallel AI agent, including read-only auditors. This prevents cross-contamination of staged diffs and protects shared append-only collaboration artifacts.

The best way to verify mutations and staged diffs from parallel code generation is to require explicit-path staging and validate the staged diffs. This confirms edits actually landed and halts execution when unexpected HEAD movement or file changes are detected.

Yes, you can use per-agent worktree isolation and mutation verification for both feature development and repository audits. The approach applies to code fixes, verification tasks, and orchestrated parallel agent workflows involving shared source trees.

Explicit-path staging matters for safe change management because it bans destructive repository-wide commands and protects shared append-only artifacts. It ensures parallel agents only stage intended files, preventing unintended changes from being attributed to the wrong task.