frontier-plan-opencode-executor

Safely executing multi-step AI plans requires reality-checking each step against the real repository before editing code. This skill breaks plans into verifiable, incremental steps, inspects diffs, and requires explicit user approval for any destructive or high-risk action.

Stepwise verification for frontier AI plans is a process that validates each implementation step against the real repository before applying edits. It enforces incremental execution, inspects diffs to prevent drift, and blocks dangerous operations unless explicitly approved.

To prevent frontier AI from diverging from your actual repository, you reality-check generated plans against existing file paths, libraries, and APIs before edits. This skill confirms repository context upfront and enforces incremental diff inspection during execution.

Yes, you can use this skill to execute plans authored by frontier AIs like Claude Opus or GPT-5. It applies strict safety rules and real-repo reality checks to multi-step plans, ensuring that high-risk or destructive operations require explicit user approval before proceeding.

Inspecting code diffs during incremental AI plan execution involves validating each step against the repository and reviewing the resulting diff. This skill enforces stepwise verification, allowing you to catch drift and prevent dead-end work before changes are finalized.

You should require explicit approval for destructive code changes in AI execution when applying frontier plans that involve high-risk operations. This skill blocks dangerous actions by default, enforcing stepwise verification and diff inspection to prevent destructive changes unless you explicitly approve them.