Executing Plans
Independent PiSkill directory guide. The original skill remains hosted by Superpowers.
What is Executing Plans?
Executes a written implementation plan systematically, tracks task progress, runs the required checks, and stops when blockers or failed verification make continued execution unsafe.
What does Executing Plans do?
Executing Plans is a Superpowers skill for taking a written implementation plan and carrying it out in controlled batches. It is designed for situations where the planning work is already complete and the priority is disciplined execution, verification and review checkpoints.
Who is Executing Plans best for?
- AI agents executing a previously approved engineering plan
- Teams that want checkpoints during autonomous implementation
- Long tasks where work should proceed in batches
- Developers who want plan adherence and explicit blocker handling
Common use cases
- Execute the next group of tasks in an implementation plan
- Run verification after each batch
- Pause for review before continuing
- Stop when a blocker makes the current plan invalid
How does Executing Plans work?
The skill loads the plan, checks it for problems, executes a limited batch of tasks and runs the specified verification. It then reports progress and waits for feedback before continuing, rather than blindly completing the entire plan in one uninterrupted run.
Key benefits
- Keeps execution tied to an approved plan
- Creates review checkpoints during longer work
- Makes blockers visible before more code is changed
- Supports incremental verification and progress reporting
Things to know
- It assumes a written plan already exists
- Overly rigid adherence is harmful if the plan becomes invalid
- Batched execution can add overhead for very small changes
Compatible tools
Frequently asked questions
What is the difference between Writing Plans and Executing Plans?
Does Executing Plans run everything at once?
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Turns an approved software design into an execution-ready implementation plan with small tasks, dependencies, test cycles, file-level changes, and verification steps.
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