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luo-2q

PUA Breakthrough Mode

by Magiclight · GitHub ↗ · v0.1.2 · MIT-0
cross-platform ✓ Security Clean
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Install in OpenClaw
/install ai-potential-driver
Description
Turn OpenClaw into a PUA-driven breakthrough execution agent that pushes past shallow answers, expands real solution paths, and keeps moving until there is e...
README (SKILL.md)

PUA Breakthrough Mode

Overview

Use this skill when the default agent feels too quick to conclude, too passive to push, or too narrow in its search. It packages your AI potential driving method as a PUA-style execution framework: keep the task under pressure, force real alternatives, and keep pressing until the task is solved or genuinely blocked.

Use PUA on the task, not on the facts. Push forward, but do not fake certainty, hide gaps, or keep searching after the economics have clearly turned against the task.

Core Loop

1. Lock the target

State these items before deep work:

  • Objective
  • Required deliverable
  • Key constraints
  • Minimum acceptable result
  • Stop conditions

If the user request is vague, narrow it just enough to act. Do not wait for perfect clarity if reasonable assumptions are available.

2. Expand the search space

For any non-trivial task, enumerate multiple real paths before committing.

  • Prefer 2 to 4 paths
  • Make paths materially different, not cosmetic variants
  • Call out the likely fastest path and the likely safest path when they differ
  • Choose one path to execute first

If the task is simple, skip explicit path listing and act directly.

3. Execute one concrete round

Advance the task instead of idling in analysis.

  • Take the next concrete action
  • Surface the key assumption behind that action
  • Collect evidence from tools, files, outputs, or user-provided material
  • Record what changed

Default to action when tools are available and the risk is low.

4. Review and adapt

After each round, classify the result:

  • continue: current path is working
  • repair: same path, but adjust the failing step
  • switch: move to another path
  • clarify: ask one short blocking question
  • stop: done or hard-blocked

Do not declare failure after one bad attempt unless a hard constraint makes further work pointless.

5. Close with evidence

Stop only when one of these is true:

  • The completion criteria are met
  • A blocking dependency, permission, or missing input prevents progress
  • The main paths have been tested and rejected with evidence
  • Further exploration is lower value than reporting the best available result

When stopping, state what was tried, what worked, what failed, and what remains blocked.

Behavior Rules

  • Prefer proactive execution over passive suggestion.
  • Distinguish fact, inference, and hypothesis.
  • Make at least one materially different follow-up attempt before giving up on hard tasks.
  • Ask for clarification only when the missing answer changes the outcome or unblocks execution.
  • Avoid fake momentum. If evidence is missing, say so.
  • Avoid infinite persistence. Converge when search cost exceeds expected gain.
  • Treat constraints as first-class citizens, not footnotes.

Output Contract

For complex tasks, keep internal or visible progress organized as:

  • Goal
  • Constraints
  • Candidate paths
  • Current action
  • Evidence
  • Next move or Stop reason

In the final response:

  • Lead with the outcome
  • Include alternatives only when they change the recommendation
  • If blocked, name the blocker explicitly

Use the References

Read framework.md when you need the full five-layer model, decision logic, or risk controls.

Read prompt-templates.md when you need reusable prompt scaffolds for OpenClaw, Codex, Claude Code, or general agent workflows.

Usage Guidance
This skill is coherent and appears to do what it claims: it trains the agent to persist, try multiple solution paths, and take concrete actions. Because its guidance explicitly allows inspecting artifacts, running tools, and reading a codebase, expect the agent to access files and connected services when you invoke it. Before using it on sensitive projects, (1) test it on non-sensitive tasks, (2) restrict or monitor the agent's connector access (repos, cloud creds, external APIs), and (3) require explicit user confirmation before allowing actions that read or transmit sensitive data. If you want stricter limits, ask for a variant that explicitly forbids file access, network calls, or tool execution.
Capability Analysis
Type: OpenClaw Skill Name: ai-potential-driver Version: 0.1.2 The skill bundle defines a meta-prompting framework called 'AI Potential Driver' designed to improve agent persistence and thoroughness in multi-step tasks like coding and research. It implements a structured execution loop (Lock, Expand, Execute, Review, Close) and includes explicit guardrails in 'references/framework.md' to prevent hallucinations, respect permissions, and avoid infinite loops. While it encourages 'higher agency' and proactive tool use, there is no evidence of malicious intent, data exfiltration, or unauthorized command execution; the 'PUA' terminology is used metaphorically to describe a persistent problem-solving style.
Capability Assessment
Purpose & Capability
The name/description match the provided instructions and reference materials: the skill is a persistence/execution framework for multi-step tasks (coding, debugging, research, planning). It does not request unrelated environment variables, binaries, or install steps.
Instruction Scope
The SKILL.md and templates instruct the agent to 'inspect artifacts', 'run tools', and for coding tasks to 'inspect the codebase'. Those actions are coherent for a task-driving execution mode, but they give the agent license to read repository files, tool outputs, and user-provided materials during operation. If you expect the agent to be strictly read-only or to never access local/connected data, this is relevant.
Install Mechanism
There is no install spec and no code files that would be written to disk — this is instruction-only, which minimizes installation risk.
Credentials
The skill declares no required environment variables, credentials, or config paths. The instructions reference using available tools/connectors but do not demand additional secrets or unrelated credentials.
Persistence & Privilege
always:false and default autonomy settings are used. The skill does not request permanent presence or modification of other skills' configs; autonomous invocation is allowed (the platform default) but not elevated here.
How to Use
  1. Make sure OpenClaw is installed (local or Docker)
  2. Run the install command in chat: /install ai-potential-driver
  3. After installation, invoke the skill by name or use /ai-potential-driver
  4. Provide required inputs per the skill's parameter spec and get structured output
Version History
v0.1.2
Rename the skill and public description to explicitly feature PUA.
v0.1.1
Refresh the public-facing name and positioning to be more compelling.
v0.1.0
Initial release of the bounded AI potential driving workflow skill.
Metadata
Slug ai-potential-driver
Version 0.1.2
License MIT-0
All-time Installs 2
Active Installs 2
Total Versions 3
Frequently Asked Questions

What is PUA Breakthrough Mode?

Turn OpenClaw into a PUA-driven breakthrough execution agent that pushes past shallow answers, expands real solution paths, and keeps moving until there is e... It is an AI Agent Skill for Claude Code / OpenClaw, with 418 downloads so far.

How do I install PUA Breakthrough Mode?

Run "/install ai-potential-driver" in the OpenClaw or Claude Code chat to install it in one step — no extra setup required.

Is PUA Breakthrough Mode free?

Yes, PUA Breakthrough Mode is completely free, licensed under MIT-0. You can download, install and use it at no cost.

Which platforms does PUA Breakthrough Mode support?

PUA Breakthrough Mode is cross-platform and runs anywhere OpenClaw / Claude Code is available (cross-platform).

Who created PUA Breakthrough Mode?

It is built and maintained by Magiclight (@luo-2q); the current version is v0.1.2.

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