Skip to content
alyn
tjboudreaux

Thinking Socratic skill

When a request is vague, assumption-laden, or "obvious," ask the few load-bearing questions that expose hidden requirements before building or committing.

$npx skills add tjboudreaux/cc-thinking-skills --skill thinking-socratic
View this skill on GitHubtjboudreaux/cc-thinking-skills/skills/thinking-socratic/SKILL.md
Pack stars
1,724
Pack installs
20k
Alyn Score
53/99
Updated
3 months ago
License
MIT
– views – installs via Alyn

Install Thinking Socratic

Pick your agent. Every command is ready to paste.

$npx skills add tjboudreaux/cc-thinking-skills --skill thinking-socratic

The open skills CLI detects your agents (Claude Code, Cursor, Codex and 70+ more) and installs to the right folder. Add -g to install globally.

01

Install it

Run the command above, or upload the folder in Claude.

02

Ask naturally

Describe the task. Your agent loads thinking-socratic when the request matches its description.

03

Name it if needed

If it does not trigger, say “use the thinking-socratic skill”. In Codex, type $thinking-socratic.

The skill itself

SKILL.md

FolderGitHub

Socratic Questioning

Core rule: Surface the load-bearing assumption or undefined term before you build. Ask only what you cannot resolve yourself; stop when the next action is decision-ready.

When to Use

  • Request is underspecified ("make it fast", "add a dashboard", "fix the bug") and a guess would misbuild.
  • Claim rests on an unstated assumption that may be the real problem.
  • Someone treats a premise as "obvious" or jumps to a solution before the problem is defined.
  • Debugging a vague symptom that needs a checkable specific before investigation.

When NOT to Use

  • Spec is already clear and actionable — do the work; do not interrogate for theater.
  • Ambiguity is resolvable by reading code, running a command, or checking docs — resolve it yourself.
  • Mid-execution of an agreed plan — re-questioning every step is friction, not rigor.
  • Emergency where one load-bearing fact is enough to act — clarify that fact, then act (prefer ooda).
  • You need the strongest opposing case, not clarification — use steel-manning.
  • You need causal chain depth on a defined failure — use five-whys-plus or scientific-method.

Procedure

  1. Name the gap. State what is undefined, assumed, or uncheckable. If you can fill it from tools/repo without the user, do that and stop.
  2. Ask the load-bearing question first. Prefer one question whose answer most changes what you will build. Categories (use only what the gap needs):
    • Clarification — "What does X mean / for whom / success looks like?"
    • Assumption — "What must be true? What if it is false?"
    • Evidence — "What supports this? What would disprove it?"
    • Perspective — "Who is affected / who would disagree?"
    • Implication — "What follows if we do this?"
    • Meta — "Is this the right question?"
  3. Resolve or branch. From the answer, either (a) write the clarified requirement/decision and proceed, or (b) ask at most one follow-up that still gates the work. Do not run all six categories by default.
  4. Make assumptions explicit. Restate: "This assumes X; success means Y; out of scope is Z." Confirm only if still ambiguous after your restatement.
  5. Stop at decision-ready clarity. When the next action no longer depends on a hidden premise, end questioning and act or hand off. Cap user-facing questions tightly; prefer batching the few that truly gate work.

Output

gap: <what was vague or assumed>
resolved_by: self | user | mixed
questions_asked:
  - <only questions actually needed>
assumptions_made_explicit:
  - <X must be true / success = Y>
clarified_requirement: <decision-ready statement>
next_action: <build | investigate | re-scope | stop>
stop_reason: clear_enough | self_resolved | blocked_on_<fact>

Verification

  • Falsify / stop: If answers do not change the plan, you asked non-load-bearing questions — stop interrogating. If the "clarification" is still a guess, do not build; name the remaining blocker.
  • Over-application guard: Do not Socratic-interview a well-specified task. Do not outsource facts you can read or measure. Do not turn every step of execution into a new question round.

Tips for Thinking Socratic

  • • Start a fresh session after installing so your agent picks up the new skill.
  • • It is part of a pack with 28 skills. Install only the ones you need with --skill to keep triggers precise.
  • • If two skills overlap, mention the one you want by name.

Questions about Thinking Socratic

What does the Thinking Socratic skill do?

When a request is vague, assumption-laden, or "obvious," ask the few load-bearing questions that expose hidden requirements before building or committing.

How do I install Thinking Socratic?

Run "npx skills add tjboudreaux/cc-thinking-skills --skill thinking-socratic" in your project. The skills CLI installs it for Claude Code, Cursor, Codex and 70+ other agents. In Claude on the web, upload the skill folder as a ZIP under Customize > Skills.

Does Thinking Socratic work in Cursor and Codex?

Yes. Thinking Socratic uses the open SKILL.md format, so it works in Claude Code, Claude, Cursor, OpenAI Codex, Gemini CLI, GitHub Copilot and other agents that support agent skills.

Is Thinking Socratic free?

Thinking Socratic is open source on GitHub under the MIT license. It is free to install; check the license before commercial use.

Who made Thinking Socratic?

Thinking Socratic is published by tjboudreaux in the tjboudreaux/cc-thinking-skills repository, together with 27 other skills.

Similar skills. From other creators.