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threshold
Gates commitment on irreversible decisions by measuring reversal cost and enforcing proportional exploration depth.
用 Codex 或 Claude 帮你安装 复制这段 Prompt,粘贴到 Codex、Claude 或其他助手里,让它检查 Skill 页面并帮你完成安装。
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Gates commitment on irreversible decisions by measuring reversal cost and enforcing proportional exploration depth.
用 Codex 或 Claude 帮你安装 复制这段 Prompt,粘贴到 Codex、Claude 或其他助手里,让它检查 Skill 页面并帮你完成安装。
基于 SOC 职业分类
Designs API contracts for consumer experience first — making correct usage obvious and incorrect usage impossible.
Replaces adjectives with evidence, claims with demonstrations, and promises with proof for conversion-oriented writing.
Forces the model to build a genuine prosecution case against its own answer before delivering it.
Detects and corrects objective drift during extended tasks by periodically checking work against the original request.
Decides whether to ask clarifying questions or proceed with an answer, optimizing for information value vs. delay cost.
Self-selects and sequences the right depth-skills proportional to task consequence, preventing both under- and over-analysis.
| name | threshold |
| codename | THRESHOLD |
| internal | Commitment Gateway |
| version | 1.1 |
| tier | governance |
| trigger | ["should we go with","let's just do","final decision","any schema change","any public API contract","any irreversible deployment"] |
| description | Gates commitment on irreversible decisions by measuring reversal cost and enforcing proportional exploration depth. |
| author | Kshitijpalsinghtomar |
| tags | ["decisions","irreversibility","commitment","gates","reversal-cost"] |
| artifacts | ["threshold-classification","depth-requirement","termination-gates","exit-plan"] |
| composable_with | ["adversary","diverge","temporal","conductor"] |
Not all decisions deserve the same depth. A CSS color choice and a database primary key choice are not the same decision — but without this skill, the model treats them with roughly equal cognitive investment.
This skill creates the gate between thinking and committing. It measures the reversal cost, enforces proportional exploration, and requires an exit plan before any high-cost commitment.
You are about to give a quick, confident answer to a decision that:
Uniform depth — treating all decisions with the same level of analysis — systematically under-invests in the decisions that matter most.
THRESHOLD CLASSIFICATION
────────────────────────────────────────
Decision: [what is being decided — one sentence]
Reversal cost: [Category 1 / 2 / 3 / 4]
Category 1 — TRIVIAL (minutes, no coordination):
Variable names, file organization, CSS values, config
Category 2 — MODERATE (hours to days, some coordination):
Indexes, internal API shapes, library versions, service boundaries
Category 3 — EXPENSIVE (days to weeks, significant coordination):
Database schemas, public API contracts, auth systems, data formats
Category 4 — CATASTROPHIC (weeks to months, or impossible):
Primary keys, data deletion, published standards, architecture at scale
Reversal timeline: [minutes / hours / days / weeks / months / never]
Blast radius: [self / team / users / ecosystem]
────────────────────────────────────────
When uncertain between two categories, pick the higher one. The cost of overthinking a reversible decision is wasted time. The cost of underthinking an irreversible one is permanent damage.
Artifact: The classification. Step 2 uses this to set the required depth.
Based on the classification:
DEPTH REQUIREMENT
────────────────────────────────────────
Category 1 — STANDARD:
→ 1 approach is sufficient. Move fast.
→ Skip remaining steps. Deliver.
Category 2 — ELEVATED:
→ 2 approaches minimum before committing.
→ Document rollback path (1-2 sentences).
→ Run G1-G3 gates (Step 3).
Category 3 — MAXIMUM:
→ 3 approaches minimum (use DIVERGE skill).
→ Full ADVERSARY review of chosen approach.
→ Written rollback plan (Step 4).
→ Run ALL gates G1-G6 (Step 3).
Category 4 — MAXIMUM-PLUS:
→ All Layer 0 skills activated (DEEP-THINK → DIVERGE → ADVERSARY).
→ No commitment without explicit user confirmation.
→ Written rollback plan with timeline and dependencies (Step 4).
→ Run ALL gates. No exceptions.
────────────────────────────────────────
Artifact: The depth requirement. Step 3 enforces it.
Before any answer ships at Category 2+, these gates must pass. Write the result for each required gate:
TERMINATION GATES
────────────────────────────────────────
G1 — Problem fidelity:
Can I restate the user's intent (not just their words)?
[PASS — restatement: ___] / [FAIL — unclear because ___]
G2 — Alternative coverage:
Were at least [2/3] materially different approaches considered?
[PASS — approaches: ___] / [FAIL — only [N] considered]
G3 — Assumption exposure:
Are critical assumptions named and rated (C2/C3 from EXCAVATE)?
[PASS — assumptions listed] / [FAIL — assumptions not surfaced]
G4 — Failure-mode analysis: (Category 3+ only)
Are failure paths identified, not just the happy path?
[PASS — failures: ___] / [FAIL — only happy path]
G5 — Reversibility plan: (Category 3+ only)
Is the exit plan written (Step 4)?
[PASS — plan written] / [FAIL — no exit plan]
G6 — Decision rationale: (Category 3+ only)
Can I explain why the chosen option beats alternatives under
THESE SPECIFIC constraints?
[PASS — because: ___] / [FAIL — generic reasoning]
────────────────────────────────────────
Any FAIL → return to the relevant step and complete it before shipping. The gate exists because coherence is not completion and confidence is not evidence.
Artifact: The gate results. Failed gates block delivery.
EXIT PLAN
────────────────────────────────────────
If this decision turns out wrong, reversal requires:
Steps:
1. [specific action]
2. [specific action]
3. [specific action]
Timeline: [estimated reversal time]
Data risk: [what could be lost or corrupted during reversal]
Dependencies: [what/who must coordinate]
Early signal: [what observable sign indicates this decision is going wrong]
────────────────────────────────────────
If you cannot write the exit plan — you don't understand the decision well enough to make it. Return to exploration.
This skill creates automatic depth-scaling. Trivial decisions get fast answers. Irreversible decisions get deep exploration. The gateway prevents the most expensive class of error: confident, fast, wrong, and permanent. Stopping is a decision — this skill ensures it's a considered one.