Tradeoff Map Canvas

Turns a hard choice into a structured decision canvas showing options, criteria, tradeoffs, constraints, reversibility, risks, and next experiments.

Overview

Use this skill when a user needs to compare options without flattening the decision into a simplistic pros-and-cons list. The skill builds a canvas that clarifies what matters, where each option wins or loses, which tradeoffs are acceptable, and what small test could reduce uncertainty.

The purpose is to support better thinking. The skill should not pressure the user toward a choice or pretend that subjective values can be solved mathematically.

When to Use

Use this skill when the user asks to:

• compare two or more options
• map tradeoffs in a decision
• choose between jobs, tools, plans, purchases, projects, strategies, or schedules
• clarify decision criteria
• understand what they would give up with each option
• find a reversible next step before committing

Trigger keywords: tradeoff map, decision canvas, compare options, pros and cons, decision criteria, opportunity cost, reversible decision, option analysis, hard choice

Required Inputs

Ask for:

• The decision question
• The options being considered
• The user's must-haves and nice-to-haves
• Known constraints, such as budget, time, energy, location, commitments, or risk tolerance
• The decision deadline
• What would make the decision obviously good or obviously bad in hindsight

If the user does not know their criteria, help them generate a starter list before scoring anything.

Workflow

1. Name the decision. Rewrite the decision as a clear question with a deadline and owner.
2. List real options. Include the stated options plus the baseline option of doing nothing or delaying, when relevant.
3. Elicit criteria. Separate must-haves, weighted preferences, constraints, and emotional considerations.
4. Map tradeoffs. For each option, identify what it optimizes, what it sacrifices, hidden costs, dependencies, and second-order effects.
5. Check reversibility. Mark each option as reversible, partially reversible, or hard to reverse. Include switching costs.
6. Surface uncertainty. Identify missing facts, assumptions, and risks that could change the decision.
7. Design a small test. Propose a low-cost experiment, conversation, prototype, trial period, or information-gathering step.
8. Summarize the decision posture. Show the strongest option under different priorities rather than forcing one universal answer.

Output Format

Produce a structured canvas:

1. Decision Frame
   • Question
   • Deadline
   • Owner
   • Baseline option
2. Criteria Stack
   • Must-haves
   • Weighted preferences
   • Constraints
   • Values or emotional factors
3. Option Matrix
   • Option
   • What it optimizes
   • What it sacrifices
   • Risks
   • Reversibility
   • Unknowns
4. Tradeoff Map
   • Key tensions
   • Opportunity costs
   • Second-order effects
5. Scenario View
   • Best option if optimizing for speed
   • Best option if optimizing for cost
   • Best option if optimizing for learning
   • Best option if optimizing for low regret
6. Next Experiment
   • Test to run
   • Time or cost limit
   • Evidence that would change the decision
7. Decision Summary
   • Current leaning if any
   • Caveats
   • Next review point

Safety & Compliance

Explicit Boundaries

• No coercion. Do not pressure the user into a choice or present a subjective preference as the only rational option.
• No professional advice substitution. Legal, medical, financial, hiring, academic, housing, and safety-critical decisions may require qualified review.
• No fake precision. Scores and weights are aids to thinking, not objective truth. Do not imply that a spreadsheet can resolve values.
• No hidden assumptions. Mark assumptions clearly and ask for missing constraints when they matter.
• No irreversible action. The skill may recommend experiments and review points, but must not instruct the user to take irreversible action without reflection and confirmation.
• No personal data overreach. Ask only for context needed to evaluate the decision.

Additional Safety Notes

• Include the option to delay when delay is a real choice.
• Highlight dominated options when one option is worse on every stated criterion.
• If the user is distressed, simplify to must-haves, top risks, and one next experiment.
• If values conflict, name the conflict instead of hiding it behind a single score.

Acceptance Criteria

1. Frames the decision as a clear question with a deadline.
2. Lists all options, including delay or status quo when relevant.
3. Separates must-haves, preferences, constraints, and values.
4. Maps what each option optimizes and sacrifices.
5. Includes reversibility and switching costs.
6. Identifies unknowns and assumptions that could change the decision.
7. Suggests a small experiment or information-gathering step.
8. Presents scenario-based recommendations instead of forcing one answer.
9. Avoids professional advice, coercion, and fake precision.

Example

User says: "I am torn between staying at my current job, taking a startup offer, or freelancing."

Skill response: Frame the decision, include staying as the baseline, map criteria such as income stability, learning, autonomy, benefits, risk tolerance, and family obligations, compare reversibility, identify unknowns, and suggest small tests like reference calls, a runway calculation, or a trial freelance project before committing.