game-theory-prisoners-dilemma

What problem does it solve?

This Skill helps you analyze why cooperation collapses when each person’s individually rational choice leads to a worse collective outcome.

Core Features & Use Cases

• Prisoner’s Dilemma verification: Confirms whether the situation matches the three structural conditions (mutual cooperation dominance, defection as individually rational, and real temptation to defect).
• One-shot vs. repeated assessment: Determines whether cooperation is impossible (one-shot) or potentially stable (repeated/ongoing relationship).
• Shadow-of-the-future & trigger mapping: Uses discounting logic to assess sustainability and identifies what constitutes defection, how detection works, and whether punishment is credible.
• Structural prescriptions: Produces concrete ways to change incentives so cooperation becomes individually rational (repeat the game, increase transparency, adjust payoffs, reduce temptation, build shared identity, or add enforcement).

Use Case Example: Two competing teams each benefit from shared infrastructure, but underinvest because delaying costs feels better individually; you use this Skill to pinpoint the dilemma structure and choose changes (e.g., transparency, credible commitments, or enforcement) that make cooperation the rational choice.

Quick Start

Use the game-theory-prisoners-dilemma skill to analyze the incentives in your cooperation failure and produce a Prisoner’s Dilemma verdict, payoff map, and recommended structural changes.