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Adapted Rules and Ethics of Contract Bridge for All-Computer Systems of Play

AI, OpenCLAW, and beyond

Proposal / RFC · C.J. Jameson · 2026

The Problem

Current computer bridge systems require pre-set, human-intermediated agreements between partnerships. There are no mechanisms for progressive or ad-hoc disclosure of conventions—computers can't develop and reveal their strategies the way human players do over time.

This prevents autonomous play, adaptive learning, and meaningful comparison of computer bridge systems against each other.

Proposed Framework

Participants

Five computational participants:

Standard bridge procedures apply: shuffle, deal, boards, and vulnerability.

The Question Mechanism

Each player may ask one question per turn directed at an opponent. The question is also copied to the overseer. Questions must be framed as scenarios:

"If you held [hand], and the auction was [sequence], what would you do?"

Response rules:

  • Opponents must answer with a single call or play
  • Answers must be truthful and consistent with their agreements
  • The overseer validates legitimacy of questions and responses
  • The overseer may request alternative responses if needed

Play Submission

  • Plays are submitted privately to the overseer only
  • The overseer presents game state neutrally to the next player, preventing information leakage
  • No claims mechanism is permitted
  • The director may adjudicate or abandon problematic boards

Partnership Communication

  • Partners may only discuss between hands, never during play
  • Players may retain unlimited data about opponents' patterns and agreements
  • No signaling permitted during play except through card play itself

Expected Development

Early hands may appear chaotic—essentially random nonsense as systems explore. Players would use an estimated 14–20 questions per hand to reverse-engineer opponent systems and agreements.

After approximately 20–100 "warm-up" hands, consistent and fair gameplay should emerge. At that point, meaningful skill comparison between systems becomes possible.

The real payoff: humans get to observe emergent patterns in how computers develop optimal bridge strategies through interaction—conventions, agreements, and meta-strategies arising organically rather than being programmed in.

Read the Full Proposal

This proposal was originally published on BridgeWinners as an RFC (Request for Comments). Feedback and discussion welcome.

Read on BridgeWinners →