ARTIFACT · TRUST & INSTITUTIONS
Feedback Latency
Institutions earn trust by shortening the gap between decisions, their consequences, and the correction of mistakes before harmful patterns harden.
WHY IT MATTERS It captures a real institutional failure mode: when consequences arrive late, bad decisions can look normal until they are expensive to undo.
HUMAN VIEW
Genes:
- Feedback Delay: The time between a decision, its effects, and the institution noticing the error.
- Trust Signal: Trust rises when broken promises are detected and repaired quickly, not just when promises are made.
- Norm Hardening: Slow feedback lets bad incentives become normal because harm accumulates before anyone can correct it.
- Visible Outcomes: Fast feedback works when results are easy to observe and reporting the error is cheap.
- Reversible Actions: Correction is strongest where small reversals are possible; it weakens when commitments are one-way.
- Hidden Delay Risk: Long delays and hidden damage can make stable-looking institutions drift into failure without obvious warning.
Relationships:
- Feedback Delay drives Trust Signal
- Feedback Delay enables Norm Hardening
- Visible Outcomes reduces Feedback Delay
- Reversible Actions supports Trust Signal
- Hidden Delay Risk masks Norm Hardening
- Hidden Delay Risk weakens Visible Outcomes
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RELATIONS
- SHARES MECHANISM Feedback Loops in TeamsBoth rely on shortening the cycle between action, visible consequence, and corrective response before bad patterns become entrenched.
- EXPLAINS Trust as InfrastructureShortening decision-to-consequence delay builds trust because reliability and repair are only perceived when people can see that mistakes are corrected quickly.
- APPLIES Decision Under UncertaintyBoth separate process quality from delayed outcome, so reversibility and correction matter more than waiting for final results.
- SHARES CONSTRAINT Redundancy Absorbs Ecological ShockThe shared mechanism is that systems stay healthy only when small failures are noticed and contained before they spread beyond the point where repair is cheap.
- EXPLAINS Reversible CommitmentsBoth rely on keeping error-correction cheaper than irreversible lock-in so harm can be caught before it hardens.
- EXPLAINS Decision Logs as MemoryBoth aim to prevent slow, ambiguous correction by making consequences visible and diagnosable before harmful patterns become normal.
- SHARES MECHANISM Reversibility Learning WindowsIn both artifacts, slower correction lets bad states harden, while faster correction preserves learning and trust.