Feedback Design in Dynamic Moral Hazard

We study the joint design of dynamic incentives and performance feedback for an environment with a coarse (all‐or‐nothing) measure of performance, and show that hiding information from the agent can be an optimal way to motivate effort. Using a novel approach to incentive compatibility, we derive a two‐phase solution that begins with a “silent phase” where the agent is given no feedback and is asked to work non‐stop, and ends with a “full‐transparency phase” where the agent stops working as soon as a performance threshold is met. Hiding information leads to greater effort, but an ignorant agent is also more expensive to motivate. The two‐phase solution—where the agent's ignorance is fully frontloaded—stems from a “backward compounding effect” that raises the cost of hiding information as time passes.

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Publication Details

Journal
Econometrica
Published
2025-01-01
DOI
https://doi.org/10.3982/ecta21871
Citations
2
Primary Topic
Game Theory and Applications
Type
article
Field-Weighted Citation Impact
4.21

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article

Feedback Design in Dynamic Moral Hazard

George Georgiadis, Luis Rayo, Jeffrey C. Ely
2 citations
Econometrica
Game Theory and Applications
4.21
article

Feedback Design in Dynamic Moral Hazard

George Georgiadis, Luis Rayo, Jeffrey C. Ely
article en
2 citations

Abstract

We study the joint design of dynamic incentives and performance feedback for an environment with a coarse (all‐or‐nothing) measure of performance, and show that hiding information from the agent can be an optimal way to motivate effort. Using a novel approach to incentive compatibility, we derive a two‐phase solution that begins with a “silent phase” where the agent is given no feedback and is asked to work non‐stop, and ends with a “full‐transparency phase” where the agent stops working as soon as a performance threshold is met. Hiding information leads to greater effort, but an ignorant agent is also more expensive to motivate. The two‐phase solution—where the agent's ignorance is fully frontloaded—stems from a “backward compounding effect” that raises the cost of hiding information as time passes.

EconometricaVol. 93(2)
Kellogg's (Canada) (CA)
National Science Foundation
Openalex Percentile: Top 7%
Game Theory and Applications
4.21
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