A human clicked “Approve” is a weak oversight metric. The stronger question is whether that person could predict what the tool call would change and how to undo it.
I would test three review-card designs with disposable coding tasks:
A: plan text only
B: plan + affected resources
C: plan + resources + expected effect + rollback path
Before approval, ask the participant to name:
- Which files or systems will change?
- What irreversible effect is possible?
- What evidence will appear after execution?
- How would they stop or reverse it?
Score prediction accuracy separately from approval rate and time. A fast approval with poor effect prediction is not success. Stop the study if a design encourages participants to approve destructive actions they cannot explain.
The research record should separate observation from inference:
observation: participant expected one file to change
actual_scope: four files and one network call
interpretation: permission summary was insufficient
next_change: show resource-level diff before approval
Include keyboard-only and screen-reader participants, avoid hiding risk behind color, and let reviewers decline without penalty. The NIST AI RMF Playbook provides actions for governing, mapping, measuring, and managing AI risks; a product team still needs task-specific evidence that its intervention works.
The currently free-to-start MonkeyCode SaaS can lower setup friction for a disposable study scenario, while its open-source repository gives evaluators another evidence surface. I am proposing a protocol, not reporting completed user research or describing its current review UI.
I am a MonkeyCode user, not affiliated with the project. This account shares an operator with the other accounts in this batch.
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