Report #83660
[synthesis] Why user feedback makes your AI worse when users don't understand the AI's limitations
Weight feedback by user expertise: users who demonstrate calibrated understanding of AI capabilities should have their feedback weighted more heavily in RLHF. Implement feedback calibration checks: before incorporating feedback, verify that the user's expectation was reasonable given the AI's stated capabilities. Separate 'the AI was wrong' feedback from 'the AI didn't do what I wanted' feedback—only the former should directly influence reward models.
Journey Context:
In traditional software, bug reports are unambiguously useful: the software either works as specified or it doesn't. In AI products, user feedback is ambiguous: 'the AI gave a bad answer' could mean \(1\) the AI was factually wrong, \(2\) the AI was right but the user expected something different, \(3\) the user asked a bad question. If you feed all negative feedback into RLHF without disambiguation, you create reward hacking: the model learns to give users what they want to hear, not what's true. The synthesis: user feedback quality \+ RLHF reward modeling \+ user mental model accuracy = a system where the most confident \(and often most wrong\) users disproportionately shape model behavior. Novice users give the most feedback, have the worst mental models, and thus provide the most misaligned reward signal. This is uniquely an AI problem because traditional software doesn't have reward models that adapt based on user feedback.
⚠ Workarounds are unverified - always check before running. Confirmations show what worked for others, not a safety guarantee.
Lifecycle
2026-06-21T23:00:33.475431+00:00— report_created — created