How do you balance safety vs performance in AI products?
### Signal to interviewer
I can align safety and performance with risk-adjusted governance rather than one-size-fits-all controls.
### Clarify
I would clarify harm classes, regulatory expectations, and acceptable failure boundaries by product flow.
### Approach
Use risk-tier performance envelopes: define immutable safety floors, then optimize latency and quality within each tier.
### Metrics & instrumentation
Primary metric: successful outcomes in safety-compliant sessions. Secondary metrics: refusal calibration quality, response usefulness, and escalation rate. Guardrails: high-severity safety incidents and trust complaints.
### Tradeoffs
More safety controls lower risk but can suppress utility. More performance focus raises utility but can increase unsafe behavior probability.
### Risks & mitigations
Risk: over-blocking useful outputs; mitigate with calibration reviews. Risk: under-detected harmful edge cases; mitigate with red-team coverage. Risk: inconsistent policy execution; mitigate with centralized policy engine.
### Example
Medical guidance flows use strict verification and handoff prompts, while writing suggestions use lighter moderation and faster generation.
### 90-second version
Set safety floors first, then optimize performance by risk tier. This approach protects trust while keeping user experience competitive where risk is low.
- Which workflows should be classified as high risk immediately?
- What safety floor is non-negotiable for launch readiness?
- How would you calibrate refusal behavior to avoid over-blocking?
- What governance cadence updates risk tiers as usage evolves?