Communicating AI product impact
How do I report impact in a way that earns trust and drives alignment?
Browse lessons
Week 1: Foundations and Economics
Week 2: Instrumentation and Reliability Engineering
Week 3: Rigorous Measurement of Output Success and Failure
Week 4: Metric Design and Business Outcome Linkage
- 4.1Metric strategy: blocking metrics vs optimization metrics
- 4.2Metric design patterns for AI features
- 4.3Cost-aware evaluation on a fixed budget
- 4.4Segmentation strategy for AI systems
- 4.5Driver analysis: explaining variance and choosing what to change first
- 4.6Metric specifications, thresholds, baselines, and release criteria
Week 5: Pipelines, Experiments, and Continuous Validation
- 5.1Evaluation pipeline architecture and environments
- 5.2Test set strategy and dataset lifecycle
- 5.3Experiment design for stochastic systems
- 5.4Launch readiness and rollout gates
- 5.5Monitoring for drift and regressions
- 5.6Building evaluation automation end-to-end
- 5.7Capstone lab: run the pipeline by hand
Week 6: Decision-Making and Organization
Free, self-paced. Read the deck with its speaker notes, work the practice from the slides, then take the week's quiz for a certificate.
The v2 change is on hold: real quality gains, and latency and cost past their guardrails in every user group. Two people now want a write-up. The PM wants an exec brief on why v2 isn’t going out. The engineering manager wants a regression update on latency and cost. Same evidence, and they need different things from it.
Each reader is making a different decision. The executive is deciding whether to keep investing, so they need what changed for users. The PM is deciding what to build next, so they need the result by segment. The engineer is deciding what to fix first, so they need the component, the metric and the latency numbers.
Every metric claim gets four things: past tense, a specific number, the users it applies to, and how sure you are, as a confidence interval, a p-value or a sample size. We call this claim discipline. It keeps a claim from saying more than the evidence does.
Averages hide who got worse. Latency went up 249 milliseconds on average, but about 2 percent of v2 users now average over 3 seconds, and no v1 user does. So for anything with a tail you report the median, the high percentiles, and the segments. In the demo you see the effects for each user role and find that every group gained and every group got slower. Split by question complexity, the SLA breach lands on complex questions. The cost overshoot comes from a small group of very expensive users.
The practice is two documents from the same evidence: an impact brief for executives and product, with every claim written with claim discipline and a distribution section that marks each segment’s SLA status, and a regression update for engineering with the problem, severity, root cause, repro steps, mitigation, fix plan and rollback readiness. You also rewrite the first sentence you drafted before the demo and compare the two.
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