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  • Confidence Bootcamp
    • My learning
    • Intro to experimentation
      • Introduction
      • Lesson 1: Why you should experiment
      • Lesson 2: Experiment hypothesis
      • Lesson 3: Success and guardrail metrics
      • Lesson 4: Success metrics
      • Lesson 5: Set up your experiment
      • Lesson 6: Calculation frequency
      • Lesson 7: Target audience
      • Lesson 8: Sample size
      • Lesson 9: Quality assurance
      • Lesson 10: Run your experiment
      • Lesson 11: Evaluate your experiment and make a decision
      • Lesson 12: A/B tests and rollouts
      • Course wrap up
    • Intro to metrics
      • Introduction
      • Lesson 1: What is a metric?
      • Lesson 2: Metric roles
      • Lesson 3: Time considerations
      • Lesson 4: Capturing behavior
      • Lesson 5: Strategic metrics
      • Lesson 6: Interpretability
      • Lesson 7: Feasibility and sensitivity
      • Lesson 8: Variance reduction and metric selection
      • Lesson 9: Select metrics
      • Lesson 10: Segment-level analysis
      • Course wrap up
    • Scientific product development
      • Introduction
      • Lesson 1: Why you should experiment
      • Lesson 2: The scientific method
      • Lesson 3: Randomized controlled trials
      • Lesson 4: Experiment hypothesis
      • Lesson 5: Case study
        • Case study
        • Answers to case study
      • Lesson 6: Why do we need statistics?
      • Lesson 7: Success metrics
      • Lesson 8: Detectable effects and sample size
      • Lesson 9: Make a decision
      • Course wrap up
    • A primer on hypothesis testing
      • Introduction
      • Lesson 1: Introduction to hypothesis testing
      • Lesson 2: True vs estimated effects
      • Lesson 3: Sampling distribution of the difference-in-means estimator
      • Lesson 4: Z-tests and how to reject the null hypothesis
      • Lesson 5: False postive rate and alpha
      • Lesson 6: True positive rate, MDE, and power
      • Course wrap up
    • Intro to Feature Flags
      • Introduction
      • Lesson 1: What is a feature flag?
      • Lesson 2: Lifecycle of a feature flag
      • Lesson 3: Clients
      • Lesson 4: Evaluation context and targeting
    • Sample size calculation - I
      • Introduction
      • Lesson 1: What is the required sample size?
      • Lesson 2: Alpha and power
      • Lesson 3: Baseline mean and variance
      • Lesson 4: Sample size playground - I
    • Sample size calculation - II
      • Introduction
      • Lesson 1: Multi-metric decision making
      • Lesson 2: Number of success metrics
      • Lesson 3: Number of guardrail metrics
      • Lesson 4: Number of comparisons
      • Lesson 5: Sample size playground - II
    • Sample size calculation - III
      • Introduction
      • Lesson 1: Binary metrics
      • Lesson 2: Treatment group proportions
      • Lesson 3: Variance reduction
      • Lesson 4: Sequential testing and sample size
      • Lesson 5: Sample size playground - III
    • Advance your experimentation
      • Introduction
      • Lesson 1: Guardrail metrics with non-inferiority margins
      • Lesson 2: Choose evaluation frequency
      • Lesson 3: Metrics' roles in experiments
      • Lesson 4: Cumulative holdback evaluations
    • Experimentation culture
      • Introduction
      • Lesson 1: Onboarding into experimentation
      • Lesson 2: Empowering experimentation champions
      • Lesson 3: Sustaining the experimentation culture
    • Videos

Lesson 1: The anatomy of the results page

Summary

In this lesson, you learn how the results page is organized and the basic logic that connects its three sections. You also learn why a single experiment can produce many individual results and how Confidence helps you navigate them.

When you open the results page for an experiment in Confidence, the first thing to notice is that it has a clear structure. There are three sections, stacked from top to bottom: Spotlight, Health checks, and Metrics. Each section serves a different purpose. Understanding what each one answers is the key to reading results efficiently.

The three sections

Spotlight

The Spotlight is at the very top of the page. It gives you an overall recommendation for each treatment variant: whether to ship, continue, end, or stop the experiment. Think of the Spotlight as a summary that synthesizes everything below it into a single actionable signal.

You do not need to read every metric result to know whether your experiment is worth shipping. The Spotlight does that job. Later in this course you will learn exactly what drives each possible recommendation.

Health checks

The health checks section serves two related purposes. First, it verifies whether the experiment itself is trustworthy: that traffic is flowing as expected and that groups are balanced. Second, it monitors whether any metric is moving in the wrong direction, which can trigger an Abort recommendation even when the experiment is technically set up correctly.

In other words, health checks are not only about data quality. They are also an active monitoring layer that can tell you the treatment variant is causing harm before you have finished collecting data.

Metrics

The Metrics section shows the results for each individual metric, for each treatment variant compared to the control variant. This is where you see the actual numbers: the estimated effect, confidence intervals, and whether the result is statistically significant.

Many results from one experiment

A single experiment can produce a large number of individual results. If you have T treatment variants (not counting the control variant) and M metrics, you have T × M individual results to interpret. For example, an experiment with two treatment variants and four metrics gives you eight results.

Example

An experiment tests two new versions of a checkout flow (version A and version B) against the current version (control variant), using four metrics: conversion rate, time in checkout, number of errors, and customer satisfaction score.

That gives 2 treatment variants × 4 metrics = 8 individual results to interpret.

This is one reason the Spotlight is so useful: it collapses those eight results into two recommendations, one per treatment variant.

How the sections connect

The three sections work together. Health checks feed into the Spotlight: if a health check fails, the Spotlight takes that into account. The Metrics section provides the raw signal that the Spotlight summarizes. As you work through the course, you will learn each section in detail. By the end, you will be able to trace any Spotlight recommendation back to the individual numbers that produced it.

Reader exercise

An experiment has 3 treatment variants and 5 metrics. How many individual results are there to interpret in the Metrics section?

Reader exercise

What is the primary purpose of the Spotlight section?

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On this page

  1. The three sections

  2. Many results from one experiment

  3. How the sections connect