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Glossaries

Synthetic Metric

What is a Synthetic Metric in User Research?

A synthetic metric in user research is a custom-created measurement that combines multiple data points or metrics to provide a more comprehensive view of user behavior, satisfaction, or performance.

Synonyms: Composite Metric, Derived Metric, Custom Metric, Aggregate Measure, Blended KPI

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Why Synthetic Metrics are Important in User Research

Synthetic metrics play a crucial role in user research by providing a more holistic view of user experience. They allow researchers to:

  • Combine multiple data points into a single, meaningful measure
  • Create custom metrics tailored to specific research goals
  • Simplify complex data sets for easier interpretation and decision-making

How Synthetic Metrics are Used in User Research

Researchers employ synthetic metrics in various ways:

  1. Performance Evaluation: Combining speed, accuracy, and user satisfaction scores to create an overall performance metric.
  2. User Engagement: Merging metrics like time spent, interaction frequency, and content consumption to measure engagement.
  3. Product Success: Integrating user adoption rates, retention, and feature usage to assess overall product success.

Examples of Synthetic Metrics in User Research

  1. User Success Score: Combines task completion rate, time on task, and user satisfaction rating.
  2. Engagement Index: Merges daily active users, session duration, and feature interaction frequency.
  3. Customer Health Score: Integrates customer support interactions, product usage, and renewal likelihood.

Frequently Asked Questions about Synthetic Metrics

  • What's the difference between a synthetic metric and a regular metric?: A synthetic metric combines multiple regular metrics or data points into a single, more comprehensive measure.
  • How do you create a synthetic metric?: To create a synthetic metric, identify the key components you want to measure, assign weights to each component, and combine them using a predetermined formula or algorithm.
  • Are synthetic metrics always better than individual metrics?: Not necessarily. While synthetic metrics can provide a more comprehensive view, they may also obscure important details. It's often best to use them in conjunction with individual metrics for a balanced analysis.
  • Can synthetic metrics be standardized across different products or companies?: While some synthetic metrics can be standardized, many are custom-created to address specific research goals or product characteristics, making direct comparisons challenging.
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