Synthetic Data Meets UX: How AI is Reshaping User Research at Scale

Great software starts with great user research. But traditional UX studies are expensive, time-consuming, and sometimes biased by design.

Enter synthetic data—a powerful new ally in the UX researcher’s toolkit. With the rise of generative AI, product teams can now simulate user behaviors, stress-test interfaces, and validate edge cases before a single line of code is written.

At DaCodes, we’re helping organizations integrate AI-driven UX research as a core practice—not a one-off activity.

Why UX Needs to Evolve in the Age of AI

As development cycles shrink and user expectations rise, teams can no longer afford to wait for live feedback from 10 real users weeks into the design sprint. Modern product teams need:

  • Early insights on edge cases
  • Broader persona coverage
  • Stress-testing under rare scenarios
  • Iteration loops measured in hours, not weeks

    AI and synthetic data unlock that velocity.

What Is Synthetic Data in UX?

Synthetic data refers to artificially generated datasets that mirror the behaviors, decisions, or preferences of real users—without exposing any real PII or requiring access to live audiences. Types include:
  • Simulated clickstreams and user journeys
  • AI-generated survey responses or personas
  • Model-driven usability event patterns
  • Generated transcripts of fake user interviews

Properly trained, these systems can mirror demographic variability, cognitive patterns, and even emotion-based responses.

Key Use Cases DaCodes Applies in UX Research

  1. Prototyping with Simulated Behavior
    We simulate user flows through wireframes and clickable prototypes using AI-generated decision paths. This helps us detect:
    - Dead ends in navigation
    - Confusing wording or button labels
    - Scenarios where users bounce prematurely
  2. Persona Expansion & Diversity
    Instead of relying on 3–5 archetypes, we create hundreds of personas using LLMs trained on open data, behavioral psychology, and prior product usage. This reveals friction points across user types you didn’t even think of.
  3. Edge Case Stress Testing
    Want to know what happens if a user pastes 10,000 characters, has poor eyesight, or uses your app with a screen reader? Synthetic inputs let us simulate that without needing real testers in every condition.
  4. Pre-Deployment UX Scoring
    By feeding AI agents different tasks and measuring drop-off, error rates, and frustration signals, we can score the UX of a product before going live.

If you want to build inclusive, scalable, high-conversion digital experiences, you can’t rely solely on intuition or anecdotal feedback.

With the right tools, synthetic data helps product teams learn faster, test deeper, and launch smarter.

At DaCodes, we embed this capability into every project we touch—because great UX is no longer optional. It’s strategic.

Sources: EPAM. “AI in User Experience Research: What’s the Role of Synthetic Data?” May 2024.
https://www.epam.com/insights/blogs/ai-in-user-experience-research-whats-the-role-of-synthetic-data