Quant UX Research & AI Measurement Framework for a Global Health & Wearables Leader 

Client Background

A global health and wearables technology leader serving millions of users worldwide engaged Akraya to establish quantitative UX research capabilities for their emerging AI-powered products.


 

Challenges Faced

This section outlines the core difficulties and pain points the client was experiencing. It provides context on the hurdles that needed to be overcome before achieving the successful outcome.

No Baseline for AI Product Performance     

As the team prepared to launch a new AI-powered health chatbot, they lacked established metrics to measure user trust, engagement, and satisfaction.  

 

 

Limited Quant Research Infrastructure     

The Rapid Insights team had focused primarily on qualitative research, with minimal expertise in psychometrics, statistical analysis, or programmatic data collection.  

Complexity of Measuring Abstract Constructs  

Leadership needed to understand how users perceived and trusted the AI chatbot. Traditional survey methods (e.g., "Do you trust us? Yes/No") would not yield actionable insights.

Akraya’s Strategic Solution

We deployed a quantitative UX strategy with psychometrics, statistical analysis, and AI product measurement to build scalable research infrastructure  -

 

Measurable Outcomes

Operational

Operational

50% reduction in reporting turnaround with automated analysis pipelines.  

Financial

Financial

$12.8M annualized cost avoidance by eliminating reliance on third-party agencies for data analysis and reporting. 



Business

Business

Created foundational metrics for AI chatbot performance that enable data-driven product decisions from launch.

Conclusion

Akraya transformed the research capabilities of a global health technology leader by embedding quantitative UX expertise into their product development lifecycle, engineering automated data pipelines, developing LLM-powered text classification systems, and establishing psychometrically valid measurement frameworks for AI features.