Designing AI-Augmented Data Interpretation

Designing AI-Augmented Data Interpretation

Introduced context-aware trend detection, adaptive risk flagging, and AI-generated summaries to transform raw health data into actionable insight for both patients and providers.

Project scope

Role

UX Lead

Timeline

2024-5

Team

Design, Engineering, ML contractor, CTO

Status

Partially shipped

Context

StoryMD’s PHR allowed users to aggregate lab results, wearable metrics, and clinical records. However, raw data alone did not provide clarity. Users were required to interpret numeric results, reference ranges, and trends without contextual guidance.

Providers reviewing patient data faced similar cognitive overload — scanning multiple data types without prioritization or synthesis.

Problems

  • Raw biomarker data lacks immediate meaning

  • Static reference ranges fail to account for demographic variation

  • Trend identification requires manual scanning

  • AI summaries risk over-automation or misinterpretation

  • Patient and provider workflows require different levels of detail due to different contextual awareness

Designing for clarity without over-automation

Surface what matters

AI was used to identify and prioritize up to 10 significant trends rather than summarizing every data point.

Preserve clinical integrity

Reference ranges remained visible, with AI acting as assistive interpretation — not authoritative diagnosis.

Differentiate workflows

Patient-facing summaries emphasized clarity and reassurance. Provider-facing views emphasized precision and data traceability.

AI-augmented trend highlighting

We introduced dynamic trend detection within the “My Trends” view, allowing the system to surface meaningful patterns across time rather than requiring manual chart scanning.

My trends with AI-selected highlights

Adaptive risk flagging

Risk flags were generated using coded reference ranges aligned to standardized medical libraries. Where applicable, thresholds adapted based on demographic inputs such as age or sex — ensuring context-aware interpretation.

Colour-coded reference ranges for clear flagging of biomarker data

Contextual summaries on demand

Users could generate AI summaries for individual test results. Summaries referenced structured health content from the library and, where relevant, connected to trends within the PHR.

AI summaries for any biomarker data

Implementation status

This is an ongoing project.

Live

AI-generated test result summaries

AI trend highlighting in My Trends

Dynamic reference range visualization

In progress

Expanded adaptive threshold logic

Deeper provider-facing integration

Outcomes

  • Reduced cognitive load in interpreting lab results

  • Increased clarity through contextual linking

  • Introduced scalable threshold logic framework

  • Established AI interaction standards for the platform

Reflection

This initiative required balancing emerging AI capabilities with clinical responsibility. By positioning AI as assistive rather than authoritative, we improved clarity while preserving trust and domain integrity.