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Catching AI slip-ups before they cost insurers millions

OverseeAI is a platform designed to help insurance companies monitor and improve the performance of their AI models used in various processes, such as underwriting and claims.

Laptop screen displaying a model performance dashboard from Oversee.AI, showing a Use Case Performance Matrix graph and related insights.
Client
Oversee AI
Industry
Insurance
Service
UI/UX Design
Team Setup
1 Designer  
1 Researcher
Timeline
1 year

Goal

Our client envisioned a product that’d give real-time insights into AI model performance, detect anomalies, and allow insurance companies to take corrective actions to improve the models over time.

Challenge

We needed to make sure the platform could simplify complex AI insights for both executives and analysts in the insurance industry, regardless of their level of tech-savyness.

Outcome

We took part in conceptualization and built it from scratch in collaboration with OverseeAI’s developer team.

We started with a Proof of Concept (POC), then developed a Minimum Viable Product (MVP) that could be showcased to investors.

The intuitive interface made it easy for OverseeAI to demo the product’s full potential while offering an impressive hands-on experience.

20+
Stakeholder interviews
~50
Website pages
3
Continents
Project timeline
The timeline shows three project phases over four quarters:
Q1–Q2: "Discovery & Concepting"
Q3: "Proof of Concept"
Q4: "MVP" (Minimum Viable Product)
1 /
Discovery & Concepting

How we started

We kicked off the project by collaborating with the client to define the user personas and understand their needs and expectations for the platform. We developed two personas in detail :

  1. Carl - an executive persona  
  2. Maya - a claims manager persona

We also mapped out key insurance processes like Claims Processing and Underwriting, to gain a clearer understanding of the challenges and data flow at each stage.

This foundational work helped us align the platform’s features with real-world business processes.

Discovery conclusions

The main conclusion of the discovery is that the primary pain point for the executive persona is the lack of overview and control over what is happening with the AI models.

The image shows two user personas for Carl (Chief Claims Officer) and Maya (Claims Executive). Each profile includes a photo, bio, personality traits on a slider scale, and sections on interests, influences, goals, needs, motivations, and frustrations. Carl is extroverted, organized, and a team player, while Maya is analytical, independent, and structured in her work.
2 /
Dashboard Design

The core of the OverseeAI platform is the Dashboard, which serves as the primary interface for monitoring model performance and the underwriting/claims process.

The dashboard displays key metrics, including AI model health indicators and anomaly rates real time.

We focused on providing a clean and intuitive layout, with visualizations like progress bars and charts that give executives and analysts a high-level view of AI performance and efficiency.

By streamlining the data presentation, we made sure that users could understand both the overall health of the system and the specific outcomes of individual models at each stage.

Various games designed with Revolution Robotics
3 /
Anomaly Detection

Anomalies are flagged throughout the underwriting and claims processes, and the Anomaly Detection page allows users to review these flags in real time.

The feature focuses on actionability, allowing users to mark anomalies as false positives or take corrective actions. Each flagged anomaly is accompanied by a feedback mechanism, where users can provide insights that improve model accuracy.

This continuous feedback loop ensures that the system evolves and adapts to new information.Key elements:

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