MedScope's Vision Pro
MedScope is a medical imaging company that required an app for Vision Pro to visualize high-resolution scans in 3D. Their goal was to offer doctors an intuitive AR workspace to analyze patient scans interactively, improving diagnosis accuracy and workflow.
Task
Develop an immersive Vision Pro app that renders complex 3D medical data, allows multi-touch interaction, and integrates with existing hospital systems securely.
Problem
Existing visualization tools were limited to 2D screens, slowing diagnosis and collaboration. The client needed a next-gen spatial computing app that could support detailed imaging and be easy to navigate during consultations.
Solution
We built the Vision Pro app using Apple's spatial computing SDKs and native frameworks, combining real-time 3D rendering with secure data layers. Close collaboration with MedScope's radiologists helped refine interaction models for maximum usability.
Key Features
The app features ultra-high-res 3D renderings, gesture-based controls, multi-user sessions for remote consultation, and HIPAA-compliant data security. The UI is designed for clarity and minimalism to avoid user fatigue during long sessions.
Development Process
1. Stakeholder Workshops
Gathered input from doctors and IT teams to define core functionality and user needs. This ensured the app would meet clinical requirements effectively.
2. UI/UX Design
Designed spatial interface prototypes emphasizing ease of use and visibility. Multiple iterations refined the experience based on expert feedback.
3. 3D Model Optimization
Processed scan data for real-time rendering on Vision Pro hardware. Models were compressed without sacrificing diagnostic quality.
4. Integration Planning
Mapped workflows to connect app with hospital databases securely. Planned data synchronization to avoid latency in critical use cases.
5. Core Development
Implemented 3D visualization, gesture controls, and multi-user support using Apple's SDKs. Ensured smooth frame rates on Vision Pro devices.
6. Security Implementation
Ensured compliance with medical data regulations like HIPAA. Employed encryption and secure authentication methods.
7. Testing & Feedback
Conducted trials with medical professionals, iterating on UI and performance to optimize usability. Collected real-world usage data for final tweaks.
8. Launch & Training
Delivered app with user training sessions and technical support to maximize adoption. Created detailed documentation for ongoing maintenance.
Project Results
- Enabled doctors to interact with scans spatially for better insight.
- Streamlined remote consultations via multi-user collaboration.
- Improved diagnostic speed and accuracy.
- Received excellent feedback for intuitive controls and responsiveness.
- Positioned MedScope as a pioneer in medical AR applications.