Case study · Medical Devices
An interface that keeps working when the network doesn't
- Nuxt
- Apollo
- TypeScript
- MQTT
Connectivity modes supported
Data protocol
Deployment contexts
The challenge
Micro-X's x-ray technology needed a sophisticated interface that could operate offline, provide real-time control, and deliver an intuitive experience across medical and aviation deployment contexts with varying connectivity.
What we built
An event-driven interface built with Nuxt.js, Apollo, TypeScript and MQTT, providing real-time control that continues operating without an internet connection.
- MQTT device-messaging integration
- Apollo GraphQL data layer
- Offline-first interface architecture
- Animated operator UI for medical/aviation use
The stack
MQTT-based device messaging, an Apollo GraphQL data layer, and an animated Nuxt.js operator interface designed for both medical and aviation environments.
The outcome
Operators can now control Micro-X's x-ray equipment in real time whether or not a network connection is available, removing the deployment risk that offline-incapable interfaces would have created for field and clinical use.
✓ Verified Review“National Digital have been a pleasure to collaborate with, seamlessly integrating with our product development team. They have a strong ability to understand our requirements and consistently deliver high-quality results.”
Where it went next
Micro-X continues to extend the interface to new equipment models on the same MQTT and Apollo foundation.
Case-study narrative adapted from an existing published National Digital case study (same client, real engagement) for the new /work/ template's schema; specific figures/quotes carried over verbatim from that record but have not been re-confirmed with the client for this new presentation -- confirm before promoting out of flagged.