Structuring the digital backbone of the hospital-grade RPM system
About the project
A cloud-based Remote Patient Monitoring (RPM) SaaS platform, developed by a healthcare technology company, helps hospitals and clinics remotely track patients’ health and manage chronic conditions more efficiently.
The platform allows clinicians to monitor real-time vital signs such as blood pressure, oxygen saturation, and glucose levels via connected medical devices. By merging clinical data with clear visualization, it supports early detection of health risks, improves care coordination, and reduces hospital readmissions.
Challenge
The client expected us to design a feature-rich RPM platform enabling smooth monitoring and communication between clinicians and patients. The challenge was to create an intuitive design system that clearly presented large volumes of medical data and met HIPAA standards on a tight timeline.
Our process
Across the project, we translated complex clinical workflows and data into a scalable product structure — shaping a user-focused experience supported by a development-ready UI/UX system.
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Results
The project delivered a complete UX/UI foundation and a validated technical plan for an enterprise-grade RPM platform. The design balanced data precision with usability, supporting both clinical accuracy and patient accessibility. A clearly defined MVP roadmap helped streamline resource planning and set the stage for a faster launch. At the same time, a consistent design system laid the groundwork for future growth, enabling expansion into new modules and care programs.
Our approach
Facing a tight schedule, we combined two-week development research with workflow mapping and UX architecting to produce a structured UI system.
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01 · Discovery & technical research
We analyzed user workflows and platform features to define system architecture and integration points for patient devices and clinician dashboards. Our team conducted development research to outline the tech stack and requirements.
Deliverables
- Key competitors analysis
- Development research
- CCM & RPM workflow analysis
02 · UX mapping & platform architecture
We mapped user journeys and flows for both clinicians and patients to identify key interactions and data dependencies. By establishing a clear information architecture, we ensured medical data could be accessed securely and intuitively.
Deliverables
- Wireframes & user flows
- Interaction schemas
- Core platform screens
03 · UI design
We delivered a professional interface optimized for clarity and user trust. The dashboards enable real-time vital tracking, patient management, and reporting, supported by a system of reusable UI components for consistency across modules.
Deliverables
- Scalable design kit
- Development-ready designs
- Data visualization components
04 · MVP roadmap & test planning
Finally, we prepared the MVP scope, refining and documenting the functionality required for the initial release. To ensure development readiness, we created a test plan covering validation scenarios, testing approach, and quality criteria.
Deliverables
- MVP delivery plan
- Testing strategy
Team
A cross-functional team worked in close sync, continuously adapting to new insights from classroom trials and robot behavior.
- 1 Project Manager
- 2 Brand Designers
- 2 UI/UX Designers
- 2 Web Designers
- 1 Front-end Developer
- 1 Back-end Developer
- 1 QA Engineer
Technologies
Our stack supported offline interaction, hardware communication, scalable content management, and smooth cross-platform UI.
Team
- 1 Project Manager
- 2 UI/UX Designers
Technologies
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