Case Study: Respiratory Monitoring

Real Time Patient Tracking Dashboard for Hospital Respiratory Care

Real Time Patient Tracking Dashboard for Hospital Respiratory Care

The Challenge

Before the platform was developed, respiratory assistants had limited visibility into patient data across multiple machines and rooms.

Real Time Patient Tracking Dashboard for Hospital Respiratory Care

Data was available only at the bedside, requiring specialists to move physically between patients to assess status. There was no centralized system to monitor trends, compare patients, or receive alerts when metrics changed. This made it difficult to proactively respond to patient needs and increased the operational burden on respiratory teams.

The Outcome

Real Time Patient Tracking Dashboard for Hospital Respiratory Care

After implementing the platform, respiratory assistants could monitor multiple patients simultaneously from a single dashboard.

Data from respiratory machines is streamed securely from devices installed in the hospital to the cloud. The dashboard displays real time metrics for each patient, allowing specialists to quickly identify changes in condition. Thresholds can be configured so the system automatically notifies clinicians when measurements exceed predefined limits, enabling faster intervention.

How We Helped

Onward Development partnered with the client to design and implement a real time monitoring platform aligned with hospital environments and federal funding requirements.

Real Time Patient Tracking Dashboard for Hospital Respiratory Care

We built a secure ingestion pipeline using AWS IoT Core to stream data from respiratory machines into the cloud. On top of this infrastructure, we developed a clinician dashboard optimized for monitoring multiple patients, configuring alerts, and supporting real time decision making.

Key Outcomes

Enabled real time monitoring of multiple respiratory patients from a single interface

Reduced the need for manual bedside checks

Improved response time through automated alerts and thresholds

Created a scalable cloud architecture suitable for hospital deployment

Met federal funding and healthcare data handling requirements

Technology Stack

Application Type

HIPAA-compliant web based healthcare application

Infrastructure

AWS IoT Core

Backend

Node.js

Frontend

React

Communication

WebSockets

Data Storage

AWS DynamoDB