Technical Architecture Overview
Chorus is built on a modern, standards-based architecture designed to support secure, scalable, and interoperable healthcare applications.
Enterprise-Ready
The architecture emphasizes reliability, interoperability, and extensibility to support evolving healthcare technology ecosystems and large-scale patient populations.
The platform leverages a FHIR-native data model, cloud-based infrastructure, and modular service components to manage remote patient monitoring workflows and clinical data processing.
Architectural Philosophy
Application Layer
Provider App • Patient App • Admin App
Intelligence Layer
ML Models • Risk Classification • Explainable AI
FHIR Data Layer
Observations • DiagnosticReports • Encounters
Device Layer
ECG • BP • Glucose • SpO₂ • Weight
This layered design allows Chorus to support large-scale monitoring programs while maintaining flexibility for integration with existing healthcare systems.
Explore the Architecture
System Architecture
High-level overview of processing layers.
HAPI FHIR JPA
Core data storage and retrieval engine.
FHIR R4 US Core
Standardized data representation profiles.
Deployment Architecture
Service-oriented cloud deployment model.
Cloud Infrastructure
Scalable compute and storage resources.
API Integration Patterns
Connecting with external EHR systems.
Performance & Scalability
Handling large physiological data volumes.
Data Model Relationships
Resource associations within the platform.
Disaster Recovery
Business continuity and failover strategies.