Engineering connected healthcare experiences
Peramal engineers secure, scalable healthcare applications that connect clinical, imaging, operational and financial workflows.
Healthcare workflows don't exist in isolation.
Modern teleradiology and diagnostic imaging environments depend on multiple clinical, operational, financial and administrative systems. Connecting these systems reliably while allowing each application to evolve independently requires a strong technology foundation.
Multiple applications
Clinical, financial, scheduling and collaboration workflows may span multiple applications.
Healthcare interoperability
Clinical orders and results must move reliably between systems.
Diagnostic imaging integration
PACS and imaging systems need to work seamlessly with surrounding workflows.
Secure data isolation
Healthcare organizations require secure separation across providers and sites.
Financial workflows
Radiologist fees, invoicing and financial settlement require automation.
Clinical data complexity
Clinical forms and reporting workflows require reliable integration.
From imaging order to financial settlement
Engineering the systems behind connected care
Healthcare application development
Design and develop scalable healthcare applications across clinical, operational and financial workflows.
Teleradiology platforms
Engineer technology ecosystems supporting the teleradiology lifecycle from order intake through reporting, verification and result delivery.
Healthcare interoperability
Connect healthcare applications and external systems through standards-based integration.
Diagnostic imaging integration
Integrate PACS and imaging workflows into broader healthcare application ecosystems.
Clinical workflow engineering
Build applications that support complex clinical workflows and structured healthcare data.
Secure enterprise platforms
Develop secure, scalable multi-application environments with consistent identity and access patterns.
Healthcare automation
Automate operational and financial workflows across connected healthcare systems.
Real-time collaboration
Enable communication and live workflow interactions across healthcare applications.
Engineering a unified multi-application platform for the teleradiology lifecycle
- industry
- Healthcare
- domain
- Teleradiology & Diagnostic Imaging
- service
- Digital Engineering & Application Development
- technology
- React, Spring Boot, Java 21, RabbitMQ, HL7, PACS
How do you connect 14 applications without turning them into one monolithic system?
Teleradiology workflows involve multiple clinical, operational, financial and administrative systems. The challenge was to bring these workflows together while allowing individual applications to evolve and scale independently.
14 independently deployable applications
High-volume clinical order and result exchange
RIS integration
PACS integration
Payment gateway integration
Secure data isolation
Automated radiologist fee splitting
Single sign-on
Complex clinical forms
Building a unified teleradiology ecosystem
Radian was engineered as a modular system of systems, bringing 14 independently deployable applications together through common architecture, security and integration standards.
Integration technologies
Connecting the complete imaging workflow
Clinical workflow
Financial workflow
Connecting healthcare systems through reliable integration
HL7
Healthcare interoperability through HL7 v2 over MLLP for RIS integration.
PACS / DICOM
Diagnostic imaging integration through Orthanc REST/DICOM.
REST APIs
Application-to-application communication across the Radian ecosystem.
RabbitMQ
Asynchronous messaging for high-volume cross-application workflows.
Airwallex
Payment and settlement integration.
14 applications. One connected ecosystem.
Independent deployment and scaling allow applications to evolve without requiring the entire platform to move as one unit.
Built for secure, resilient healthcare workflows
Secure data isolation
Multi-tenant readiness through dynamic per-MIP/site messaging queues.
Identity
Centralized identity and Launchpad SSO through Radian Connect.
Resilient messaging
Acknowledgement, dead-letter handling, redelivery and HL7 resend mechanisms.
Financial reliability
Redis-based locking for settlement scheduling.
Consistent security
Common security architecture across the application ecosystem.
Documentation
Single authoritative Interface Control Document.
A connected, scalable and resilient teleradiology platform
End-to-end workflow automation from RIS order intake through radiologist reporting, verification, result delivery and invoicing.
Automated radiologist fee splitting and financial settlement.
Single sign-on across the application suite.
Resilient clinical and financial data exchange.
Multi-tenant readiness through dynamic per-MIP/site messaging queues.
Consistent security across the application environment.
Centralized technical documentation through a single authoritative ICD.
Modern engineering technologies powering connected healthcare
React & Spring Boot
Frontend & backendDedicated frontend and backend applications providing a scalable foundation for the 14-application Radian ecosystem.
RabbitMQ & WebSocket
Messaging & real-timeReliable asynchronous workflows and real-time communication across clinical, financial and collaboration applications.
HL7 & PACS
Healthcare interoperabilityHealthcare interoperability connecting RIS and diagnostic imaging systems through HL7/MLLP and DICOM.
Build the next generation of connected healthcare technology
From teleradiology platforms to healthcare integrations, Peramal engineers technology that connects complex workflows and applications.