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Cloud-Based Revenue Cycle Management Platform Integration
  1. case
  2. Cloud-Based Revenue Cycle Management Platform Integration

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Cloud-Based Revenue Cycle Management Platform Integration

trigent.com
Medical
Healthcare
Information technology

Business Challenges

Existing healthcare clients operate multiple fragmented applications across facilities requiring manual data handling, paper-based processes, and technical intervention for integration. Need for a centralized platform to unify revenue cycle management while maintaining compatibility with legacy systems and ensuring non-technical user accessibility.

About the Client

Software solutions provider specializing in patient workflows and revenue management for hospitals and health systems, established in 1998.

Project Goals

  • Implement N-tier architecture for seamless integration across distributed healthcare systems
  • Eliminate paper-based workflows through automated data exchange
  • Create role-based user interfaces for physicians, finance teams, and patients
  • Reduce customer onboarding time by 50% through platform standardization

Core System Requirements

  • Logic tier acting as universal interface between disparate healthcare applications
  • Secure HTTPS communication with multi-tenancy support
  • Customizable dashboards for facility operations tracking
  • Automated data validation to prevent record duplication
  • Cross-browser compatibility (IE, Chrome, Firefox)

Technology Stack

N-tier architecture pattern
HTTPS encryption protocol
Cloud-native microservices
RESTful API integration layer

System Integrations

  • Legacy hospital information systems (HIS)
  • Electronic health record (EHR) platforms
  • Financial clearance systems
  • Patient registration databases

Operational Requirements

  • Horizontal scalability for 1000+ concurrent users
  • 99.9% platform uptime SLA
  • Role-based access control (RBAC)
  • HIPAA-compliant data handling
  • Zero-downtime customization capabilities

Expected Business Outcomes

Projected 50% faster customer acquisition through simplified deployment, 30% reduction in revenue leakage via automated workflows, and 40% improvement in patient satisfaction scores through real-time status visibility. Platform standardization expected to reduce technical support costs by $250K annually.

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