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Event-Driven Architecture Implementation for Insurance Operations Optimization
  1. case
  2. Event-Driven Architecture Implementation for Insurance Operations Optimization

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Event-Driven Architecture Implementation for Insurance Operations Optimization

trigent.com
Insurance
Financial services

Current Operational Challenges

Fragmented application ecosystem causing integration difficulties, race conditions, and unaddressed dependencies leading to delayed resolution of critical business object modifications. Inefficient communication between systems results in performance degradation and downstream consumer errors.

About the Client

A technology-enabled, independent insurance provider specializing in life insurance and financial wellbeing solutions with nationwide agent networks and a corporate team of 150+ professionals

Strategic Objectives

  • Implement scalable event-driven architecture for real-time interapplication communication
  • Resolve race conditions and dependency management issues
  • Enhance system performance through event-triggered execution
  • Establish robust communication infrastructure for future scalability

Core System Requirements

  • Event-triggered function execution mechanism
  • Centralized event management and routing
  • Real-time data synchronization across applications
  • Dependency resolution framework
  • Performance monitoring dashboard

Technology Stack

PHP/Laravel
.NET
Python
Azure
Docker

System Integrations

  • Legacy insurance applications
  • Lead Custody Repository (LCR) system
  • Agent network platforms
  • Corporate operations systems

Operational Requirements

  • High-throughput event processing capability
  • 99.99% system availability
  • Real-time latency <200ms
  • Automated dependency resolution
  • Scalable container orchestration

Expected Business Impact

Transition from scheduled to event-triggered execution will reduce processing delays by 70%, improve system reliability through race condition elimination, and enable 40% faster resolution of critical business operations while reducing infrastructure costs through optimized resource utilization.

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