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Case Study

Modernizing Wealth Planning Platforms with AI-Driven Engineering

 

Industry

Asset and Wealth Management

Location

Global

Our Contributions

Platform Modernization, Cloud Native Engineering, AI-Led Development

Technologies

GitHub Copilot, Cursor AI, Terraform, Helm, Playwright

Coforge transformed a decade-old legacy COTS-based wealth planning platform into a cloud-native, API-first, AI-powered solution designed for scalability, resilience, and extensibility. By leveraging AI-assisted engineering tools across the software development lifecycle, the program accelerated development velocity, improved code quality, strengthened governance, and reduced total cost of ownership.

The modernized platform introduced advanced capabilities such as risk tolerance assessment, reusable planning templates, model portfolio integration, seamless onboarding workflows, and unified data connectivity across custodial, CRM, and market data systems, enabling a superior advisor and client experience.

 

 

Transformation Timeline

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The Challenge

The client’s legacy wealth planning platform was built on a tightly coupled COTS system that lacked flexibility, scalability, and integration capabilities. This rigid architecture limited innovation and made it difficult to adopt modern APIs, data pipelines, and AI services.

Development cycles were slow and resource-intensive, with engineers spending significant time on boilerplate code, test scaffolding, and integration development. Release cycles were long, and defects were often identified late in the lifecycle.

Data fragmentation across financial planning, onboarding, CRM, custodial, and portfolio systems created inconsistencies and inefficiencies. Limited automation in testing and DevOps further impacted release quality, while the lack of observability made performance monitoring and root cause analysis reactive and time-consuming.

Our Approach

Cloud Native Platform Re-Architecture

Rebuilt the legacy system into domain-aligned microservices supported by a real-time planning engine, enabling scalability and seamless integration.

AI-Accelerated Development

Leveraged GitHub Copilot to generate boilerplate code, test cases, pipelines, and infrastructure templates, improving development speed and consistency.

AI-Driven Refactoring and Optimization

Used Cursor AI to automate cross-module refactoring, dependency optimization, and performance tuning across services.

Automated DevOps and Infrastructure as Code

Implemented AI-generated Terraform, Helm charts, and GitHub Actions pipelines to standardize deployments and improve release efficiency.

AI-Driven Quality Engineering

Enabled automated creation of unit, integration, and contract tests, along with synthetic datasets using Playwright-based test generation.

Partner / Technology Ecosystem

  • GitHub Copilot 

  • Cursor AI 

  • Terraform, Helm, GitHub Actions 

  • Playwright Testing Framework

 

Impact to Date

+30%

Faster Development Cycles

-20%

Reduction in Defects

+60%

Increase in Test Coverage

Improved

System Observability and Reliability