System Replatforming and Optimization for Insurance Enterprise SaaS Suite

The client manages a suite of insurance enterprise solutions, supporting over 1,000 deployments across more than 520 insurance companies. Existing proprietary frameworks and legacy technologies hinder rapid innovation and modernization efforts. Ensuring system resilience, security, and performance during migration is critical, especially given the sensitivity of insurance data. The client seeks to replatform these solutions onto modern web technologies, such as React, without disrupting ongoing operations or compromising data security.

A large-scale insurance technology provider maintaining over 1,000 deployments for multiple insurance organizations, focusing on digitization, automation, and advanced analytics.

• Successfully migrate existing insurance enterprise applications from legacy frameworks to a modern React-based architecture, ensuring minimal downtime and maintaining feature parity.
• Enhance system resilience, security, and performance to meet industry standards and regulations.
• Enable the in-house team to redirect focus towards innovation and development of proprietary frameworks and products.
• Achieve performance optimizations, reduced response times, and improved user experience across all deployments.
• Implement rigorous data validation and encryption protocols to prevent data loss, breaches, and duplicates during migration.
• Allow scalable customization and configuration of validation and security features for different client needs.

• Metadata-driven UI framework capable of flexible form generation for various insurance processes.
• Multi-page web forms with intricate, data-dependent business logic for authorizations, claims, and documentation.
• Secure user authentication and account management interface.
• Data validation mechanisms configurable via the framework, supporting multiple validation scenarios.
• Encrypted requests and secure communication channels with backend systems.
• User authorization controls to prevent unauthorized actions.
• Regular code review, collaboration with backend engineering teams, and bug fixing protocols.

• Existing backend systems for claims, policies, and customer data
• Security modules for encryption and user access control
• Validation services for various data input scenarios
• Authentication and authorization services

• System resilience supporting over 1,000 deployments with minimal downtime
• High performance with optimized response times for multi-page forms
• Data security compliant with industry standards, ensuring no data loss or breaches during migration
• Scalability to support additional customization and client-specific workflows
• Maintainability through code reviews, collaboration, and comprehensive documentation

By migrating legacy insurance solutions to a modern React-based architecture, the project aims to improve system resilience and performance, leading to reduced response times and enhanced user experience. The security enhancements and robust data validation mechanisms will significantly mitigate data loss risks and ensure compliance with industry regulations. This approach will enable the client to focus their internal efforts on innovating proprietary frameworks and products, thereby strengthening their market position, supporting over 1,000 active deployments, and maintaining a competitive edge in the insurance technology industry.