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Website Infrastructure Migration to Enhance Maintainability and Deployment Efficiency
  1. case
  2. Website Infrastructure Migration to Enhance Maintainability and Deployment Efficiency

Website Infrastructure Migration to Enhance Maintainability and Deployment Efficiency

knubisoft.com
Financial services
Business services

Identifying Challenges in Multi-Platform Data Synchronization and Deployment Stability

The client has experienced rapid product growth which has led to difficulties in maintaining data consistency across multiple web systems and achieving stable, faster deployment cycles. The existing infrastructure hampers efficient updates and long-term maintainability, risking increased downtime and operational complexity.

About the Client

A mid-sized FinTech company with multiple web platforms seeking scalable and maintainable web infrastructure to support rapid growth and improve data synchronization across systems.

Goals for Migrating and Optimizing Web Infrastructure

  • Implement a unified and generic web platform architecture to simplify maintenance and support reuse across multiple websites.
  • Streamline release management processes to enable faster and safer deployment across various environments.
  • Ensure that all existing systems are updated to reflect new system requirements, facilitating seamless data synchronization.
  • Deliver a scalable infrastructure capable of supporting future growth and additional web assets with minimal rework.

Core Functional System Requirements

  • A modular architecture based on open-source technologies (e.g., PHP, JavaScript, HTML/CSS) to promote reuse and ease of updates.
  • Dynamic, AJAX-enabled front-end components that improve user experience and responsiveness.
  • Backend systems capable of reflecting system-wide changes and maintaining data integrity across all integrated sites.
  • Comprehensive release management capabilities with staging and production environments to ensure quality and minimize deployment risks.
  • Tools for updating existing links and data references to align with the new system architecture.

Preferred Technologies and Architectural Approaches

Content Management System (CMS) framework with support for modular themes and plugins
AJAX, PHP, JavaScript, HTML/CSS for front-end and back-end development
Version control and deployment automation tools

Necessary External System Integrations

  • External data sources and APIs for real-time data synchronization
  • Legacy systems for link and data updates
  • Deployment environment tools for environment management and rollout automation

Key Non-Functional System Requirements

  • High availability and stability to support 24/7 operations
  • Performance efficiency to ensure fast page loads and data syncing
  • Security measures aligned with industry standards to protect sensitive financial data
  • Scalability to support future growth and additional web assets
  • Maintainability through standardized code and documentation

Projected Business Outcomes and Benefits

The migration is expected to result in a more maintainable web infrastructure, enabling faster release cycles with minimized risks, and improved data consistency across multiple systems. This will support ongoing growth, enhance user experience, reduce operational complexity, and decrease deployment times—mirroring previous successes in streamlining deployment processes and standardizing structures observed in similar projects.

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