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Accelerating Business Application Development by 6 Months Using Model-Driven Low-Code Platform
  1. case
  2. Accelerating Business Application Development by 6 Months Using Model-Driven Low-Code Platform

Accelerating Business Application Development by 6 Months Using Model-Driven Low-Code Platform

qubiz.com
Business services

Business Challenges in Maintaining Obsolete Applications and Accelerating Development

The client aims to deliver future-proof software but faces recurrent rebuilds of applications and interfaces every few years to stay current. This process prolongs delivery timelines and hampers the ability to quickly adapt to evolving business needs. They require an adaptable development approach that reduces rebuild time and maintains relevance without sacrificing quality.

About the Client

A mid-sized enterprise specializing in bespoke business-critical software solutions, seeking to enhance development speed and application relevance.

Goals to Enhance Application Development Efficiency and Business Agility

  • Reduce application development cycle time by approximately 6 months per project.
  • Leverage model-driven development to ensure ongoing relevance and reduce obsolescence.
  • Enhance collaboration between technical teams and stakeholders through a unified platform.
  • Improve application quality and maintainability through automation and dynamic modeling.
  • Enable seamless data migration and business logic integration from legacy systems.
  • Build or upgrade digital enterprise solutions with efficient back-office functionalities.

Core Functional System Requirements for Accelerated and Adaptive Development

  • Robust back-office solution modules for data management and process automation.
  • Data migration capabilities to import legacy business logic and datasets.
  • AI-assisted model generation to automate documentation, testing, and code generation.
  • Reusable building blocks to create mission-critical enterprise applications.
  • Dynamic configuration and feature management to support runtime interpretation.
  • Integration with existing enterprise systems to enable seamless data exchange.

Preferred Technologies and Architectural Approach for the Development Platform

Model-driven development frameworks
AI-powered automation tools
Runtime interpretation architecture
Low-code / No-code development platforms
Automation for documentation and testing

External System Integrations for Data and Business Logic Migration

  • Legacy enterprise applications
  • Business logic and data migration tools
  • Existing enterprise data systems

Key Non-Functional Requirements for a Scalable and Reliable System

  • System scalability to support increasing complexity and user load
  • High performance with rapid response times for complex configurations
  • Security and compliance for sensitive business data
  • High reliability and uptime to support critical business functions
  • Extensibility to accommodate future feature additions

Projected Business Benefits and Performance Improvements from the New Development Initiative

By adopting this platform, the client anticipates reducing project delivery times by approximately 6 months, delivering higher quality applications more rapidly. This will enable faster deployment of business solutions, improve customer satisfaction, and support sustainable growth through continuous innovation and responsiveness to market changes.

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