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Development of a Scalable Digital Platform for Enhancing Application Performance and User Experience
  1. case
  2. Development of a Scalable Digital Platform for Enhancing Application Performance and User Experience

Development of a Scalable Digital Platform for Enhancing Application Performance and User Experience

coherentsolutions.com
Technology
Digital Product Engineering
Quality Assurance

Identifying Key Challenges in Transitioning to a Software Platform Provider

The client is seeking a cost-effective, technically proficient partner to support the enhancement of their web applications, including automation of quality assurance processes and critical application support. They face challenges in scalability, performance under load, and delivering positive user experiences as they evolve into a comprehensive software platform provider.

About the Client

A mid to large-sized technology firm transitioning into a software platform provider, focusing on digital services and application robustness.

Project Goals for Developing a Robust, User-Centric Digital Platform

  • Develop a comprehensive stress testing framework to evaluate application performance under various load conditions, proactively identify bottlenecks, and improve software stability.
  • Integrate usability studies into the product development lifecycle to create more intuitive and user-friendly applications, driving higher customer satisfaction and adoption.
  • Implement in-sprint test automation to reduce manual testing efforts, accelerate release cycles, and ensure high-quality releases.
  • Redesign and modernize two critical mobile applications, enhancing architecture, performance, and functionality to meet evolving business needs, improve user satisfaction, and strengthen market competitiveness.
  • Establish a scalable development resource model with dedicated on-site management to maintain team stability, facilitate communication, and support rapid growth.

Core Functional Requirements for a Scalable and User-Focused Digital Platform

  • Stress testing module capable of simulating various load scenarios to evaluate application performance and reliability.
  • Usability research integration tools for user feedback collection, analysis, and best practice application in UI/UX design.
  • Automated testing framework embedded within the development lifecycle for continuous integration and delivery.
  • Application rewriting capabilities for mobile applications, addressing architectural issues, improving performance, and enhancing functionality.
  • Project management features supporting resource scaling, team collaboration, and stakeholder communication, including onsite management interfaces.

Recommended Technologies and Architectural Approaches

Automated testing frameworks (e.g., Selenium, Appium)
Performance and stress testing tools (e.g., JMeter, LoadRunner)
Agile methodologies with Scrum management tools
Mobile development best practices for app rewriting and optimization
Collaborative platforms for onboarding, training, and communication

Essential System Integrations for Seamless Operations

  • External performance and load testing services
  • User research and usability feedback systems
  • Continuous Integration/Continuous Deployment (CI/CD) pipelines
  • Mobile app analytics and monitoring tools
  • Team collaboration and project management tools

Non-Functional System Requirements for Robust Performance

  • System scalability to support increasing user loads and application complexity
  • High availability with minimal downtime to ensure continuous service
  • Robust security measures to protect sensitive data and prevent breaches
  • Performance benchmarks including load capacity for stress testing frameworks
  • Compliance with relevant industry standards and best practices

Anticipated Business Impact of the Digital Platform Development

The project aims to significantly enhance application reliability, reduce manual testing efforts, and speed up release cycles. Success metrics include the development of a stress testing framework to improve application stability, integration of usability insights resulting in higher user satisfaction scores, automation reducing testing time by up to 50%, and mobile applications achieving improved performance, leading to increased customer retention and competitive positioning in the market.

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