Enhancement of Online Learning Platform with Advanced Authentication and Performance Optimization

The client requires modifications to their preexisting online learning platform to improve authentication features across mobile and web applications. They also need a comprehensive code audit to enhance overall architecture, ensuring a seamless and faster user experience, as their current system has performance limitations and architectural deficiencies.

A mid-sized educational technology company developing an online platform for course creation and sharing, aiming to enable both individual instructors and corporate training programs.

• Implement a secure and efficient login system to support both web and mobile users.
• Refactor existing modules following best practices to improve code maintainability, scalability, and performance.
• Conduct a thorough code audit to identify architectural bottlenecks and provide recommendations for future improvements.
• Enhance application responsiveness, leading to faster load times and smoother user interactions.

• Secure login and authentication module supporting multiple platforms (web and mobile).
• Code refactoring of existing modules to align with industry best practices for maintainability and scalability.
• Performance optimization routines to improve load times and reduce latency.
• Recommendations documentation for future architecture enhancements and best practices.

• Third-party authentication services (optional) for enhanced security
• Analytics tools for performance monitoring
• Continuous integration/deployment pipelines

• Application should run at least 2x faster post-optimization.
• Ensure compliance with security standards for authentication and data handling.
• System should be scalable to accommodate future user growth without performance degradation.

The project aims to deliver a more reliable, faster, and secure online platform, resulting in improved user satisfaction and engagement. Expected outcomes include at least doubling application speed, increased user trust through enhanced security, and a scalable architecture supporting future growth and feature expansion.