Product 1: Thin Client Enterprise Banking Web Application in 2016
Problem Statements
- Traditional banking software requires heavy client installations
- High maintenance efforts and limited flexibility for users
Tech Stacks
- Frontend: HTML5, CSS3, JavaScript, Angular, React
- Backend: Java, Python, .NET
- Infrastructure: Robust server-side frameworks ensuring data security and smooth transactions
Outcomes
- Easier access to banking services through any browser
- Faster updates and lower maintenance costs
- Enhanced user experience with strong security and performance
Solution Approaches
- Build a lightweight, browser-based banking application
- Eliminate the need for local installations while maintaining secure and fast operations
- Leverage strong server-side processing to handle transactions and data securely
Product 2: TCP/IP Load Balancer using C++ Proactor Design Pattern and Boost Library in 2015
Problem Statements
- Needed an efficient way to manage high volumes of client requests across multiple servers Traditional methods struggled with slowdowns and reliability under heavy network traffic
Tech Stacks
- C++ (core programming language)
- Proactor Design Pattern (for asynchronous I/O management)
- Boost Library (for enhanced event-driven functionality)
Outcomes
- Improved system scalability and reliability, even under high traffic
- Achieved faster and more stable server performance
- Simplified development and maintenance of complex asynchronous operations
Solution Approaches
- Built a TCP/IP Load Balancer using the Proactor Design Pattern in C++
- Leveraged asynchronous handling to process multiple client requests without blocking
- Integrated Boost Library to simplify event-driven programming for better scalability
Product 3: eFlow Web Service for Enterprise Banking Application in 2014
Problem Statements
- Difficulty in seamless communication between Java and .NET applications in enterprise banking
- Need for secure, efficient, and reliable data exchange across diverse platforms
Tech Stacks
- Java
- .NET Framework
- Windows Communication Foundation (WCF)
Outcomes
- Achieved secure and efficient communication between different banking systems
- Ensured reliable transactions and seamless data exchange across platforms
- Improved operational stability and customer service in banking environments
Solution Approaches
- Developed eFlow Web Service to act as a bridge between Java and .NET systems Used WCF (Windows Communication Foundation) to enable secure and smooth messaging
Product 4: Hard Disk Drive Spindle Motor Drive and Characteristic Tester(AIO) in 2007
Problem Statements
- Difficulty in accurately diagnosing and maintaining hard disk drives for reliability and performance
Tech Stacks
- Visual C++ for system control development
- NAQDX for data acquisition and analysis
- TeeChart Pro for clear data visualization and algorithm development
Outcomes
- Achieved precise diagnostics and improved efficiency in hard drive testing
- Boosted reliability of hard disk drives through thorough performance checks
Solution Approaches
- Designed a testing system to control, monitor, and analyze hard disk spindle motor behavior for early detection of issues
Product 5: Communication Functions for Remote Monitoring Unit in 2008
Problem Statements
- Needed a reliable, real-time remote monitoring and control system for various platforms
Tech Stacks
- Programming: C and C++
- Embedded Platforms: Microchip and DSP technologies
Outcomes
- Achieved real-time monitoring and control
- Improved system reliability and remote management capabilities
Solution Approaches
- Developed a communication unit that integrates SCADA, cloud, web interfaces, and SMS systems
- Focused on efficient and fast data handling for seamless device communication