What does mean Application Re-Engineering?
Application re-engineering involves upgrading and modernizing legacy software systems to meet current and future needs. This process includes analyzing and transforming existing software to overcome limitations and enhance performance.
It's a cost-effective alternative to building a new system from scratch, but it requires careful risk management and testing to address potential issues. The goal is to create a system that can adapt to changing market conditions and customer demands.
- An optimized feature set and simplified application design
- Performance improvements gained by optimizing code
- Process continuity despite any staff turnover
- Ability to leverage modern technologies
- Cost and risk reduction
- Ability to add new feature and capture new opportunities
What you get with OTAKOYI
- 01Enhanced Efficiency & Streamlined Processes
Revitalize your legacy applications through OTAKOYI's effective re-engineering, transitioning them to contemporary platforms with optimized architectures. This transformation eliminates operational delays and unnecessary phases, enhancing the overall viability and efficiency of your organization's operations and management.
- 02Revamped User Experience (UX)
Liberate your applications from outdated interfaces by embracing a modern UI/UX. OTAKOYI employs the latest design methodologies, incorporating psychology-driven UI/UX principles to boost user attention, engagement, and recall. Elevate your applications with a refreshed user experience aligned with cutting-edge design standards.
- 03Modernization of Legacy Systems
Empower your legacy systems with cutting-edge technologies such as AI, Machine Learning, and Voice Interfaces for intelligent decision-making and graphical data visualization. OTAKOYI also employs modern approaches like microservices to redesign software architecture, fostering increased agility, performance, and scalability.
- 04Accelerated Software Rollout through Re-Engineering
Re-engineering with OTAKOYI is not only a cost-effective solution for product quality improvement but also expedites the deployment process. By focusing on reengineering existing applications, this approach maximizes development efficiency, saving significant time in the software rollout.
- 05Sustained Long-Term Application Performance
Our dedicated support team actively monitors application performance. In the event of glitches, our support team swiftly addresses and resolves issues to prevent recurrence. With our re-engineering services, we update your existing architecture and technology stack, ensuring optimal efficiency and sustained long-term performance.
Benefits of Application Re-Engineering
- Understand Requirements
The initial step involves gaining a comprehensive understanding of why application re-engineering is necessary and what specific objectives it aims to achieve. This includes defining both the business and technical requirements that the new application must meet.
- Analyze Current Application
Conducting a thorough analysis of the existing application is crucial. This analysis encompasses evaluating the architecture, design, code, limitations, issues, and dependencies of the current application. Areas that require improvement are carefully identified during this stage.
- Create a Re-engineering Plan
A detailed plan is formulated to guide the re-engineering process. This plan outlines the steps to be taken, the resources required, established timelines, and potential risks. The creation of this plan is essential to ensure a well-organized and structured effort throughout the re-engineering process.
- Redesign Application
The architecture and design of the application undergo significant enhancements in this step. The aim is to overcome limitations from the past, optimize overall performance, and simplify the existing code. Industry best practices are carefully considered during the redesign process.
- Rewrite Application Code
Portions of the entire application code are rewritten using improved technologies, patterns, and coding standards. The objective is to make the code more extendable and manageable, contributing to the overall effectiveness of the re-engineered application.
- Test Re-engineered Components
Re-engineered components are subjected to rigorous testing, both individually and collectively. This testing phase is crucial for identifying and correcting any flaws or issues before the full deployment of the re-engineered application.
- Deploy New Application
The re-engineered application is deployed following thorough testing. Users undergo training to ensure a smooth transition, and data is migrated from the previous system to the newly re-engineered one.
- Monitor Post-Re-engineering
Post-reengineering, the application is closely monitored to ensure that it functions as intended. This monitoring phase serves to identify any potential areas for improvement, providing valuable insights for subsequent re-engineering cycles.
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