Rehosting, also known as “lift and shift,” involves migrating an application to a new infrastructure platform, typically a cloud-based one. The application is moved as-is, with no changes to the code, architecture, or functionality. With this approach, we can provide immediate cost savings and operational benefits, but it does not address the technical debt or limitations of the legacy application.
Our Refactoring technique involves modifying the application’s code or architecture to improve its performance, scalability, or maintainability.
This approach focuses on identifying and eliminating technical debt, which can be a significant obstacle to application modernization.
Refactoring can involve making incremental changes to the application’s code, using techniques such as modularization, encapsulation, and decoupling.
Replatforming involves migrating the application to a new platform that is designed to support modern architecture and technologies. This approach typically involves making some changes to the code or architecture to take advantage of the new platform’s features and capabilities.
For example, moving an application from a monolithic architecture to a microservices architecture.
With this technique, we redesign the application’s architecture from the ground up to better align with modern best practices and technologies. This approach can involve significant changes to the code and functionality of the application and may require a significant investment of time and resources.
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We provide several benefits to organizations looking to scale up their operations through IT team augmentation. We offer a flexible and cost-effective solution for organizations that need to scale up their workforce quickly and efficiently.
Our Modernized applications provide better user interfaces and features that improve customer satisfaction, and engagement and can keep pace with new trends.
OTS modernization and automation approach, typically lower the operating cost of the application. Our customers typically save 30-50% lower application maintenance and running costs than their existing environment.
Our application modernization services can help organizations respond quickly to the changes in the business environment and customer needs, and deploy new features and services faster.
Modernized applications deployed on the cloud typically scale better to handle increasing volumes of data and users, including lower performance issues and downtime.
Our modernization approach can focus on addressing security vulnerabilities and compliance issues, to reduce the risk of data breaches and regulatory penalties. We provide continuous upgrades and bug fixes against new threats including the safety of customer data.
Some standard tools and technologies used in application modernization services include cloud computing, microservices, containerization, APIs, DevOps, and automation.
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Application modernization refers to the process of updating, refactoring, or transforming legacy applications to make them more efficient, scalable, and compatible with modern technologies.
Application modernization is important because it enables organizations to keep up with changing business needs, technological advancements, and customer expectations. It also helps organizations reduce technical debt, improve application performance, and increase agility and flexibility.
To ensure a successful application modernization project, we establish clear goals and objectives, involve key stakeholders, perform a thorough assessment of the application and its dependencies, select the appropriate modernization approach, allocate sufficient resources, and establish a clear plan and timeline for implementation.
Cloud computing can be leveraged for application modernization by enabling organizations to migrate legacy applications to the cloud, leverage cloud-native technologies and services, and take advantage of the scalability, flexibility, and cost-effectiveness of cloud computing.
Factors to consider when deciding on an application modernization approach include the application’s business criticality, the complexity of the application, the desired level of modernization, the available resources, and the budget.
