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Application Transformation

Application Modernization

Transforming your cloud application to modern cloud-native application development is about creating optimized applications for deployment, execution, and management in a cloud computing environment for security, cost optimization and better scalability. Modernization of applications typically employs cloud-native technologies like containers, serverless computing, and Kubernetes. The security, scalability and dependability of cloud-native applications make them ideal for businesses demanding safe, rapid application deployment.  Multi cloud environments enable applications to spread across several providers, which makes application development more flexible and economical. Microservices, containerization, and cloud-based storage and computing are examples. 

Microservices & Containerizations

DevOps is an approach, process, and collection of technologies that unite software development, IT infrastructure, and operations teams. By automating the software delivery process, DevOps enables businesses to deploy apps and services more quickly. It also improves team collaboration and reduces the amount of manual labor required during the software development cycle. DevOps solutions enable teams to unify infrastructure management, code deployment, and application monitoring. This assists teams in identifying and resolving issues quickly and preserving application stability. Common DevOps tools include Puppet, Chef, and Ansible for configuration management, Jenkins and Travis for continuous integration, and Docker and Kubernetes for containerization.
Containerization is the technique of operating applications in containers, which are autonomous and segregated environments. Containers are distinct from one another and include their software, libraries, and configuration files, making them reliant on their host operating system and enabling them to function almost anywhere without change. Containerization offers a method for deploying programs fast and reliably and is gaining popularity as a method for creating uniform development, testing, and production environments.
The word "microservices" refers to a software architectural strategy that separates big, interconnected systems into smaller, more manageable portions. Microservices are small, self-contained services that may be independently designed, deployed, and expanded to meet changing business demands. This technology has several advantages, including faster time to market, lower maintenance costs, and more scalability. Microservice architectures promote modularity, robustness, and the usage of several technologies and programming languages. By decoupling functionality into different services, organizations can improve their scalability, fault isolation, and ability to innovate and modify their systems.

Modernisation cycle

In the application transformation journey, the first step involves modernizing legacy applications by breaking them down into smaller, modular components using microservices architecture. The next step is to implement containers, like Docker, to ensure consistent and portable deployments across different environments. Adopting DevOps practices comes next, enabling seamless collaboration between development and operations teams, promoting continuous integration and delivery. Data modernization follows, with migration to modern databases and data storage technologies, unleashing the power of real-time analytics. Finally, the transformation culminates with a focus on enhancing security measures and integrating AI technologies for smarter, more efficient applications.

Application Modernization Cycle

What We Offer

Our carefully designed Application Transformation service encompasses modern architecture principles such as containers, DevOps practices, data modernization, and artificial intelligence. With the aim of modernizing applications and systems, AI technologies are integrated to enhance applications with intelligent features, such as natural language processing, machine learning, and predictive analytics. Through our comprehensive approach, we enable businesses to embrace modern architectures and technologies, empowering them to innovate, improve efficiency, and stay ahead in today's rapidly evolving digital landscape.

Related Services

Cloud Migration

Cloud Migration is a process of migrating an application system from legacy architecture to a cloud that usually operates as a service model. Cloud migration can help organizations achieve greater scalability, flexibility, and cost-efficiency in their IT operations. By leveraging the benefits of cloud computing, organizations can reduce their infrastructure and operational costs, improve their ability to rapidly deploy new applications, and enhance their data security and accessibility.

Cloud Management & Monitoring

Cloud management and monitoring services enable businesses to manage, monitor and optimize their cloud infrastructure, apps, and services.

Cloud Security

The policies, procedures, and technologies used to safeguard cloud computing environments' data, applications, and infrastructure resources constitute cloud security. It encompasses the protection of data stored and accessed in the cloud and the security of apps and services used to access that data.