App Modernisation

Application modernization is the practice of updating older software for newer computing approaches, including newer languages, frameworks, and infrastructure platforms. This practice is also sometimes called legacy modernization or legacy application modernization. It is the software development equivalent of renovating an older home to take advantage of improvements to efficiency, safety, structural integrity and so forth. Rather than retiring an existing system or replacing it wholesale, legacy modernization extends the lifespan of an organization’s applications while also taking advantage of technical innovations.

App Modernisation

Application modernization is the practice of updating older software for newer computing approaches, including newer languages, frameworks, and infrastructure platforms. This practice is also sometimes called legacy modernization or legacy application modernization. It is the software development equivalent of renovating an older home to take advantage of improvements to efficiency, safety, structural integrity and so forth. Rather than retiring an existing system or replacing it wholesale, legacy modernization extends the lifespan of an organization’s applications while also taking advantage of technical innovations.

App Modernisation

Application modernization is the practice of updating older software for newer computing approaches, including newer languages, frameworks, and infrastructure platforms. This practice is also sometimes called legacy modernization or legacy application modernization. It is the software development equivalent of renovating an older home to take advantage of improvements to efficiency, safety, structural integrity and so forth. Rather than retiring an existing system or replacing it wholesale, legacy modernization extends the lifespan of an organization’s applications while also taking advantage of technical innovations.

Key Technologies for Application Modernization

Cloud Computing

When people discuss application modernization, they are typically referring to the process of migrating traditional applications to run in modern cloud environments. These include public cloud platforms, private clouds and hybrid clouds (which usually refer to public and/or private clouds integrated with on-premises environments.)

Containers

Containers are a cloud-centric method for packaging, deploying and operating applications and workloads. The big-picture benefits associated with containerization include greater scalability, portability and operational efficiency that is well-suited for cloud infrastructure, and especially multi-cloud and hybrid cloud environments.

Microservices

This is not so much a technology as an architectural choice. Instead of building and operating an application as a single, complete codebase—usually called a monolith, or monolithic development—you decouple different components into smaller, discrete pieces that can be deployed, updated and operated independently.

Orchestration and Automation

Orchestration in software development refers to the automation of many of the operational tasks associated with containers, including deployment, scaling and networking. Automation in general is an important principle and technology, as it is increasingly necessary to ensure that development, operations, and security.

Key Technologies for Application Modernization

Cloud Computing

When people discuss application modernization, they are typically referring to the process of migrating traditional applications to run in modern cloud environments. These include public cloud platforms, private clouds and hybrid clouds (which usually refer to public and/or private clouds integrated with on-premises environments.)

Containers

Containers are a cloud-centric method for packaging, deploying and operating applications and workloads. The big-picture benefits associated with containerization include greater scalability, portability and operational efficiency that is well-suited for cloud infrastructure, and especially multi-cloud and hybrid cloud environments.

Microservices

This is not so much a technology as an architectural choice. Instead of building and operating an application as a single, complete codebase—usually called a monolith, or monolithic development—you decouple different components into smaller, discrete pieces that can be deployed, updated and operated independently.

Orchestration and Automation

Orchestration in software development refers to the automation of many of the operational tasks associated with containers, including deployment, scaling and networking. Automation in general is an important principle and technology, as it is increasingly necessary to ensure that development, operations, and security.

Key Technologies for Application Modernization

Cloud Computing

When people discuss application modernization, they are typically referring to the process of migrating traditional applications to run in modern cloud environments. These include public cloud platforms, private clouds and hybrid clouds (which usually refer to public and/or private clouds integrated with on-premises environments.)

Containers

Containers are a cloud-centric method for packaging, deploying and operating applications and workloads. The big-picture benefits associated with containerization include greater scalability, portability and operational efficiency that is well-suited for cloud infrastructure, and especially multi-cloud and hybrid cloud environments.

Microservices

This is not so much a technology as an architectural choice. Instead of building and operating an application as a single, complete codebase—usually called a monolith, or monolithic development—you decouple different components into smaller, discrete pieces that can be deployed, updated and operated independently.

Orchestration and Automation

Orchestration in software development refers to the automation of many of the operational tasks associated with containers, including deployment, scaling and networking. Automation in general is an important principle and technology, as it is increasingly necessary to ensure that development, operations, and security.

Q&A

How it Works

Application modernization is the process of updating legacy applications to scalable, cloud-native app environments by using modern technology stacks, Through this process, applications can continue to meet modern user expectations as they evolve.

Application modernization is the process of taking existing legacy applications and modernizing their platform infrastructure, internal architecture, and/or features, Moving an application from on-premises to cloud with no thought to the ROI is moving applications just to move them.

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ready to serve you..!
Request a call back

    Q&A

    How it Works

    Application modernization is the process of updating legacy applications to scalable, cloud-native app environments by using modern technology stacks, Through this process, applications can continue to meet modern user expectations as they evolve.

    Application modernization is the process of taking existing legacy applications and modernizing their platform infrastructure, internal architecture, and/or features, Moving an application from on-premises to cloud with no thought to the ROI is moving applications just to move them.

    We are always
    ready to serve you..!
    Request a call back

      Q&A

      How it Works

      Application modernization is the process of updating legacy applications to scalable, cloud-native app environments by using modern technology stacks, Through this process, applications can continue to meet modern user expectations as they evolve.

      Application modernization is the process of taking existing legacy applications and modernizing their platform infrastructure, internal architecture, and/or features, Moving an application from on-premises to cloud with no thought to the ROI is moving applications just to move them.

      We are always
      ready to serve you..!
      Request a call back