Deploying Advanced Docker Technology To Accelerate Software Development

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docker technology
  • 1 year ago
  • Posted: July 17, 2020 at 2:27 pm

Advanced Docker container technology presents several strategic solutions to accelerate your software development and delivery pipeline. As a standard unit of software, Docker containers compact code and dependencies into single, comprehensive packages. Docker container technology helps software engineers manage their code throughout the development process. Its sophisticated packaging technique allows applications to run quickly and reliably from one computing environment to another. Because Docker container images are lightweight, standalone, and executable, they can optimize software applications regardless of hardware infrastructure. Read on to learn about how Docker container technology accelerates software development and delivery.

Enhanced Program Security 

Docker containers provide enhanced program security during your software development process. Docker provides one of the strongest default isolation capacities in the software industry. Containerized solutions secure the dynamic nature of software deployments by integrating testing into the development cycle. As the code is created, the container technology flags vulnerabilities in the CI/CD pipeline. As the containers move towards deployment, security ensures that the approved image has not been modified. Then, runtime container monitoring searches for any signs of malicious behavior, allowing for granular enforcement of policies that only permit authorized activity. These containerization philosophies are essential for businesses looking to pay more attention to cybersecurity. Docker containerization technology enhances program security to optimize the software development process.

Advanced Container Registries

Another way Docker technology accelerates the software delivery process is through advanced container registries. You can utilize container registries as a single access point to manage and organize your software development team’s Docker images. An advanced container registry is able to support Helm Chart repositories to gain insight to your Kubernetes deployments. Once integrated into your build ecosystem, advanced container registries provide reliable, scalable, and efficient access to remote Docker containers. Container registries can support your current and future business model by utilizing on-prem/self-hosted, hybrid, and multi-cloud environments. Advanced artifactory container registries are essential to accelerate your team’s software development process.

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Improved Portability And Transferability 

Many software developers are turning to containerization for its improved portability and transferability. Applications running in Docker containers can be easily deployed on multiple different operating systems and hardware platforms. Docker container registries optimize software development by providing a more consistent operation. For example, DevOps teams know that applications within the container are easily transferable. Once integrated, they will run the same, regardless of where they are deployed. From distinct computer interfaces, smartphone operating systems, or alternate computing environments, these containers can ensure the same high-quality performance. Furthermore, containers support agile test and production cycles, streamlining the application pipeline. Improved portability and transferability are vital to acceleration the program development process.

Optimized Modularity

Docker container technology can also streamline application development with its optimized modularity. Rather than running the entire program within a single container, the application can be split into modules. For instance, your software team might choose to split up the database and the application front end. This modular method is known as the microservices approach. When apps are constructed this way, they are easier to manage. Each module is relatively simple, allowing for changes within a single module without having to rebuild the entire program. Fortunately, Docker containers are very lightweight. Therefore, microservices can be instantiated only when they are necessary and immediately available. Docker containers’ optimized modularity is crucial to accelerating the application development cycle. 

CI/CD

Through the deployment of continuous integration and deployment strategies, Docker’s advanced containerization platform can largely improve your software development and delivery pipeline. Docker containers utilize Integration/Continuous Deployment (CI/CD) to deliver code quickly and efficiently. CI/CD is a DevOps methodology designed to encourage program developers to integrate their code into a shared repository early and often. This is significantly more efficient than building out application features in isolation and integrating them at the end of the development cycle. By using CI/CD Docker containers, your enterprise team can run multiple development environments from the same host. This enables you to run test suites to efficiently see if a new code change works properly. CI/CD is essential for Docker containerization to expedite the software delivery process.

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There are several sophisticated ways Docker container technology accelerates the software development and delivery process. Throughout your application cycle, Docker containers provide enhanced program security. These resources are essential to prevent against dangerous software vulnerabilities. In addition, advanced container registries help manage your enterprise team’s Docker images, Helm Chart repositories, and Kubernetes deployments. Docker container technology also provides improved portability and transferability. Furthermore, containerization’s optimized modularity streamlines program development by breaking down the code into microservices. CI/CD maximizes software cycle efficiency by allowing multiple development environments to run from the same host. Consider the points mentioned above to learn how Docker container technology accelerates software development and delivery.

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