Compare BuildPiper vs. Kobee

The solution addresses the three key elements of Time, Cost, and Productivity, alleviating concerns for your technology teams. Introducing a new service environment is a straightforward process, as BuildPiper allows effortless modification and duplication of build and deployment specifications from existing environments. This cloning capability significantly streamlines the creation of new environments, making it both rapid and efficient. Additionally, BuildPiper features a well-structured ‘Build Details setup template’ that can easily construct the docker image of the service with just a few straightforward inputs and configurations. For any custom requirements in the docker build process, BuildPiper accommodates them seamlessly! With the inclusion of Pre hooks and Post hooks, it facilitates the execution of personalized steps before and after the Docker image is created. Furthermore, the build template permits the establishment of CI checks right at the build definition stage, ensuring thorough oversight throughout the process. This comprehensive approach not only enhances the efficiency of the build process but also empowers development teams to innovate without being bogged down by the complexities of environment management.

When it’s essential to maintain complete oversight and control, as well as utilize an automated CI/CD toolchain that seamlessly integrates into your enterprise setup, each project can operate within various life cycles. These life cycles offer a tailored workflow that facilitates the automation of tasks needed to navigate the development and release phases effectively. The framework accommodates both Release and Package-based builds, whether for Distributed systems or Mainframe environments. Continuous integration (CI) can be implemented alongside options for scheduled or on-demand builds. Once a release is constructed, it is preserved as an archive for future reference. The system supports different build types, including Full Build, Partial Build, Production-based Partial Build, or tag-based Partial Build. Following the build process, the automated deployment mechanism transfers the release or package to the suitable Test or Production environment. Each solution utilizes a specific set of pre-defined yet customizable actions—referred to as "Solution Phases"—to streamline and automate this deployment process, ensuring efficiency and consistency throughout the project lifecycle. This approach not only enhances productivity but also reduces the risk of errors during deployment.