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At the DevOps World | Jenkins World 2019 conference, CloudBees announced that the latest version of its CloudBees Accelerator platform now supports cloud bursting to all three of the major public cloud service providers.
CloudBees Accelerator makes it possible to distribute the build, quality assurance and testing cycles across a large cluster of inexpensive servers. Version 11.1 further extends that capability into the public cloud by adding support for Microsoft Azure and Google Cloud Platform, alongside existing support for Amazon Web Services (AWS).
Company CEO Sacha Labourey said as organizations embrace multiple clouds for application development and deployment, continuous integration/continuous deployment (CI/CD) platforms will need to span hybrid cloud computing environments. Most organizations are not yet making use of multiple public clouds to develop an application, but they are increasingly relying on external cloud resources to augment the infrastructure resources they have available in on-premises IT environments.
In addition to providing cloud bursting support for Azure and GCP, version 11.1 of CloudBees Accelerator provides support for Android Q, a forthcoming update to the widely employed mobile operating system due out in the third quarter of this year. Other new capabilities include support for the SSL and TLS cryptographic protocols and improvements to out-of-the-box support for Windows, including the ability to distribute and cache Visual Studio projects.
Version 11.1 of CloudBees Accelerator also now makes it possible to apply CloudBees Electrify, a framework for optimizing the use of all available infrastructure in parallel, to accelerate build tools such as MSBuild and Scons. In addition, it provides improvements for the open source Yocto Project, an initiative from the Linux Foundation that streamlines the creation of Linux distributions for embedded systems. CloudBees Accelerator enables developers to at least triple the speeds of builds using BitBake build tools or Buildroot files and patches.
As expansion occurs in both the volume and types of applications that organizations rely on to build and deploy faster, the need to rely more on automation also is increasing. Many DevOps processes that organizations adopt initially have been crafted manually. As organizations become more adept, however, it becomes apparent there is an opportunity to automate a wide range of lower-level processes. Frameworks such as CloudBees Accelerator essentially provide a layer of abstraction that enables organizations to devote more time and energy to writing application code.
In fact, the next wave of organizations adopting DevOps is likely to benefit greatly from all the processes that the first wave of adopters helped automate by identifying best DevOps practices. It remains to seen just how automated the entire CI/CD environment can become with the rise of, for example, artificial intelligence (AI), but with each passing upgrade cycle, the accessibility of DevOps increases thanks primarily to advances in automation. Those advances not only make it easier to share best DevOps practices across an enterprise, but they also make it feasible for more organizations to embrace DevOps because the level of expertise required to master those DevOps processes declines.
