Kubernetes has various automation features that can be helpful for DevOps processes. The solution also lets users automate their provisioning and other aspects of environment lifecycles. In addition, utilizing Terraform’s version control integration allows the system to perform runs automatically once a pull request is merged into the system’s main branch. It can then automatically restore systems to protect these desired states. For example, Terraform’s remote state feature can automatically save states for updates by subsequent runs. Automation can provide consistency between runs, features for controlling Terraform output, and more. Terraform users can automate their infrastructure provisioning, compliance and management. These are just a few lifecycle capabilities that users can manage through their Kubernetes solutions. The Kubernetes self-healing feature can also manage failed containers when they fail or when nodes die. Kubernetes can replace containers that fail based on the user’s preferences.
They follow a lifecycle to test the container states based on their health. Pods are the smallest deployable computing units in Kubernetes and are a group of one or more containers with shared storage and network resources.
#What is kubernetes in devops software#
Users of Kubernetes software can manage the lifecycles of their pods. Users can also perform other lifecycle management options to avoid or adjust their resource deletion. Users can use arguments within their lifecycles to review the resources managed by their Terraform state file, prevent the destruction of resources, and create resources before they are destroyed. Resources are Terraform’s term for one or more infrastructure objects. These involve custom rules for creating and destroying resources. Terraform users can manage their resource lifecycles with lifecycle arguments. However, to facilitate the operation of multi-cloud clusters, some automation features like scaling and healing may need to be configured to only apply to nodes from just one cloud provider or deactivated altogether. This is helpful for container storage across cloud infrastructures, as the container storage interface manages the storage between Kubernetes and a cloud provider’s APIs. In addition, Kubernetes makes it possible for multiple cloud providers to be used within the same managed Kubernetes cluster. It is an open-source tool that enables users to use hybrid, cloud or on-premises infrastructures.
Kubernetes can also be deployed across multi-cloud environments. This way, users can utilize the same workflow to manage multiple vendors and cross-cloud dependencies. These providers have infrastructure-specific APIs, and Terraform uses the features from different providers to organize them in a single topology. Its multi-vendor infrastructure topologies enable users to manage workflows consistently across over 200 available providers. Terraform can perform compliance and management in a multicloud environment. Kubernetes feature comparisonĬommon features of Terraform and Kubernetes Multicloud deployment In addition, it is platform-independent, allowing users to orchestrate and manage their containerized applications across multiple hosts. Kubernetes is an open-source software system that helps users manipulate containers upon their infrastructure quickly and automate their software deployment. It enables developers to utilize their repeatable and scalable data center infrastructure with software features and capabilities that will underlie their development projects. Terraform is an open-source infrastructure as a service software platform created by HashiCorp. SEE: Hiring kit: Back-end Developer (TechRepublic Premium) What is Terraform? This article will explain the features and capabilities of each of these DevOps solutions. Though these products have overlapping capabilities, they take different approaches to assist users in their application processes, as Terraform is an infrastructure tool and Kubernetes is a container orchestration tool. Terraform and Kubernetes are two software systems that each provide helpful tools and features for the application development lifecycle. In order to efficiently and quickly develop and deliver applications, many software tools on the market can help shorten the systems development lifecycle and support the infrastructure management process. Image: faithiecannoise, Getty Images/iStockphoto For more info, visit our Terms of Use page. This may influence how and where their products appear on our site, but vendors cannot pay to influence the content of our reviews. We may be compensated by vendors who appear on this page through methods such as affiliate links or sponsored partnerships.
This article compares the similar and unique capabilities of Terraform and Kubernetes software based on their usefulness for DevOps processes.
Terraform vs Kubernetes: DevOps tools comparison
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