Kubernetes provides users with containerized services for applications that can work together, so they can run efficiently and homogeneously across the platform, regardless of where they are accessed from. While Kubernetes is responsible for managing these containers or nodes virtually by grouping them in clusters that each come with separate features such as storage and scalability, they need a dashboard to manage them effectively.
As Kubernetes is a web-based open-source platform, a dashboard can provide some much-needed structure. An effective dashboard employs a user interface to deploy containerized applications to Kubernetes clusters, provides troubleshooting capabilities, and allows users to manage their cluster resources. Additionally, it can also provide information about the state of Kubernetes resources in your cluster while highlighting any errors that may arise when you run applications. If you’re looking for a dashboard to manage Kubernetes, take a look at some of our top picks.
- Kubernetes Dashboard
The dashboard is a popular choice to deploy Kubernetes clusters as this graphical user interface is developed to manage, add, edit, delete, and troubleshoot clusters. This dashboard uses graphs and charts to display information about the resources being used in individual clusters and supplements them with numbers.
The availability of information is not only available in hindsight as it can also provide details about the current status of Kubernetes resources. The dashboard is capable of managing complex applications by allowing the users to deep dive into the clusters while also having access to a simpler overview. It also provides users with scalability properties so they can grow their microservices network. While this dashboard is considered to be the primary tool for managing Kubernetes clusters, it is better suited for developing and managing complicated applications due to its advanced functionality.
If you’re an advanced user looking for more detailed management techniques when it comes to your Kubernetes clusters, k8dash can provide you with a powerful dashboard with increased functionality. This dashboard provides you with real-time graphs and charts that can show the performance of your various resources. At the same time, through visualization, you can also see all the moving parts in your cluster, such as nodes, pods, etc., and how well they are functioning.
The real-time functionality eliminates the need for constant refreshing as you can access and view information presented in graphical and tabular form as soon as it’s deployed. The modification of any nodes in your cluster can also be assessed in real-time, and the dashboard can also notify you once the microservices are fully functioning.
The dashboard allows you to reallocate or change the resources for different clusters. When it comes to memory usage, the k8dash can help you visualize it in real-time, and it also incorporates an efficient bin packing system that allows you to access a wide array of microservices that you can incorporate into your applications.
Konstellate comes with a user interface that is dedicated to managing the resources involved in a Kubernetes cluster network. The editor can be used to use your resources effectively by using templates and even searching for any solutions or alternatives that you can use to modify your application. The dashboard also warns users if no compatible connections are available, so they can adjust their resources accordingly.
Konstellate may be used to generate, update, and monitor a variety of resources; however, it can also be exported as Helm Charts and Kustomize templates if you need to import YAML files. The platform has made great strides and has incorporated updates such as allowing users to auto-populate fields in certain templates, operating docker image and local file system synchronization, enabling the GitOps flow, adding tree view to the YAML spec, and running clusters while also enabling the installation of the kubectl plugin.
The Kubernator dashboard uses a code-based user interface that presents all components of a cluster while using namespace and object type to classify them in the navigation tree. The navigation tree also allows Kubernator to display the resources allocated to different groups and overall performance as well. The dashboard also provides extensive connectivity as it allows users to access objects by using multiple APIs.
In the editor, you may update the YAML code, delete, modify, or add a new object. The editor is also capable of making suggestions, displaying changes, and providing a slew of other features that are enough to impress any administrator.
It also comes with a role-based access control (RBAC) viewer that shows the architecture of available roles, access privileges, and bindings. While this dashboard is extremely well-designed, it can only be managed from the client-end, similar to kubectl.
Kubricks is hosted on Electron, which is an open-source framework for software development managed by GitHub. The dashboard focuses on providing users with basic graphs of cluster deployments. The simplistic layout makes it easy for the user to visualize resources and their connections while also making it easy to troubleshoot.
The dashboard offers multiple views, including cluster view and traffic view. Cluster view can display the pods hosted on a specific node, which provides a closer analysis of how kublets connect with resources. This view also provides an analysis of the volumes involved.
Conclusion to the Best Dashboards For Kubernetes
The traffic view provides a closer analysis of how the requests directed to different parts through services are rendered. Additionally, this year also highlights any errors that result from port mapping to provide troubleshooting capabilities.
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