- #Solroberts quiz press how to#
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The following examples are currently available:
#Solroberts quiz press how to#
Take a look at the examples directory in this repository to findĮxamples of how to package and deploy Kubernetes applications using Gravity. Kubernetes cluster, with all deployed applications inside, even in an
Installation wizard for both CLI and web browser GUI.Īn image is all one needs to re-create the complete replica of the original. Built-in cluster orchestrator which guarantees HA operation, in-place. De-duplicated layers of all application containers inside a cluster. All Kubernetes binaries and their dependencies. Cluster ImagesĪ Cluster Image produced by Gravity includes: 
It allows you to focus onīuilding your product instead of managing Kubernetes. Proactively manage it can benefit from Gravity.
Deploying and running complex SaaS applications in thousands of edge locations (retail, transportation, energy, etc).Īnyone who needs Kubernetes best practices out of the box, without having to. Deploying and running complex SaaS applications into on-premises enterprise environments. We have seen the following primary use cases for using a image-based Kubernetes approach Pick a Runtime but Gravity does not allow any customization of These components are called a "Kubernetes Runtime". Tested by Gravitational Inc for compatibilityĪnd stability. Gravity clusters only allow Kubernetes components that have been thoroughly. Installing clusters on infrastructure that does not meet the system requirements. This allows cluster designers to prevent users from Gravity includes tools to perform infrastructure validation prior toĬluster provisioning. developers can have access to thousands of k8s APIĮndpoints even if they're located behind NAT/firewalls. Gravity clusters deployed world-wide can be remotely managed via built-in. It even records the interactive SSH and kubectl exec sessions. Gravity clusters are always "wrapped" with a privileged access gateway calledĪuthentication, integrates with SSO and keeps a detailed audit log for compliance. There is no configuration drift over time no clusters created from the same imageĪre always identical. On compliance and reducing the overhead of managing Kubernetes: Most of them aim to beįlexible, general purpose platforms. There are plenty of Kubernetes distributions out there. Gravity has been running in production in major financial institutions, Locked-down AWS/GCE/Azure environments or even in air-gapped server rooms.Īn image can run without human supervision, as a "kubernetes appliance". #Solroberts quiz press full#
tar files.Ī cluster image can be used to re-create full replicas of the originalĬluster in any environment where compliance and consistency matters, i.e.
Images are called cluster images and they are just. Gravity is an open source toolkit for creating "images" of KubernetesĬlusters and the applications running inside the clusters. Project LinksĮxamples of applications packaged with Gravity With Gravity, Kubernetes apps can run and be regularly updated anywhere in That takes the drama out of deploying and running applications in someoneĮlse's cloud accounts, on-premise data centers, edge locations and other Gravity is a Kubernetes packaging solution Please see our blog post for more information: The project's development has been limited to maintenance and support for ourĬommercial customers until maintenance agreements expire. The Gravity project is no longer under active development.
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