Balance innovation and agility with security and compliance
risks using a 3-step process across all cloud infrastructure.
Step up business agility without compromising
security or compliance
Everything you need to become a Kubernetes expert.
Always for free!
Everything you need to know about Magalix
culture and much more
The newest version of Kubernetes is about to get released. The question is what to expect from version 1.17. In this article, we have a brief overview of some of what Kubernetes 1.17 brings with it.
The kubeadm tool is one of the ways you can set up a Kubernetes cluster on your own. Some higher-level tools may also use kubeadm behind the scenes like Terraform. Sometimes, those tools need to parse and process the output produced by the kubadm command. Any slight change to this output may break the chain. This feature allows kubeadm to generate structured output that can be consumed by other tools. For example, using kubeadm command -o json will produce the output in JSON format. This feature is in the alpha stage.
This feature was already in Kubernetes since version 1.12. In this release, it finally graduates to stable stage. The feature basically allows the node controller to taint a node based on some predefined conditions that it observes. As usual, the user can opt to ignore those taints by adding the appropriate tolerations to the pods.
Another feature finding its way to stable. Like #382, this feature was already in Kubernetes since version 1.12 but in earlier stages of development. Through this change, DaemonSet pods are scheduled using the kube-scheduler just like other pods instead of being scheduled by the DaemonSet controller. The advantage of this is that DamonSets are treated the same way as other pods honoring pod priority and preemption.
Now you can assign IPv4 and IPv6 to the pods. This feature is in the apha release and is under heavy development so expect a lot of changes in this and upcoming releases.
By default, when a Service of type LoadBalancer is deleted, the underlying LoadBalancer resource should be deleted as well. However, in some cases, the LoadBalancer is not deleted after the Service is destroyed. This feature ensures that the LoadBalancer is removed when the Service is deleted. The deletion process will be blocked until the LoadBalancer is totally removed.
This feature has been in Kubernetes since 1.12. In this release, it is graduating to Beta. You can use VolumeSnapshot and VolumeSnapshotContent to create and use volume snapshots.
In this article, we discussed some of the most notable features of the Kubernetes 1.17.
Protect your cloud infrastructure by understanding the key vulnerability areas according to the shared responsibility model.
Know more about the 4 main types of “leaks” that commonly occur with cloud asset management, and some useful strategies to address them.
With the NIST cybersecurity framework implemented using policy-as-code, companies can strengthen their security processes. Learn more.