Kubernetes is one big revolution that has won immense appreciation not just from the developer fraternity but also from the large-scale technical business enterprises – given its ease of use and scalability features. It is proving effectiveness every passing day – challenging the existing systems supported for deployment.
Being an open-source software and allowing a brilliant deployment with containerization of applications and scalability ease, Kubernetes has potentially challenged the docker system. As it effectively manages the clusters in Amazon EC2, the advantages are multiplied – bringing double the delight for the development teams.
Kubernetes is open-source software and hence, enables the running of containerized applications without an actual need for altering the operational tools or architecture. The added features in AWS made it all the more favorable to run Kubernetes by inducing automation and integrating it with services such as VPC, IAM as well as service discovery. On top of these, the advantages reflect through higher security, scalability and ready availability of extended AWS support.
Also popularly termed as Amazon Elastic Kubernetes Service (Amazon EKS), Amazon EWS is a certified associate that empowers the deployment through various plugins tooling as well as different zone environments.
Amazon EKS runs of the infrastructure of Kubernetes and hence, doesn’t demand any additional infrastructure support or needs. It works through the plane nodes providing fully automated endpoints. It also governs on-demand patching and upgrades.Provides Super Enhanced Security
It runs through highly secure and encrypted communication channels and easily and automatically settled with the worker nodes. This adds a lot of safety and security for your application that runs on Amazon EKS.Community Support
This is one of the most lauded combinations among the developer community. The community is always available for any support or guidance to the users. There is an active contribution of the community members towards the experiences and case studies of usage that serve as active guides for new users.Offers High-End Compatibility
EKS works through the upstream Kubernetes. Given its certifications, it fits into any Kubernetes environment, without asking for any customizations. The applications under EKS are managed by different standards of Kubernetes adding a smooth transition overall.Falls in Budget for All Businesses
The entire combination is most available on discounts. The clusters turn out highly cost-effective for businesses. The costs turn out lesser because of the on-demand reserved instances included. There is a spot mixing of instances happening that together brings down the operation costs.Control over Servers
This is one prime advantage of using AWS – you have complete command over all your instances. This does not happen in the case of several other cloud providers.
The containerization and migration of existing applications into the AWS setting removes the compulsion of refactoring or alterations in the tooling.Processing in Batch
You can efficiently and effortlessly run several processes simultaneously without hiccups. The workloads convert and get simplified automatically, saving time and enhance the speed of delivery.Microservices
Microservices with even the deepest of integrations run without complexities in this setting. While using it, you get complete access to a suite of Kubernetes features and functionality. There is abundance in tooling as well.Deployment in Hybrid Containers
You can pick up any scalable clusters on AWS while keeping up the compatibility of the application. It turns out most convenient and faster than any other platform.
This serves as an open-source installer. It creates clusters through native AWS integration.Kubernetes Operations
This is a production-grade K8s installer, called tectonic installer. It works by creating clusters on Linux nodes.KubeOne
This is again an open-source cluster lifecycle management tool that creates, upgrades and manages the Kubernetes clusters.
This mainly contains the task of adding and removing nodes that are not supported. The nodes are manually adjusted through the properties of Max and Desired. There comes an auto-scaling group as well that gets created through installation.
The launch of Kubernetes led a wave of change in the way developers operated around runtime issues, deployment and scalability of the applications. The quantum of the revolution was so huge that it altered the entire ecosystem of application building and deployment.
The origin of Kubernetes circles back to Google’s internal platform called Borg. It came out with features never seen before in any other cloud systems. Some of the prominent ones included load balancing, authorization of policies and cluster-wise abstractions.
Kubernetes was launched in the year 2014 under the name Google Kubernetes Engine, also called GKE. This launch, slowly yet successfully, removed a lot of hiccups in the software deployment and scalability processes -- not just for Enterprises but also for several startups.
Kubernetes serves businesses with velocity, accuracy, and agility in software deployment. It saves costs, in the long run, makes the lives of developers easier. In combination with AWS, it enhances the integrations and creates a fine line of tools and commands to run multiple workloads in one go.
A prime challenge, however, here is that there is a lot of do-it-yourself mandate for running Kubernetes on AWS and hence, many developers have a learning curve here. Get trained and leverage it well!
If you would like to add anything, your comments and suggestions are welcome. If you have questions, rather, we’d be glad to address them. Connect with us through the comments section below.