Kubernetes is actually an open source container orchestration system which helps in automating development and also helps in scaling and management of containerized applications. This system was initially developed and designed by Google, and now it is maintained by a Foundation known as the cloud-native computing Foundation. It’s mainly aimed at providing a platform for automating development and scaling and various operations of application containers across clusters of hosts. It works with a large number of container tools. It now flourished in the open source community and also has become the foundation for various production cloud-native solutions.
Prime Features of Kubernetes:
Kubernetes is an open source platform, and therefore it has the open source community with over 1000 collaborators, which continue to commit hundreds of millions of dollars in the development time.
Safe and Secure
It is battle tested. Therefore it secures Peace of Mind with the solution that has become production ready from the collective experiences of various industry leaders who host the mission-critical workloads.
It is also a market leader because it is joined hundreds of C IOS and technologists who have transformed application portfolios into microservices and are powered by the clear market leader in orchestration.
Supports most of the Languages:
Kubernetes supports a wide spectrum of languages which includes Spring and Java, .NET, .NET Core, Go, Ruby and many more. Therefore, it tends to support you are apps skills and also takes care of the choice of the customer
It lies locally to planetary scale which means that it has been developed locally, but its scale is global. Kubernetes tracks up all the fundamental concepts and components to build up to native cloud apps locally, and this can be done even on a laptop. One can also scale up this process to build up a global application platform.
It is build up with the best of whatever various public cloud services have to offer while operating everything and every sort of environment from a single centralized kubernetes control plane.
It offers a beat in the lock system. It also has a drought support systems for containers which allows various developers and various operations to liberate the most appropriate container runtime based on the needs.
It is the most active open source community and has the maximum number of professionals working under it. Kubernetes growth and size stands out amongst all the other comparable solutions
Supports Various Database:
Weather stateful or stateless or requiring a particular architecture Kubernetes supports various databases and other systems such as batch processing and analytical software and also off the shelf clusters.
Largest and Fastest
Due to all of these reasons kubernetes is now the largest and fastest growing open source software solution which focuses on democratizing distributed system patterns. In the first two years of general availability of the software more production users have committed to kubernetes than any other comparable solution
Why Move to Kubernetes?
Kubernetes is very useful throughout various businesses, and there are a large number of reasons why businesses should move to Kubernetes now. Lately, the content management market has exploded. Till around the last couple of year’s containers for a comparatively cool concept, but running them at a large scale and running it is not as easy as it looks. The solutions that were used, one hand rolled and unless the customer had the proper amount of capital and support needed most of the solutions were very poor. Managing Intercontinental working and persistent storage along with auto scale in an automated way was just impossible. The organization that first came up with the capacity to produce an excellent container management platform was Google. In 2014 Google chose to release an open source wild system under the kubernetes project.
The reason why kubernetes comes into the picture is that to run the applications in a container based infrastructure one meets hundreds if not thousands of applications and they all need networking and storage and most importantly management. These features have to be automated. We have seen a flood of new container management platforms in the last 2 to 3 years. Some of these are good while some are horrible. After enough of review of trial and error at skin the best solution that is now available is Kubernetes. Below are some of the exceptional benefits moving to Kubernetes.
Handles Work Efficiently:
Kubernetes clusters are capable of handling network, storage, auto-scaling, logs, alerting, etc. automatically for all containers. Kubernetes clusters need deficient maintenance. They can be easily set up, and adequately configured one can expect the applications to run with a meager downtime and a great performance with the significantly reduced need for any kind of support intervention. There has been a dramatic decrease in support issues after the use of kubernetes. The employees will be able to handle, and I looked at that time to hire relationship standards with their customers.
Kubernetes is also capable of significantly reducing hardware costs by better utilizing the hardware that the customer is paying for. There are about 40 to 50 % reductions and Hardware costs, and this is done without impacting the application performance or the customer experience. There has also been an improvement in the overall application performance across the board.
Easy To install:
Kubernetes is easy to install and doesn’t require much detailed information from the part of the customer. Once created its tools are available to the customers for easy use. There are also some internal tools that are offered by kubernetes and can be used by customers conveniently.
IT office tools to manage persistent storage, which allows the customer to migrate various type of data and also to change hard drive sizes and types with a simple click of a mouse. It focuses on performance in ease of Management for various stateful containers suggest databases and makes them accessible to use as an organization who don’t have even six months of time to study a new management platform.
Uses Principles designed by Google:
It is designed on the same principles that allow Google to run billions of containers in a week and kubernetes can also scale without increasing statistics. Its flexibility grows with the customer’s demand, and it can deliver applications consistently and efficiently no matter how complex the need of the customer is. This feature has been tested locally as well as a globally. Kubernetes is an open source which in turn gives the freedom to the customer to take advantage of on-premises or hybrid or public cloud infrastructure, letting the customer move effortlessly and transfer the work clothes to where it matters. It gives containers their IP address and a single DNS name for various containers, and it can also load balance across them.
- It automatically places Di containers based on their resource requirements and other constraints and does not sacrifice their availability at the same time. It mixes up critical and best effort workloads to drive up the utilization and save more resources.
- It helps in automatically mounting the storage system of the choice of the customer weather from local storage or public cloud providers such as GCP or AWS or any other network storage system such as NFS, iSCSI, Cluster, Cept, Cinder or Flocker. It shuts off and restarts containers that Heal on its own and also replaces and reschedule containers when their noded die.
- It can also kill the containers that do not respond to the user-defined health check, and it doesn’t advertise them to clients until and unless they fit and ready to serve again.
- Progressively rolls out changes to the application or its configuration of t he customer and also monitor the application help to ensure that it doesn’t kill the instances at the same time. If something goes wrong, it will roll back the change for the customer and also take advantage of a growing ecosystem of deployment solutions
- It also deploys and updates the secrets and applications configuration without rebuilding the image and without exposing any Secrets in the stack configuration.
- In addition to the services, it can manage the batch and CI workloads and therefore replace the containers that fail.
- It also scales the application up and down with a simple command or even automatically based on the CPU usage system
It is not a traditional all-inclusive system, but it operates at the container level rather than operating on the hardware level and provide some generally applicable features which are common to various software applications. Some of these features can include deployment and scaling and logging, load balancing and monitoring. The default solutions offered by the source code can be trusted upon and used in any methodological order.
Kubernetes provides a lot of functionality, and there are always new scenarios that pop up and benefit from Kubernetes. Application specific workflows can also be streamlined to accelerate the development velocity. It builds an ecosystem of components and tools to make it easier to deploy and skill and manage various applications. With all those benefits and power packed hardware and design, moving to Kubernetes makes things much more accessible and efficient.
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