5 Best Kubernetes Based Droplet Providers

Kubernetes is one of the most popular open-source, extensible platforms. It is portable. It handles containerized services and workloads with a streamlined automation process.

Nonetheless, the platform helps to ease declarative configuration. The ecosystem of Kubernetes is extensive and fast-growing in nature. Since the services are here to stay, you must know about the Best Kubernetes Based Droplet Providers.

If you want to group multiple hosts (operating Linux containers), you can do that. It is because Kubernetes is there to help you handle those groups. Moreover, these groups can have hosts throughout three types of clouds – private, public, and hybrid.

Do you want to leverage Kubernetes in your business? Then, it is time to find out the Best Kubernetes Based Droplet Providers. 

The Greek meaning of Kubernetes is “pilot”. Being an open-source program, Kubernetes performs automation of Linux container performances. This open-source program also eradicates a lot of manual interventions. These manual processes are related to the utilization and balancing of containerized applications.

Which are the Five Best Kubernetes Based Droplet Providers?

#1 Digital Ocean

Digital Ocean Kubernetes

Digital Ocean Kubernetes

Digital Ocean Kubernetes is specially designed for operators as well as developers. Deployment of the Kubernetes cluster within a short duration is its key feature. This platform can work according to the application requirements when it comes to resources. It can schedule occurrences throughout the cluster. Thus, it is possible to optimize the efficiency of resources. Digital Ocean Kubernetes also helps in productivity, facilitating operations, scalability, portability, and so on.

Users can deploy their web applications to this Kubernetes platform to get tremendous benefits like higher availability, streamlined scaling, cost-effectiveness.

#2 IBM

iCloud Kubernetes Service

iCloud Kubernetes Service

IBM Cloud™ Kubernetes Service helps to deliver applications at a blazing fast speed. These applications can combine a lot of advanced services, including blockchain, and IBM Watson®. Owing to IBM Cloud Kubernetes, it is possible to leverage self-healing, load balancing, intuitive scheduling, configuration management, and so on.

Moreover, this platform is available with contemporary features for streamlined cluster management, isolation policies, etc. It is now possible to design personalized cluster with IBM Cloud™ Kubernetes.

#3 Snapcraft

Snapcraft Kubernetes Service

Snapcraft Kubernetes Service

MicroK8s of Snapcraft comes as a single-node secure Kubernetes. It is a small, yet fast platform. MicroK8s is capable of installing any Linux box. Users can easily make use of MicroK8s in prototyping, offline development, or testing. Moreover, it can be used on a VM when it comes to CI/CD. To clarify, MicroK8s is a small, trustworthy, and budget-friendly platform.

Snapcraft’s MicroK8s is also a perfect option for appliances. As a result, you can evolve IoT applications for k8s. Nonetheless, it is also possible to deploy these apps to Snapcraft’s Kubernetes on the specific boxes.

#4 Google Kubernetes Engine

Google Kubernetes Engine

Google Kubernetes Engine

Google Kubernetes Engine helps in the deployment of containerized applications. It helps to leverage their latest innovations when it comes to resource efficiency, productivity, open-source flexibility, etc. for developers.

This platform can make use of several different applications. It can also enable fast development and repetition of applications. Thus, it becomes possible to streamline the process of deployment, management, and updating of services as well as applications.

#5 AWS Kubernetes

AWS Kubernetes

Amazon Elastic Kubernetes Service (also known as Amazon EKS) deserves credit for streamlining the process of deployment, management, and scaling of containerized applications. Amazon EKS can operate the basic functionalities of Kubernetes management for users across multiple AWS availability zones. Thus, it is possible to remove the risk of single-point failure. Engineers from Google had designed and evolved Kubernetes primarily as a Linux container technology. It also revealed the processes by which it makes use of containers. Also, this technology contributes to the cloud services of Google. It makes use of Borg (a popular internal platform) when it comes to container deployments.

Interestingly, Borg was the main inspiration for Kubernetes. Developers learned several things while developing Borg for many years. Hence, it works as a critical influence on the development of Kubernetes.

What are some applications of Kubernetes? 

The applications of Kubernetes are extensive.

  • This open-source platform can group multiple containers throughout a number of hosts.
  • It can also extract the most out of the hardware. As a result, you can efficiently operate your enterprise applications 
  • Kubernetes is capable of managing and automating application deployments. Moreover, it also works for updating applications.
  • Installing and adding storage is another application of Kubernetes.
  • Kubernetes can handle multiple services with ease. Thus, you can make sure that the deployed apps are operating according to the desired deployment process.
  • This popular open-source platform can check the health status of your applications. Moreover, it can also self heal them with different techniques like auto-restart, auto-scaling, etc.

So scale your applications by choosing the droplet provider that best suits your needs and take advantage of the latest cutting edge technology and software.