The Advantages of Using Kubernetes and Docker Together

You may name Docker as a platform to develop, maintain and protect your applications. In one host you can operate Docker box, which functions like a software machine framework for an application running. With a Docker server, you will achieve countless advantages.

The containers of Docker are considered to be most appropriate for use. Why are we not trying to combine the capabilities of Docker and Kubernetes to manage applications that provide maximum performance as thousands of companies use specific containers to deploy the applications? You need to know the few interesting details if Docker and Kubernetes are used together in this post.

Benefits of Docker:

To reap the advantage of quick delivery, use Docker containers.

Docker produces unprecedented standardization and efficiency.

Docker containers are platforms that are multi-cloud. 

Docker is even faster and more versatile for configuration and deployment.

Disadvantages of Docker:

Offer a poor monitoring option.

Complicated automatic horizontal scaling set up

Doesn’t provide a storage option

Manual handling multiple instances

No automatic rescheduling of inactive Nodes

Need support for other tools for production aspects – monitoring, healing, scaling

All the actions have to be performed in CLI.

Basic infrastructure handling

Complicated manual cluster deployment

No support of health-checks


Kubernetes is a framework built to handle containerized systems fully. Kubernetes’s main advantage is that containers can be easily managed across several nodes such as running containers on a single server.

Given the advantages they have in containers in Docker, Kubernetes does a very good job of automatic application.  Kubernetes is, as we all learn, an open-source orchestrator used for container applications. A good thing for Kubernetes is that Google has created it.

Features of Kubernetes:

Competence of Self-healing:

Kubernetes has excellent functionality that other systems don’t have. It can reschedule, remove or restart the already expired containers

Load Management and Service Discovery:

Kubernetes uses the unique one to define it across a cluster, and the DNS title for containers is also unique with billions and billions of IP addresses worldwide.

Automated Scheduling: 

Kubernetes offers advanced schedules to deploy cluster nodes containers.

Horizontal Scaling: 

It can scale up and down on the basis of the specification.

Automatic Rollouts and Rollbacks: 

Kubernetes provides deployment and roll-back capabilities to assist manage applications in containers.

Disadvantages of Kubernetes:

Limited functionality according to the availability in the Docker API.

Migrating to stateless requires a lot of effort

Not compatible existing Docker CLI and Compose tools

Highly complex Installation/configuration process

Complicated manual cluster deployment and automatic horizontal scaling set up


Kubernetes Certifications are of two types:

Certified Kubernetes Administrator (CKA)

The CKA signifies thorough understanding of Kubernetes as an operator that can run it in a production environment

Certified Kubernetes Application Developer (CKAD)

The CKAD signifies that a person is competent in building applications that will run well on Kubernetes.

When it comes to Docker Certifications, then Docker provides a profession certification:

Docker Professional Certification

You can also opt for KCM100, which is a performance based hands-on exam. It is usually taken after the KD100 bootcamp and is supplied with the Kubernetes and Docker Bootcamp + KCM100 Exam (KD110) as a bundle. Only students who have already taken KD100 either virtually or in an in-person classroom are recommended to register for the exam session. 

Docker Containers with Kubernetes:

You may wonder why when we have Docker Swarm, we should go into Kubernetes. You must be conscious that both Kubernetes and Docker Swarm are used for running containers in a cluster.

Docker offers an open standard for storage and delivery for containerized products. Kubernetes and Docker offer the best options in tandem by easily managing containerized systems.

Both functions are identical, but the implementation of these two tasks varies. In contrast, one of the main advantages of Kubernetes is that it is an open-source orchestrater and that it operates well with any OS.

Using Docker And Kubernetes Together:

Docker containers will enable you to secrete the code and bundle it with the Kubernetes. Kubernetes, on the other side, orchestrate the containers. In reality, Kubernetes is a container orchestration platform with a broader impact on Docker containers than Docker Swarm. It is also renowned for methodically organizing node clusters.

In the Kubernetes environment, Kubernetes use pods as scheduling units. The pods are diffused nodes so that maximum quality is reached. It can be easy to run when a docker is installed on a Kubernetes cluster.

Through interacting with the Docker system Kubernetes allows organizing configuration and distribution of Docker containers on kubelets. The Docker Engine runs the actual container file, which is designed using ‘ Docker Build ‘ and manages it.

They both are not equal because Docker and Kubernetes are both operating with different technologies. But if they are mixed, they will deliver the best outcomes. Both Kubernetes and Docker allow the management and enhancement of container deployment in a distributed application.

You can perform faster but above all, you can deliver reliable and systematically. Docker containers are there to support you separate and load all the code dependencies. Then Kubernetes lets you launch the containers then orchestrate them. It helps you to work more efficiently on developing new features and fixing bugs. Then at some stage, you will find that your deliveries are no longer a huge problem.

Kubernetes systematizes leading principles like infrastructure exploration, load equilibrium, and network policy. You will start running and handling the systems on a broad scale once you know the combined strength of Docker and Kubernetes. The important thing to remember, though, would increase confidence and efficiency for everyone if you pair Docker with Kubernetes, so this is a win-win situation.

Closing Thoughts:

Containers allow us to represent entirely new or digitally about products and systems. Docker and Kubernetes are changing constantly to become better in the future. One should consider the containers most needed for the infrastructure.

Container based application software design not only improves the scalability but also allows the applications more future proof. Sticking with old VMs could still work, but in a couple of years you’ll either have to pay the huge cost of moving all into containers or give up the ventures altogether.