.NET Developers Kubernetes developer

Kubernetes developer

Everything You Wanted to Know About Kubernetes developer

An Introduction to Kubernetes developer

Developers, even those that already do well, know that an additional set of skills gives them more leverage in the employment market. They can access more employment opportunities and negotiate better payments. As such, it would help if you added a new skill to your portfolio, the hottest of which is Kubernetes.  

Kubernetes, also called K8s, is the tech tool used for the rollout and supervision of container apps through different nodes. Its advantage against other tools is that it can scale and manage applications and processes, so the company does not have to add to the operations team. 

Seeing that it helps companies cut down on their overhead costs, it would help if you were able to offer this advantage to various companies in the market. Here’s how to go about attaining the Kubernetes certification. Everything you wish to know about becoming a Kubernetes developer is answered below, including its benefits and the processes involved in becoming a certified Kubernetes developer. 

How Do I Become a Kubernetes Developer?

To become a Kubernetes developer, you must take the training and testing to certify that you can design, build, and configure cloud-native applications using Kubernetes. The certification earned is the Certified Kubernetes Application Developer. This path is suited for people who wish to become Kubernetes developers, deployment specialists, DevOps engineers, and those who already are in these careers but wish to hone their skills. 

How Do Developers Use Kubernetes?

Developers use Kubernetes to automate the webserver so that its provisioning aligns with the production’s web traffic level. Kubernetes also scales up the web servers when the demand for software apps is high and degrades the web servers when the demand goes down. This is made possible by Kubernetes’advanced load balancing capacity that routes the web traffic to the used servers.

Who Developed Kubernetes?

Google engineers designed and created Kubernetes for developer. 

What Is Kubernetes Used for?

Using Kubernetes and containers, businesses can better manage their workloads and bring down the risks significantly. Among the risks Kubernetes lowers is data insecurity, on-prem, and the cloud.

For some enterprises, entrusting their sensitive data to a public cloud provider is not an option, and for others, building an effective on-prem security capacity is difficult. These enterprises turn to the use of containers and Kubernetes.

Kubernetes helps developers build, scale, and ship their applications across the public cloud and on the premise seamlessly. It also helps businesses have full control of the lifecycle of their apps. Another advantage is that Kubernetes supports applications and data, yielding a greater efficiency that extends the app’s life cycle. Kubernetes also has extensions that improve disaster recovery, data availability, backup, and regulatory compliance, with consistency and accuracy.

Forbes gives the example of Kubernetes usefulness in running banking apps. Traditionally, an account backs itself through a machine-centric process. Once you retrieve a backup drive, you retrieve the entire machine image and all the app information it contains. Conversely, with Kubernetes, you can send a specific backup request that singles out the data you want to the exact month, day, or minute, making the process more efficient and less expensive in terms of resource usage.

The third use for Kubernetes is that it becomes the new control plane for a firm’s infrastructure by orchestrating the data between the on-ground centers and the cloud. Lastly, Kubernetes is the perfect vehicle to ease its take-up as AI usage increases. It can facilitate the experimentation, training, and rollout of new AI applications and algorithms.

With these increased utilities, it makes sense for companies to use Kubernetes because it ensures continuity and efficiency across the board.

Is It Easy to Learn Kubernetes?

Learning Kubernetes is not hard, but the learning curve can be quite steep for a person without too much field experience. For example, a developer who has not worked with YAML files may find learning somewhat challenging. Also, with Kubernetes, there are many moving parts and new architecture to learn, which makes learning somewhat complex. 

But, with time and effort, a developer can acquire the highly sought-out skills of using Kubernetes.

.Net Developers Frequently Asked Questions About Kubernetes developer

    Should I Learn Kubernetes as a Developer?

    Developers should learn Kubernetes to remain relevant in the software development industry. There has been an increase in container-based workflows in recent years, and to be able to take up these tasks, developers must understand how they work. Also, many organizations are now adopting Site Reliability Engineering and DevOps as best practices to improve the reliability of their apps and decrease the time it takes to develop and deliver new app features. 

    With these developments, organizations and developers see the need and the benefits of merging their development and operational best practices necessitating the use of tech tools like Kubernetes to deliver that efficiency.

    Is Kubernetes for Developers or DevOps?

    Kubernetes is for both the developers and the DevOps. The developers use it because it allows them to run the applications they design on multi-cloud systems and supports their deployment. The DevOps team uses it because it helps load test their websites, deploy their apps to businesses, and even run production processes.

    How Long Does It Take to Learn Kubernetes?


    Learning duration depends on the individual, but typically, it should take nine to16 hours to learn Kubernetes.

    What Is the Difference Between Docker and Kubernetes?

    The fundamental difference between Docker and Kubernetes is that Docker is the technology that developers use to create and run containers. Kubernetes is the tool used to orchestrate the containers. Also, based on orchestration, Kubernetes is the more efficient tool because it runs across a node cluster while Docker can only run a single node at a time.

    What is Kubernetes in DevOps?

    In DevOps, Kubernetes is an enabler. It enables the developer to construct entire infrastructures as only code. It also helps the developer ensure the accessibility of every part of the tools and applications in use, including databases, controls, and ports. 

    For example, in a business, Kubernetes helps the employees access various data points without worrying about the infrastructure layer when handling customers. Kubernetes takes over the previously manual deployment, scaling, and building tasks, making running applications easier. Overall, in DevOps, Kubernetes minimizes the infrastructure burden.

    Was Kubernetes Invented by Google?


    Yes. Google started developing Kubernetes inspired by its internal cluster management system in the hope of making all that has to do with deploying and managing applications easier. The result would improve process liability and reduce the resources and time associated with daily operations.

    What Is Kubernetes vs. Jenkins?

    Jenkins is an open-source automation platform on which users can automate the software-testing tool for their apps. On the other hand, users use Kubernetes to automate their apps’ rollout, scaling, and managing. The difference is that Jenkins is only used for software testing, while Kubernetes is ideal for the entire process of managing containerized apps.  

    What Are Containers Kubernetes?

    A container is a standard unit of executable software that packages all elements necessary to run in a given environment. The elements carried include the application and dependencies, a binary code, configuration files, executables, and libraries, all in a single package. Bundling an application platform takes away the differences in OS distribution and other underlying infrastructure, increasing the application’s efficiency.  

    Docker is a popular container, and Windows containers by Microsoft are also becoming popular.

    What Is Kubernetes Beginner?

    Kubernetes beginner is the knowledge of Kubernetes that is packaged in a form that is easy to understand, targeting beginner learners and the general audience. The information in beginner resources provides elementary knowledge of Kubernetes that should help you get an idea of what they are or help you determine if you would want to seek a deeper understanding of it, such as by enrolling yourself for training. 

    You can get this beginner information from many online resources, like the Sonatafy Blog.  You only need to type “Kubernetes what is” on your browser or on the Sonatafy website.

    Why Should I Learn Kubernetes?

    You should learn Kubertenes because it is an essential tool that helps create efficiency and ease on the business front. Kubernetes is a better alternative for scaling and managing business operations than other virtual machines.

    Knowing about Kubernetes use also gives ideas about processes and resource management tasks you can automate to increase efficiency in your business. According to the Wall Street Journal, service-oriented businesses can benefit from Kubernetes by having many of its processes simplified. 

    Lastly, knowledge of Kubernetes may help the business or the developer prepare for cloud migration and AI adaptation in the future.

    Should I Learn Docker or Kubernetes First?

    Start with learning Docker and proceed to Kubernetes. Knowledge of Docker is an important prerequisite that helps you understand Kubernetes easier.  

    Should I Learn Docker Before Kubernetes?

    Yes, Docker gives you an understanding of the containers you manage using Kubernetes. With Docker, you learn how to create and use them before proceeding to Kubernetes.  

    Do I Need to Learn Docker Before Kubernetes?

    Yes, it is highly recommended. The reason is that Docker is used in creating the containers while Kubernetes is used to manage containers. You would need to know what you are managing or, at least, the need for a managing tool.  

    Also, since learning Kubernetes is complex, an understanding of Docker makes learning easier.

    How Much Do Kubernetes Developers Make?

    The average annual salary for Kubernetes developers in the United States is $147,732, which translates to an average $71 per hour compensation.  

    What Should a Developer Know About Kubernetes?

    Developers don’t need to be Kubernetes experts, but they need proficiency in some Kubernetes skills that have to do with the performance of their applications. Fundamentally, a developer should know what Kubernetes is, why, and how and is used to run applications. The developer should also know how Kubernetes runs and interacts with other applications.

    In understanding the working of Kubernetes, a developer must also know about the foundational terms and the working of various Kubernetes elements, including pods, replication controller, deployments, replica set, nodes, services, cluster, and Kubernetes master server.

    Is Kubernetes a Programming Language?

    No, Kubernetes is not a programming language. Google mostly used its Go programming language to create Kubernetes.

     Is Kubernetes a Tool or a Technology?


    Kubernetes is the tool that brings to life the technology of automating the rollout, scaling, and management of online applications that use containers.  

    Is Kubernetes an Operating System?

    No, Kubernetes is not an operating system. It still depends on Windows and Linux (depending on the containers used) for its nodes installation. Although it can run on cloud providers and virtualization platforms, either using Docker or just on the bare server hardware, they also require an operating system to be installed first.

    Is AWS ECS Based on Kubernetes?


    Amazon’s AWS ECS is its container orchestration platform known for its ease of use. It is not based on Kubernetes as it was launched in 2006. It was made available for use in 2015, after Kubernetes, which was open-sourced in 2014.

    What Are the Disadvantages of Kubernetes?

    First, Kubernetes is known for its complexity, and finding your way around it takes time and effort that gets in the way of work productivity. Even after the system launch, it takes a while to get used to the new workflow, which could slow operations at a firm.  

    Second, Kubernetes is a powerful technology designed for complex operations, and using it when conducting simple applications is overkill. If a developer is not working with something that needs high computing resources or designing something for an extended distributed audience, he does not benefit from Kubernetes’ technical power. As such, Kubernetes is a reserve for large enterprises.

    Third, Kubernetes is sometimes more expensive than alternative tools. The costs increase due to the additional time and resources needed for Kubernetes to run at the expense of other operations in the business. In addition to this indirect cost, the infrastructure needed to run Kubernetes is higher than that of alternatives, especially for firms running applications involving few processes.  

    Lastly, transitioning to Kubernetes may be cumbersome because the company’s existing software must be made to run alongside Kubernetes. This can be quite cumbersome depending on the programming language used and the containerization.

    Can Kubernetes Run Without Docker?

    Yes, Kubernetes can run without Docker, and vice versa. Still, the two benefit from each other greatly when used together.

    In conclusion, Kubernetes is exciting tool developers and businesses can use to boost process efficiency. Although they may experience some learning curve problems, once set up, Kubernetes ensures the ease of use of various applications and processes in a business, which enhances its productivity. 


    To a developer, knowledge of Kubernetes raises his or her skill set, which increases the developer’s marketability in the job market, as businesses scamper to take advantage of emerging technologies. For more information on how to grow your tech career through Kubernetes, visit the Sonatafy website or call 619-736-7218.

    Frequently Searched Terms


    Book A Meeting