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How to Fill the Operational Gap for Kubernetes: Tips and Tricks

How to Fill the Operational Gap for Kubernetes: Tips and Tricks

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How to Fill the Operational Gap for Kubernetes: Tips and Tricks

Kubernetes has taken the world by storm. According to a recent survey, Kubernetes is now the most popular container orchestration platform. However, Kubernetes is complex and there is a shortage of skilled professionals who can operate and manage Kubernetes clusters at scale. what happens when you’re ready to take your Kubernetes deployment to production? This blog post will teach you how to fill the Operational Gap for Kubernetes and get your applications up and running in no time!

Apr 30, 2022
Author by surajg


Filling the Operational Gap for Kubernetes

Now that you’re Kubernetes cluster is up and running, it’s time to start deploying your applications. But first, let’s take a look at some of the Kubernetes features that can help you fill the operational gap.

Kubernetes objects: Kubernetes objects are the basic building blocks of a Kubernetes deployment. Each object represents a specific entity in your Kubernetes cluster, such as a pod or service. By understanding Kubernetes objects, you’ll be able to deploy and manage your applications more effectively.

Labels and annotations: Labels and annotations are used to identify and categorize Kubernetes resources. With labels, you can specify which resources should be included in a particular Kubernetes object. Annotations can be used for a variety of purposes, such as providing additional information about a resource or indicating that a resource should not be modified by Kubernetes.

ConfigMaps and Secrets: ConfigMaps and Secrets are two types of Kubernetes data that must be stored securely. ConfigMaps are used to store configuration data, such as application settings or database connection strings. Secrets are used to store sensitive data, such as passwords or API keys. By storing this data in a Kubernetes object, you can ensure that it is kept safe and secure.

Deployments: Deployments are used to manage the lifecycle of Kubernetes objects. With deployments, you can define how your Kubernetes objects should be created, updated, and deleted. This allows you to control the state of your Kubernetes deployment and make sure that all of your resources are properly managed.

Services: Services provide a way to expose Kubernetes objects to the outside world. By creating a service, you can specify how traffic should be routed to your Kubernetes objects. This is useful for making sure that your applications are accessible to users or other services.

Now that you understand the basics of Kubernetes, it’s time to start deploying your applications. Follow these tips and tricks, and you’ll be up and running in no time!


One of the most important aspects of Kubernetes is automation. By automating tasks, you can streamline your workflow and avoid potential human errors. Here are some tips and tricks for automating tasks in Kubernetes:

– Use a tool like Ansible to automate task execution.

– Use Kubernetes Jobs to automate the execution of batch jobs.

– Use Kubernetes ConfigMaps to store configuration information.

– Use Kubernetes Secrets to store sensitive information.


Kubernetes is a powerful tool for managing containerized workloads and services, but it also introduces new security challenges. By default, Kubernetes does not provide any security mechanisms to control access to the Kubernetes API server or restrict what actions users can perform. This can lead to serious security vulnerabilities if not properly configured.

we’ll also discuss tips and tricks to help you secure your Kubernetes cluster and prevent unauthorized access.

First, it’s important to understand the Kubernetes security model. Kubernetes uses a role-based access control (RBAC) system to control access to the Kubernetes API. Each user is assigned one or more roles, which determine what actions the user can perform. There are three default roles in Kubernetes:

– cluster-admin: Can perform any action on any resource in the Kubernetes cluster. This role should be reserved for trusted users only.

– admin: Can perform any action on any resource in a specific namespace.

– edit: Can create, update, and delete resources in a specific namespace.

In addition to these built-in roles, you can also create custom roles to further granularly control access to Kubernetes resources. We’ll discuss how to do this later in the post.

Now that we’ve covered the basics of Kubernetes security, let’s take a look at some tips and tricks to help you secure your Kubernetes cluster.

One way to secure your Kubernetes cluster is to use a tool like kube-bench to check for common security vulnerabilities. kube-bench can be run as a pod in your Kubernetes cluster or as a standalone binary.

Another way to secure your Kubernetes cluster is to use an admission controller. Admission controllers are plugins that intercept requests to the Kubernetes API server and can reject or modify requests based on custom rules. The PodSecurityPolicy admission controller is a built-in admission controller that can be used to restrict what actions users can perform on pods.


If you’re looking to get started with Kubernetes, or are already using it in production, one of the most important things to consider is visibility. By that, we mean understanding what’s going on inside your Kubernetes clusters at any given time.

This can be a challenge for a few reasons. First, Kubernetes is designed to be highly distributed and scalable, which means there are a lot of moving parts. Second, Kubernetes is also relatively new, so there aren’t as many tools and best practices available yet compared to other technologies.

That said, there are still a few ways you can improve visibility into your Kubernetes environment. In this post, we’ll share some tips and tricks for doing just that.

One way to improve visibility into Kubernetes is by using a tool like Prometheus. Prometheus is an open-source monitoring system that can collect data from Kubernetes environments and provide insights into what’s going on.

Another way to get more visibility is by using logging tools, such as Elasticsearch, Fluentd, and Kibana (EFK). These tools can help you collect and analyze log data from your Kubernetes environment so you can troubleshoot issues more effectively.


Kubernetes supports two types of resources: pods and services. Pods are the smallest deployable units in Kubernetes and are used to host containers. Services are used to expose Kubernetes pods to the outside world. In order to fill the operational gap for Kubernetes, it is important to understand how to use both of these resources.

Pods are the building blocks of Kubernetes and are used to host containers. A pod can contain one or more containers, each of which must be specified in the pod specification. Each container in a pod shares the same network namespace, storage volume, and process ID space. This allows containers in a pod to communicate with each other using localhost. Pods are also used to group related containers together. For example, if you have a web application that consists of a front-end and a back-end, you would want to put both the front-end and back-end containers in the same pod.


So, what’s the answer? How do you fill the Operational Gap for Kubernetes? The answer is automation, security, visibility and governance. Each of these areas can be filled through a variety of solutions that will give your organization the ability to successfully deploy and manage Kubernetes. But where do you start?  If you’re feeling overwhelmed by this process, don’t worry. You’re not alone. Many organizations feel this way when it comes to Kubernetes. That’s why we’re here to help. Contact us today and let us show you how our solutions can help you bridge the Operational Gap for Kubernetes.

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