Most Effective Kubernetes Development Resources for 2022

As the use of Kubernetes continues to increase and become the go-to choice for container orchestration, companies are actively seeking out developers who possess the necessary skills to work with this technology. To be successful as a Kubernetes programmer, it is essential not only to have a thorough understanding of the concepts behind Kubernetes, but also to be able to work effectively and efficiently. To make things easier for developers, we have gathered a list of the top tools related to Kubernetes development that can help increase productivity.

Utilising Kubernetes in 2022

Kubernetes is a powerful system designed to orchestrate the deployment, scaling, and operations of containerized applications across a distributed network of servers. By monitoring the health of your application, it can prevent instances from being destroyed simultaneously, allowing you to reap the full benefits of containerization.

Several Kubernetes instruments are discussed here. The functions they provide have guided our classifications. Specifically, we’ll be discussing:

  • Command-Line Interface Programs for Kubernetes
  • Tools for keeping tabs on Kubernetes
  • Kubernetes safety applications
  • Setup instruments for Kubernetes

Okay, so let’s begin!

CLI instruments for Kubernetes

The acronym “CLI” stands for Command Line Interface, which is an essential utility for controlling Kubernetes deployments. The original document concerning this has been divided into two parts for further examination.

  • The binary kubectl: Used for communicating with Kubernetes clusters
  • Indicator of the kubelet binary: Typically used to control the various servers that make up a Kubernetes cluster.

Using the CLI, you can:

  • Rather than utilising the web-based user interface, you may directly communicate with Kubernetes.
  • Apply automation to many Kubernetes environments.
  • Care for clusters’ data and their connections to the outside world.

Key command-line interface (CLI) tools for Kubernetes include:


K9 is a powerful Kubernetes utility designed to facilitate communication between nodes within a Kubernetes cluster. It provides users with a Command Line Interface (CLI) and an Application Programming Interface (API) for the centralised control of Kubernetes deployments. Its advanced features include port forwarding and YAML object inspection, which can be easily accessed through its intuitive and user-friendly interface.

K9 information that gets less attention:

  • You can find the source code for K9 on GitHub.
  • The Go language is used for K9’s development, and it’s released under the Apache 2.0 open-source licence.

two words: kubectx and kubens

It is possible to quickly switch between different Kubernetes contexts and namespaces using the tools kubectx and kubens. These tools make it unnecessary to remember the various details of each cluster, allowing for a streamlined transition between them.


Kubernetes clusters can be managed from the command line using the kubectl tool. This tool offers a range of capabilities, including application deployment, cluster resource analysis and management, and log analysis. Utilising the kubectl tool, users can access and interact with their Kubernetes clusters in an efficient and effective manner.

Finding and managing Kubernetes-specific plugins is made easier with kubectl krew plugin management.


Kubernetes stores its configuration data in a key-value database store called etcd. As such, it is an integral part of Kubernetes.

Commonly used alternative Kubernetes CLI programs:

  • kube-apiserver: There is a Kubernetes API server that makes the Kubernetes API available. Kubernetes’ primary interface with the rest of the world is its API server.
  • Kube-controller-manager: Controllers in Kubernetes are managed by a daemon called the controller manager, which resides on the master node.
  • Kube-scheduler: The Kubernetes scheduler, a kind of domain controller, is responsible for allocating worker node time to execute pods.

Tools for keeping tabs on Kubernetes

By leveraging a comprehensive set of tools, it is possible to stay informed about the health and performance of a Kubernetes cluster. These tools can be used to monitor the condition of a cluster as a whole, as well as its components, such as nodes, pods, and services. Additionally, these tools can be utilised to detect and remedy Kubernetes-specific issues.

For superior observability, try using these recommended Kubernetes tools.


Prometheus is a free and open-source monitoring solution for tracking applications and services written in any language. It is designed for use with Kubernetes and offers a range of benefits, including but not limited to:

  • An accessible data model with considerable power, enabling quick and painless measurement instruments.
  • Facilitate the examination of metrics using the provided query language.


Grafana’s visualisation tool offers a great way to create dashboards that display metrics data. As one of the most effective Kubernetes mapping tools available, it allows users to easily visualise their data in a convenient and visually engaging manner.

  • A variety of data sources, including Prometheus, are supported.
  • It supports a large variety of add-ons that may broaden its capabilities.
  • It’s really flexible, so you may use it to make your own dashboards.

Kubernetes Control Panel

Kubernetes provides a built-in monitoring system, making it simpler than ever to keep track of your clusters and nodes. Through the Kubernetes Dashboard, you can easily monitor CPU and memory utilisation, inspect the health of your containers, and access log data.

By utilising the kubectl command-line interface, you can gain access to the dashboard. In addition, monitoring data can be programmatically retrieved using the Kubernetes API, similar to other data.

In addition to these, there are a number of other open-source Kubernetes monitoring tools, such as:

  • Fluentd: A log gatherer is a device that is capable of collecting and transferring log data to a centralised logging system. It is designed to be compatible with a wide range of data sources, including Prometheus.
  • Elasticsearch: The integrated search and analytics engine of this platform offers the capability to explore and assess metric data at scale, with the potential to monitor billions of metrics. Furthermore, it offers a REST API to facilitate the retrieval of metric data with ease.
  • Kibana: Open Source Dashboard Software makes it simple to create interactive dashboards by taking advantage of your logged data. With customizable features and settings, users can create a unique dashboard tailored to their specific needs.

Kubernetes safety applications

It is essential to safeguard your containers from unauthorised access and maintain their security. Kubernetes provides various security features that can be employed to accomplish this goal. These features can be used to ensure that only approved users are able to access the containers. Additionally, Kubernetes tools can be employed to monitor the containers and conduct audits to detect any existing vulnerabilities.

When it comes to safeguarding your Kubernetes cluster, there are several effective solutions available. Kube-hunter, Kube-Bench, Aqua Security, and Twistlock are some of the most widely recognised and trusted options. Each of these solutions provide powerful protection for your Kubernetes cluster, enabling you to detect and respond to potential threats quickly and efficiently.

In 2022, these Kubernetes security tools are a need.


This instrument enables users to detect and address security vulnerabilities in Kubernetes clusters. After performing a scan of the cluster, a report is generated to highlight any potential security issues and to provide constructive advice on how to rectify them. Moreover, this instrument can be incorporated into a CI/CD (continuous integration/continuous deployment) pipeline, thus allowing for automated scans of the cluster.


This useful tool is designed to ensure secure installation and configuration of Kubernetes. The Centre for Internet Security (CIS) sets standards for the system, and this tool runs a series of tests to verify that the Kubernetes cluster meets these standards. Furthermore, this tool offers the following additional advantages:

  • Facilitating Kubernetes’ secure installation without requiring extra keys.
  • The deployment pipeline allows for the automated execution of this capability.


Twistlock provides comprehensive security solutions for your Docker containers, regardless of whether you require vulnerability management, runtime protection, or compliance monitoring. It simplifies the process of deploying and managing Docker containers on multiple platforms, making it easier for you to ensure the security of your digital environment.

When it comes to security, Twistlock is not something you can find in the open source community. Two different versions of it may be purchased:

  • Business with a twistlock: Protection against vulnerabilities, runtime threats, and regulatory oversight for containerized applications.
  • Common Twistlock: Runtime protection and compliance monitoring are included in this fundamental container security solution.

Privacy in the Waters

Aqua Security provides developers with a security solution specifically designed for containerized environments. Our solution assists in guarding container-based applications from the moment they are created, through the entire duration of their usage and until their retirement.

  • Organisations can leverage Aqua Security to help protect against potential risks and enforce security standards in real time. Aqua Security provides complete insight into all container activities, allowing organisations to benefit from increased visibility into their environment.
  • Its innovative approach to container security helps secure applications without hampering development or causing downtime for running processes.

These are some other Kubernetes security tools:

  • Sonobuoy: An instrument designed to collect diagnostic information and data about a Kubernetes cluster is available for use. This instrument is designed to help with problem-solving and status checks by performing tests and gathering information about the cluster.
  • Anchore: An instrument has been developed to perform safety checks on container images. The program diagnoses common security issues and produces a report with recommendations on how to address them.
  • Clair: Using this tool facilitates the evaluation of risk-management templates. A summary is produced to address recurrent danger vectors.

Setup instruments for Kubernetes

When working with Kubernetes, deployments are the core component. By taking advantage of the available deployment tools, it is possible to create a new ReplicaSet, increase the size of an existing one, or revert to a previous deployment. Utilising these tools can greatly simplify the management and deployment of containerized applications to a Kubernetes cluster.

In this article, we will take a look at some of the most well-known and crucial Kubernetes deployment tools:


The Helm package manager is an add-on to the Kubernetes platform that simplifies the process of deploying applications to a Kubernetes cluster. It provides a comprehensive set of tools for managing applications on a Kubernetes cluster, including deployment, upgrading, and removal. By utilising Helm’s capabilities, administrators can quickly and easily manage their applications on Kubernetes.


Kubespray is an open-source project that provides a comprehensive solution for provisioning and deploying Kubernetes clusters. It is capable of installing Kubernetes on a wide range of platforms, including Amazon Web Services (AWS), Microsoft Azure, Google Cloud Platform (GCP), OpenStack, and bare-metal machines. This project offers an effective and straightforward way to deploy a resilient and cost-efficient Kubernetes cluster in no time.

In addition to these well-known Kubernetes deployment methods:

  • Managers of kubernetes: Kubernetes Operators provide an invaluable tool for managing and maintaining Kubernetes clusters. Through the use of these Operators, users can easily and conveniently deploy, update, and remove applications to and from their clusters. This makes it easier and more efficient to manage applications in a Kubernetes environment.
  • AnsibleAn open-source orchestrator that facilitates hands-free Kubernetes deployment.
  • Chef and Puppet: Kubernetes configuration management instruments.


Kubernetes is widely adopted by businesses of all sizes, due to its ongoing development and refinement. As a result, it appeals to a wide user base. To become more proficient with Kubernetes, the resources mentioned above can provide assistance in making the most of this technology.

Experienced Kubernetes engineers are sought by companies in the United States. Examine the prerequisites carefully before submitting an application.

You may improve your development abilities and progress your career with the resources provided by the Works Developer’s Knowledge Hub.

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