Top 17 Container Orchestration Tools in DevOps Environment

The top 17 Container Orchestration Tools in DevOps Environment technologies and services, as used in production by numerous enterprises, are covered in this updated reference for 2022.

The ability to containerize and deploy application code is greatly facilitated by containerization tools like Docker, Podman, and Buildah. However, you need a proper container orchestration platform if you want to automate your infrastructure and deploy complicated applications.

When deploying apps with complicated architectures, container orchestration requires the correct plumbing. With the proper collection of DevOps technologies, you can accelerate the delivery of applications.

Depending on the resources needed, your containerized applications should be able to scale up and down. To accomplish this, you need a solid foundation for effective scheduling and controlling the containers to meet the needs of the business.

Additionally, containers are made to be temporary. The following are the main factors to take into account when selecting a list of container orchestrators tools or managed container orchestration services.

  1. Networking
  2. A lot of availability
  3. The simplicity of deployment and upkeep
  4. Scalability
  5. Service locating
  6. Safety and Compliance
  7. Support (Community & Enterprise) (Community & Enterprise)
  8. Administration costs

Let’s examine the top 17 Container Orchestration Tools in DevOps Environment while keeping the aforementioned in mind.

What are the top tools for container orchestration?

This article lists the top 17 Container Orchestration Tools in DevOps Environments that are currently in use in production by numerous enterprises.

1: Kubernetes

An open-source, pre-configured tool for container orchestration is called Kubernetes. It includes a top-notch scheduler and resource management for more effectively launching highly available containers.

For many enterprises, Kubernetes has replaced other container orchestration software as the standard.

The cloud-native foundation manages the Kubernetes project, which has contributors from all across the world. Large corporations as well as lone open-source developers can contribute.

Kubernetes

The Kubernetes high-level architecture is shown here.

Many features that native Docker tools lack are provided via Kubernetes. Kubernetes is very simple to use once you’ve installed it.

The importance of managed services for Kubernetes cannot be overstated. Nearly 90% of Kubernetes users employ cloud-managed services, according to Data dog’s survey on Kubernetes usage in enterprises.

Refer to the Kubernetes cluster setup using kubeadm if you want to get started. Without complicated configurations, a Kubernetes cluster can be set up faster.

2: Openshift

On top of Kubernetes, Openshift is constructed. Openshift is available in both a community and an enterprise edition.

The project Openshift is maintained by Redhat. both the commercial version and the open-source (Openshift origin) (openshift container platform).

It provides out-of-the-box container management and orchestration functionality in addition to fundamental Kubernetes functionalities.

Openshift

Here is Openshift’s high-level summary.

Additionally, Openshift is now accessible on the AWS cloud as a managed service.

You may get a general impression of its features from the official image that follows from openshift.

3: Hasicorp Nomad

Hashicorp’s Nomad platform for orchestration supports containers. It adheres to a similar approach to managing apps at scale as Kubernetes.

Both containerized and non-containerized workloads are supported by Nomad. Other Hashicorp products like Consul, Vault and Terraform are well integrated into Nomad.

Hasicorp Nomad

Nomad’s main use cases include,

  • Organized Containers
  • orchestration of non-containerized applications.
  • Consul-based automated service networking.

How Cloudflare employs Nomad as their dynamic task scheduling system is described in the article.

4: Docker Swarm

The Docker ecosystem includes development and production deployment frameworks as well as tools. Docker Swarm falls under cluster management in that list.

For administering a cluster of Docker containers, a combination of docker-compose, swarm, overlay networking, and a great service discovery mechanism like etcd or consul can be employed.

Docker Swarm

In comparison to other open-source container cluster management technologies, Docker Swarm is currently developing its functionality.

Given the big docker community, the docker swarm will soon have all the finest features that other tools have. For using the docker swarm in production, Docker has a solid production strategy specified.

5: Rancher

A tool for container orchestration is called Rancher. Kubernetes serves as the container orchestrator at the rancher’s core.

Rancher

Rancher provides the following features.

  1. On-premises, cloud, and edge capabilities for centralized cluster provisioning.
  2. By managing cluster operations from a single console, Kubernetes operations were made more efficient.
  3. centralized user policies for centralized Kubernetes security.
  4. Utilizing the kubectl program or the native kubernetes API, intuitive workload management.
  5. Utilizing Prometheus, Fluentd, and Garifuna for Integrated Monitoring and Logging.
  6. supports management for Google Kubernetes Engine and Amazon EKS clusters (GKE)
  7. Application installation and updates are made simpler with the help of the global application catalog.

6: Mesos

Another cluster management tool that is highly effective at managing container orchestration is Mesos. Twitter built it for its infrastructure and later made it open source. Businesses like eBay, Airbnb, etc. use it.

Mesos does not have a tool specifically for containers, Mesos is not a solution specifically made for running workloads in containers; rather, you can use it for VM or physical machine clustering for running workloads (Big data, etc.).

Mesos

On a Mesos cluster, it provides a productive Marathon framework for deploying and managing containers.

A Mesos cluster can also host a Kubernetes cluster. For the same, see this guide.

Tools for Managed Container Orchestration

top 17 Container Orchestration Tools in DevOps Environment. You can avoid complicated cluster configurations and administrative burdens by using one of the many software cloud-based managed container orchestrate options available.

Here is a list of 11 managed container services so you may concentrate on developing your application rather than managing your cluster.

Tools for Managed Container Orchestration

7: Search Engine for Containers (GKE)

Google Cloud’s GKE is a managed, highly scalable container service. Kubernetes is used by GKE’s backend, and GKE users have access to all of its features. With a few clicks, a GKE cluster may be deployed.

To cut down on operating expenses, it has capabilities like autopilot.

8: Search Engine Run

Cloud Run is a managed service for serverless container execution. Deploying the container on cloud run means that Google Cloud will scale and manage the container cluster for you.

9: Elastic Kubernetes Service from AWS (EKS)

Similar to GKE, AWS’s EKS is a managed Kubernetes cluster service.

10: EC2 Container Service by Amazon (ECS)

AWS provides a solution called ECS for managing container clusters. It does not utilize Kubernetes. ECS is a private container cluster management and scheduling service run by AWS. The vendor lock-in is the only issue you need to be concerned about.

11: Fargate AWS

A similar serverless environment for executing containers is AWS farmgate. Here, you can select EKS or ECS for the backend infrastructure. However, you shouldn’t be concerned about the backend scaling. AWS will handle scaling and managing.

12: Microsoft AKS Service

A managed, highly available Kubernetes service is accessible via Azure.

13: Managed Openshift Service by Azure

Providers of public clouds are now offering openshift as a service. Redhat and Azure have partnered to provide a managed Openshift solution.

14: Container instances in Azure

Managed server-less container deployment services like cloud run and Fargate are called Azure container instances.

15: Service for Kubernetes on Digital Ocean

A managed Kubernetes service is available from The Digital Ocean for the deployment of container-based applications. Digital Ocean is offering 100 free credits to users.

The major characteristics of the Digital Ocean Kubernetes service are listed below.

16: Online Red Hat OpenShift

One of Redhat’s PaaS solutions is Openshift online. Using this service, you can deploy applications in the cloud using openshift. Given that the cluster is a pure PaaS service, you don’t need to manage it.

17: Engine for Linode Kubernetes

The Kubernetes setup on the Linode platform is straightforward and uncomplicated with the Linode Kubernetes engine. The following are the main characteristics of Linode’s Kubernetes service.

Self-Hosted vs. Managed Container Orchestration Tools

The organization decides which container orchestration solutions to use between managed and self-hosted. We do our best to list some general benefits of managed vs. self-hosted systems, though.

The benefits of managed container orchestration solutions are listed below.

Advantages Disadvantages
One-click provisioning No control over the control plane.
Integration with native cloud platform services You need to stick with the options provided by the cloud provider.
Less administrative overhead.
High Scalability
High Availability
 24/7 Technical support
Enterprise-grade security & Compliance

 

The benefits of self-hosted container orchestration solutions are listed below.

Advantages Disadvantages
Complete control over the platform and increased flexibility Huge engineering effort on custom automation for cluster provisioning
Dedicated support team required for platform support
Custom scaling setup is required.
Need subject matter experts in the team to take care of design, setup, upgrade, and maintenance of the cluster.

 

The managed orchestration platform is the way to go unless you’re seeking to develop a PaaS solution to customize your services for additional clients.

By using the top 17 Container Orchestration Tools in DevOps Environment managed services, you may spend less time and effort managing the platform and more time concentrating your technical efforts on the application.

Conclusion

Depending on your requirements and the complexity of your application, you should select a top 17 Container Orchestration Tools in DevOps Environment service for container orchestration. The use of service mesh is also growing. The majority of managed Kubernetes service providers provide extensions for Istio, a service mesh tool.

Without a doubt, a lot of businesses use the aforementioned technologies and services for their production workloads. It is getting simpler to maintain containerized apps because of the abundance of tools provided by the cloud-native foundation.

Managed Container Orchestration

The importance of containers and some insightful information about them are discussed in our DevOps engineer handbook. Read my reviews of the top open-source monitoring tools if you’re also looking for a reliable one.

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People Also Ask

Q#1: What distinguishes Openshift from Kubernetes?

The cloud-native foundation maintains Kubernetes, an open-source container orchestration platform. In contrast, Redhat maintains the Openshift container platform, which is based on the Kubernetes core.

Q#2: How do I pick a tool for container orchestration?

This question does not have a single solution. The selection of container orchestration technology is influenced by a number of variables, including team size, budget, the availability of SMEs, application compatibility, and security compliance.

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