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Container management platforms facilitate the organization and virtualization of software containers, which may also be referred to as operating-system-level virtualizations. Developers use containers to launch, test, and secure applications in resource-independent environments. Containers house components of applications, libraries, or groups of source code that can be executed on demand. The management platforms help users allocate resources to optimize efficiency and balance system workloads. Containers provide a flexible, portable platform to organize, automate, and distribute applications. Companies use container management software to streamline container delivery to avoid the complexities of interdependent system architectures. The tools are scalable and can greatly improve the performance of widely distributed applications.
Many container management solutions integrate with continuous integration software for accelerated deployment and integration. Many IT infrastructure solutions work atop and in unison with container management tools as well.
To qualify for inclusion in the Container Management category, a product must:
Amazon EC2 Container Service (ECS) is a container management service that supports Docker containers and allows users to easily run applications on a managed cluster of Amazon EC2 instances.
Mirantis Kubernetes Engine (formerly Docker Enterprise) is the fastest way to modern apps at enterprise scale. Mirantis Kubernetes Engine is the industry-leading and only container platform providing a simple, as-a-service experience and a central point of collaboration across dev and ops to build, share and run modern applications. Schedule a live demo at: www.mirantis.com/demo
AWS Fargate is a technology for Amazon ECS and EKS that allows you to run containers without having to manage servers or clusters. AWS Fargate removes the need for you to interact with or think about servers or clusters.
Azure Kubernetes Service (AKS) is a solution that optimizes the configuration of popular open-source tools and technologies specifically for Azure, it provides an open solution that offers portability for both users containers and users application configuration.
Portainer is the definitive open source UI for simplifying Kubernetes, Docker, Swarm, and ACI container management. Simplicity without compromise - run and manage your complex Kubernetes and Docker environments in a simple, low code/no code manner. Get the best of both worlds - some developers support Kubernetes, while others prefer Docker Swarm or ACI for container orchestration. Portainer helps manage all these environments from a single product. Let devs be devs - developers and DevOps don
Rancher is an open-source platform for managing containers that provides a full set of infrastructure services for containers, including networking, storage services, host management and load balancing, work across any infrastructure, and make it simple to reliably deploy and manage applications. Check out our Kubernetes Online Master Class Training Series: https://rancher.com/kubernetes-master-class/
Achieve superior control and performance across environments With a multicloud strategy, it can become time-consuming, expensive and difficult to manage environments as you contend with scattered visibility, security and workloads across multiple Kubernetes clusters and clouds. But IBM Multicloud Manager integrates all your environments in a single view that gives you optimal control over how you see, govern and automate everything.
Amazon Elastic Container Service for Kubernetes (Amazon EKS) makes it easy to deploy, manage, and scale containerized applications using Kubernetes on AWS. Amazon EKS runs the Kubernetes management infrastructure for you across multiple AWS availability zones to eliminate a single point of failure. Amazon EKS is certified Kubernetes conformant so you can use existing tooling and plugins from partners and the Kubernetes community. Applications running on any standard Kubernetes environment are f
Red Hat OpenShift Container Platform is an open source, enterprise-grade Kubernetes platform for building, deploying, and managing containerized applications across on-premise, private cloud and public cloud infrastructure.
IronWorker helps customers painlessly scale their container based workloads. Users can fire off containers to be run directly from within their application code without needing to worry about the machines that run them. IronWorker scales resources up and down behind the scenes to handle variable loads. It's a little like AWS Fargate + ECS, or Google Cloud Run- serverless + containers. The difference is that IronWorker can be deployed to any public cloud or fully on-premise, in any language. Th
Azure Web App for Containers deploys the containerized app with your preferred dependencies to production in seconds. The platform automatically takes care of OS patching, capacity provisioning, and load balancing.
A developer friendly, container-native, and enterprise-ready managed Kubernetes service for running highly available clusters with the control, security, and predictable performance of Oracles Cloud Infrastructure
Pterodactyl is the open-source game server management panel built with PHP7, Nodejs, and Go. Designed with security in mind, Pterodactyl runs all game servers in isolated Docker containers while exposing a beautiful and intuitive UI to administrators and users. Stop wasting time fiddling with other systems-make game servers a first class citizen on your platform.
AppFormix is a new breed of optimization and management software platform for public, private and hybrid clouds. This intent-driven software manages automated operations, visibility, and reporting in cloud and Network Functions Virtualization (NFV) use cases for Kubernetes and OpenStack, as well as Amazon Web Services.
DxEnterprise is multi-platform Smart Availability software built on patented technology that achieves the highest levels of availability for SQL Server instances, SQL Availability Groups, containers, and apps across both Windows and Linux environments. It can be used to manage a variety of workloads at the instance level – as well as Docker containers. DxEnterprise is particularly optimized for native or containerized Microsoft SQL Server deployments on any platform and is also adept at manageme
The IBM Cloud Pak™ for Applications provides a complete and consistent experience to speed development of applications built for Kubernetes, using agile DevOps processes. You can easily modernize your existing applications with IBM’s integrated tools and develop new cloud-native applications faster for deployment on any cloud.
Platform9 provides a faster and easier way to manage cloud infrastructure across multiple platforms. Unlike do-it-yourself or legacy solutions, Platform9 delivers best-of-breed, pure-play cloud infrastructure such as OpenStack and Kubernetes as SaaS, reducing cost and time to value, all while avoiding vendor lock-in. DevOps and IT teams benefit from automating much of the set-up and management process of these frameworks, enabling them to focus on solving core business problems. For example, c
Container technology has been booming over the last few years. It is seen as an efficient and affordable way to manage resources, applications, and microservices. These containers are resource-isolated, virtualized operating systems. They make it easier to package code, manage configurations, and network efficiently.
Container management solutions help users keep track of individual packages, along with their versions and connections. The flexible, scalable nature of containerized applications improves a product’s range of functionality and simplifies administration requirements such as resource allocation and scaling.
Companies use these to build and deploy entire applications or deliver module-based application components. With container management solutions, companies have the ability to automate deployments, manage connections, and control each individual version of their offering.
Key Benefits of Container Management Software
Consistency – Container management solutions offer improved consistency via two paths. The first is their resource-independent nature. This means individual containers can be updated, deployed, or destroyed without affecting other components of the application. The second is through version control. Container management solutions have organizational components to manage and store containers. Many also provide monitoring and reporting capabilities to keep track of changes and deployments.
Efficiency – Efficiency relates back to the resource-independent nature of containerized code. The container architecture saves time when developing and scaling applications by keeping each component functional on its own. The ability to make changes and add functionality without disrupting an application’s entire ecosystem promotes rapid development and testing practices. Companies and development teams can quickly test new features, modules, or integrations without changing the user’s overall experience or restricting access for a period of time.
Container Security – An isolated application is typically a more secure application. Companies deploying containerized applications can connect their services to third-party applications with reduced risk of jeopardizing their internal application security. While the connected applications may be interacting, they will not compromise information from you or your company’s network.
Virtualization – Virtualizes operating systems and nests virtualizations within a contained environment.
Datacenters – Integrates data with container contents and applications.
Architecture – Creates integrations and allows management of connected containers.
Developer toolkit – Provides tools for developers to build software and edit container contents.
Orchestration – Runs applications through connected clusters.
Container networking – Defines container connections, balances loads, and organizes routes.
Packaging – Groups containers or applications without altering the container contents.
File isolation – Isolates containers based on components of the file systems and their state.
Network isolation – Separates containers based on their specific network and connections.
Access control – Allows administrators to control access to specific containers or datasets.