Leveraging containerization platforms will always work to your advantage as they allow for automated and seamless management of container applications. They also make it possible for DevOps teams to run software applications effectively by moving them from one environment to another. Actually, containerization platforms like Kubernetes and managed services has made it easy for developers to move from a laptop to a test environment, and from staging to production, with less pressure. You can deem container platforms as software tools that allow for the efficient management of multiple containers running within a single OS.

There are three different categories of container platforms i.e., container engines, container orchestration and managed container services. Container engines offer virtualized, isolated environments to run applications and their dependencies securely.

As for container orchestration, it helps Ops team to manage containers, together with the underlying infrastructure running them. They enable Ops to manage the entire container lifecycle, including automation, scheduling, deployment, load balancing, scaling, and networking of containers.

On the other hand, managed container services are simply cloud-based offerings that ease the building, managing, and scaling of containerized applications. This is made possible by running containers on server instances, or merely running containers in a managed Kubernetes service.

To effectively handle container infrastructure, developer and operators must understand and employ different best practices. A remarkable best practice worth your attention is container monitoring to mitigate issues quickly and minimize disruptions through the collection of operational data.

It is also essential that you prioritize container security. This is the process of implementing security tools, policies, and processes to ensure all operating containers are secure. Container security entails safeguarding different components such as the infrastructure, system libraries, software supply chain, and runtime environments.

Aside from speed and agility, always ensure you focus on storage resources for ephemeral container. The only downside is that traditional storage platforms don’t meet the dynamic requirements of containers. No wonder it is essential to choose a storage platform that scales as fast as containers, and manages storage when a container ceases to exist.