Containerized architecture makes it easier for ITs and developers to meet customer demands where software applications are considered. Inefficient deployment of containers can lead to problems, however. Thus, the need for a deployment plan.
While not all apps should go to containers, it’s best that you have a ready plan for containerization.
This is where you can use a demo deploy plan and checklist to your advantage. Exploit APIs, increase automation, and scale faster when you employ the best practices.
What is container deployment?
This is a method where complex applications are built and released with speed and with little to no hitches. Containers can be put to use using management software, such as Docker or Kubernetes, so launch and updates are simplified.
Because a combination of automated and manual procedures are required, you can use a demo deploy checklist to stay on track.
Why is it important to use container deployment?
It provides you with the ability to run several individual applications using the same number of servers, which is the opposite of running a virtual machine.
Moreover, one container holds all the libraries, codes, and dependencies an application needs, which make software delivery a breeze.
What’s even better is that deployment is much more secure and anytime you need to modify an application, it can be done anywhere and easily. Also, compared to using VMs, the costs associated with containers are reduced and simplified.
Factors that must be included in your container platform strategy
This is to ensure that cloud-native applications are deployed according to performance and resiliency service-level agreements. This way, containers are monitored at a service level and not on a physical level.
Because containers are portable and short-lived, they require a network stack with robust policy and access management capabilities. Within a containerized environment, there’s no room for manual network provisioning. Thus, the need for an agile and flexible network.
Where you can use a demo deploy strategy is at the orchestration and scheduling layers. It’s vital that containers run in their desired state and in the schedule prescribed.
Security and governance
To keep the containerized environment secure throughout the entire life cycle, the DevOps process must have provisions for security. The best solutions include anomaly detection, behavioral monitoring, and whitelisting.
For containerized deployment to be efficient, there should be a storage platform that works seamlessly with the developer workflow. This is the best way to maximize a workload’s agility, availability, and performance.
Container life cycle management
This must be automated so that the potential for sprawl is minimized. One way to do this is via a close tie-in with an integration/continuous delivery process that runs continuously.
When it comes to container scheduling and orchestration, Kubernetes has now become the de-facto standard. One of the reasons for this is its vibrant support and community that comes from leading commercial vendors.
If you decide to use Kubernetes for container deployment, you must choose the appropriate consumption model and management system. On that note, consult with Kublr, a leading provider of enterprise-ready Kubernetes container orchestration.