How Container Platforms Enhance Teamwork and Collaboration

Containers enable development teams to achieve optimal efficiency when it comes to software delivery. This is done through its ability to solve many of the challenges that are associated with traditional virtualization.

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Over the years, technology has changed the way businesses operate and the newest buzzword in software operations is container technology. If you’ve run in IT centers, this term is basically familiar, but what exactly is containerization?

IT team members and executives have seen container technology as a tool to simplify the process of building and shipping apps. In order to do this, containers isolate software from its immediate environment which aids in the reduction of conflicts between teams that are utilizing different software – as isolated processes – on the same machine.

Business executives should know that the container technology market is exploding. 451 Research has recently published that the market is growing quickly – at $762 million in 2016 and is expected to grow to $2.6 billion by 2020. This is because it offers a vast array of advantages that include management, security, and networking as well as data services.

To demonstrate how big container technology has become,  everything in Google, from its Search engine to the ever-popular Gmail, has come to rely on containers to run all of its operations. In the digital giant’s weekly routine, Google starts with over two billion containers.

Container Collaboration

It’s for this reason that the technology has been hailed as a tool for enhancing teamwork and collaboration within an organization. Containers enable development teams to achieve optimal efficiency when it comes to software delivery. This is done through its ability to solve many of the challenges that are associated with traditional virtualization.

Using containers allows enterprises to streamline workflow in order to effectively build and complete apps. Below are some of the key benefits of containers with regard to team operations:

  1. Operational independence: Containers are portable and provides an application with the essentials to run. The mobility of container technology offers team members with flexibility, speed, and the fluidity to switch from one cloud environment to another.
  2. Resource efficiency: Container technology can operate without a separate operating system thus, using up fewer resources. Basically, a higher level of utilization means a reduction in hardware reliance and bare metal costs.
  3. Functional isolation: Containers don’t interact with each other which means, they are independent of the mechanical failures one container may be experiencing. Isolation in this case means a reduction of security threats, chronic technical challenges and malware breaches, to name a few.
  4. Enhanced developer productivity: Container infrastructure is equated to effective development. There is a reduction in environmental inconsistencies and with its digital nature and portability; IT professionals find it easier to collaborate when finishing an application.

Without a container platform, enterprises are ineligible to experience things like improved security, utilization of a lean and portable base, and collaborative networking. Containers have paved the way for simplicity in the determining of an application’s usability regardless of where it is deployed. Instead of having a single yet large application, different teams can easily work on different parts of an application independently of each other. Essentially, you can develop software quickly and then easily test for possible errors.

Red Hat has introduced a self-service portal – a user-friendly interface that can order and manage various IT services. This has made the management of operations even easier. As it stands, container technology has greatly altered software development and has created profound and positive structural changes in cloud computing.