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The idea of the OCI is to ensure that the fundamental building blocks of container technology such as the container format are standardized so that everyone can take advantage of them. That means that rather than spending resources developing competing container technologies, organizations can focus on developing the additional software needed to support the use of standardized containers in an enterprise or cloud environment. The type of software needed includes container orchestration and management systems and container security systems.
Probably the best known and most widely used free and open source container management systems is Kubernetes , which is a software project that originated at Google. Kubernetes provides mechanisms for deploying, maintaining and scaling containerized applications. Docker Enterprise Edition is perhaps the best known commercial container management solution.
It provides an integrated, tested and certified platform for apps running on enterprise Linux or Windows operating systems and cloud providers. But there are many others, and several notable ones have a layer of proprietary software built around Kubernetes at the core. Examples of this type of management software product include:. Many people believe that containers are less secure than virtual machines because if there's a vulnerability in the container host kernel, it could provide a way into the containers that are sharing it.
That's also true with a hypervisor, but since a hypervisor provides far less functionality than a Linux kernel which typically implements file systems, networking, application process controls and so on it presents a much smaller attack surface. But in the last couple of years a great deal of effort has been devoted to developing software to enhance the security of containers. For example, Docker and other container systems now include a signing infrastructure allowing administrators to sign container images to prevent untrusted containers from being deployed.
However, it is not necessarily the case that a trusted, signed container is secure to run, because vulnerabilities may be discovered in some of the software in the container after it has been signed. For that reason, Docker and others offer container security scanning solutions that can notify administrators if any container images have vulnerabilities that could be exploited.
More specialized container security software has also been developed. For example, Twistlock offers software that profiles a container's expected behavior and "whitelists" processes, networking activities such as source and destination IP addresses and ports and even certain storage practices so that any malicious or unexpected behavior can be flagged.
Another specialist container security company called Polyverse takes a different approach. It takes advantage of the fact that containers can be started in a fraction of a second to relaunch containerized applications in a known good state every few seconds to minimize the time that a hacker has to exploit an application running in a container. Most Linux distributions are unnecessarily feature-heavy if their intended use is simply to act as a container host to run containers.
For that reason, a number of Linux distributions have been designed specifically for running containers. In addition to running on any Linux distribution running version 3. That's because in Microsoft introduced the ability to run Windows containers in Windows Server and Windows These are Docker containers designed for Windows, and they can be managed from any Docker client or from Microsoft's PowerShell.
Microsoft also introduced Hyper-V containers, which are Windows containers running in a Hyper-V virtual machine for added isolation. Windows containers can be deployed on a standard install of Windows Server , the streamlined Server Core install, or the Nano Server install option which is specifically designed for running applications inside containers or virtual machines. First, there is still a widely held view that virtual machines offer better security than containers because of the increased level of isolation that they provide.
Second, the management tools that are available to orchestrate large numbers of containers are also not yet as comprehensive as software for managing virtualized infrastructure, such as VMware's vCenter or Microsoft's System Center. Companies that have made significant investments in this type of software are unlikely to want to abandon their virtualized infrastructure without very good reason. AI-powered conversations with human agents. AI with job search and talent acquisition capabilities.
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Elasticity : As demand for a microservice grows or falls , the number of its containerized instances can be automatically grown or reduced with minimal overhead — a key advantage of using a cloud platform. It takes seconds to add or remove a container in contrast to minutes to spin up a VM.
Upgradeability : If a microservice needs to be replaced by a newer version or its container image is found to be faulty maybe because a supporting library has a newly-discovered security flaw , these can be gracefully removed and replaced with the new version. And, if for some reason a container crashes, it does not affect the other containers on that server.
Standardized: Google, Docker and other early proponents of containers open-sourced their technology under the governance of the Open Container Initiative OCI.
It has standardized container image formats and runtime to allow a compliant container to be portable across all major operating systems and platforms. Training : Despite the trepidation with which cost-conscious CIOs confront new technologies, container technology does not impose any unusual burden on finding and training developers with the right skill set.
Almost all developers know Linux, and containers are a built-in part of the Linux kernel. It has been around for a long time although its usefulness was realized only in the mids. These ten items have hopefully motivated the growing trend for container-based development. On a cautionary note, not every application can be containerized, but many can.
Contact us today with any questions! Why Containers? Where containers excel To better see the advantages of containers, it is easiest to contrast it with the older cloud deployment technology — virtualization.
The Top 10 Benefits It is now possible to see why containers have become so popular. Takeaway These ten items have hopefully motivated the growing trend for container-based development. This website stores cookies on your computer. These cookies are used to collect information about how you interact with our websites and allow us to remember you.
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