Because Advanced Authentication has been optimized for performance, organizations continue to appreciate our focus of enabling them to do more with less. Unlike traditional virtualization, containers access the kernel of their host environment externally, which means that there is no need to include OS elements inside a container. This approach makes for more efficient utilization of server hardware that can be achieved with VMs.
From the beginning, Advanced Authentication was engineered from the bottom up to give organizations the flexibility they need to optimize it for their environments. Now, using Docker Containers to keep all of its application dependencies packaged together inside of the same container, Advanced Authentication containers can be executed on any Docker host without the need for manual configuration. This lessens the risk that inconsistencies in the environment will adversely affect a customer's configuration.
Docker containers can interact with any combination of bare-metal, virtualization, hypervisor, and cloud-based technologies. As an added benefit, container technology simplifies the process of effectively managing such complex configurations.
In the case of older applications which may not integrate well with containers, it may not pay to update or refactor them all at once. Instead, a future migration from VM-centric applications to containerized applications can be planned in such a way as to have it happen incrementally as each of these changes is able to be implemented over time.
Docker now offers a signing infrastructure which enables administrators to sign container images. Unsigned containers are assumed to be untrusted, which prevents these containers from being deployed.
In addition to this, Docker includes container security scanning solutions which will alert administrators of any signed container images which might have vulnerabilities that could be exploited.
Since all the containerized processes that makeup Advanced Authentication are isolated from the host, the risk posed by other processes or environment variables are diminished. In a similar fashion, since the host is not interacting directing with Advanced Authentication’s containerized processes, a higher level of reliability is achieved. All of this results in enhanced predictability when migrating to a new host. Also, because there are standardized interfaces for working with containers, it’s a relatively simple and straightforward task work with them.
Administrators want uncomplicated tools with easy to understand controls which allow them to access more and more powerful features. Because application dependencies are bundled directly into each container, the application infrastructure is less complicated, and the risk of environment-related problems is lessened. This leads to less troubleshooting and thus less cost or effort is expended. Moreover, the Docker Image and Container model and associated APIs are quickly becoming an industry standard with virtually every major operating system having native support for working with these standardized components.
Version control is likewise simplified in that Docker tools make it easy to track successive versions of Advanced Authentication, monitor changes, and, when necessary, roll back to a previous version. Furthermore, containers reuse components from across versions, which economizes on disk space and other resources.
With distributed configuration storage, dynamic scaling happens automatically along with the associated re-configuration of containers. And this does not require that the containers themselves are dependent on any specific static configuration.
Docker containers can make public cloud services cheaper by dividing them up into more fine-grained units apportioned across multiple clouds. This approach can be done using multi-cloud management software, which is sometimes referred to as a Cloud Management Platform (CMP). Because of containers’ lightweight execution environments, Docker is a particularly useful tool for creating hybrid cloud deployments. And additional portability can be achieved by moving ancillary services like load balancers, caching and firewalls to yet other cloud-based containers.
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