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The key to more scalability and agility
The main difference between cloud computerization and other types of automation lies in the types of services to which cloud automation applies. Since cloud-based environments allow users to access resources differently than they have on-site (e.g. cloud environments typically do not give end users control over physical servers), cloud automation focuses more on the automation of infrastructure services than on physical ones Devices. bolts.answerhop
But cloud automation is also the key to dealing with the
scalability and complexity of cloud environments. Certainly half a dozen local
servers can be managed manually without any problems. In the cloud, where there
are a multitude of different types of VM instances to choose from, automation
plays a special role in avoiding the operation of servers that are not
required.
Because cloud environments are made up of a number of
different types of services that are constantly changing, automating the
management of cloud resources is critical to getting the most benefit from the
cloud. Without cloud automation, companies deprive themselves of the
scalability and agility that a cloud offers for a more comprehensive IT
strategy.
Wide range
of tasks - from IaC to version control to data backup
IT organizations that rely on a cloud-based infrastructure
can automate a number of tasks to lower their IT costs, reduce errors and
increase their operational efficiency. Below are particular of the most common
tasks that cloud automation can make more efficient.
Typical
areas of application for cloud automation include
• Establishing an infrastructure as code (IaC)
• Version control for workflows
• Implementation of regular data backups
• Shutting down unused instances and processes
Establishment
of Infrastructure-as-Code (IaC)
The concept of Infrastructure-as-Code describes the process
of managing and deploying the technology stack using software and code instead
of configuring individual hardware elements. Cloud platforms with
virtualization functions can automate the detection of computer resources in
the network and organize them in pools so that IT operators can flexibly
provide resources regardless of their physical configuration or their location
in the server room. This results in an infrastructure as a code architecture in
which users can execute mechanical, codified processes to achieve the desired
hardware configuration short of manual setup.
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