Linux and DevOps have come so far with each other over the past few years, they have not only been used by the digital industry but have become a kind of obligatory package which many industries have realized and are using. There is one common objective being shared and fulfilled by both the Linux and DevOps, and that is scalability. Scalability is the driving force behind these two elements which enables a fast delivery of the software, tools and applications. Using Scalability, developers and engineers don’t have to compromise on the quality of the package. The project management professional or PMP project management training is the way ahead when dealing or taking in view the automation of your technology with DevOps.
Linux has brought further the concept of scalability and agility to the digital companies for the development of their processes, applications and systems as well as for their customization and effective implementation. The very basis for the earlier designs of Linux was the concept of scalability and it features control over the inner workings of operating systems to the professionals, making it a sweetheart for various professionals out there. Any particular technology that we are using today is featured and powered by Linux. Let us begin by helping you understand what Linux and DevOps is.
What is Linux?
Linux basically is an open source operating system which is offered under general public license to the customers or professionals. Linux provides the professionals with the bridge which can be used to communicate between the hardware and the software of a machine. The hardware in this scenario can be CPU, memory and its storage while the software can be any OS the system is currently running on. Linux can govern hardware based changes executed by the professionals to make sure that they get the related settings which they were looking for in the first place.
There are various components to the Linux Such as Linux kernel, used to govern or control the hardware related resources. A boot loader runs the machine through a start-up sequence while the daemons which are the background services work in the background to ensure that all the related functions of Linux are working efficiently and smoothly. The shell or command line part of Linux receives various code related instructions from the developer and then transmits them safely and untouched to the machine for execution.
What is DevOps?
It has been long debated by the professionals that DevOps is a methodology, rather than a piece of technology, which has two distinct parts: development and operations. The development part is associated with the production of applications and their effective delivery to the customers in a fast and efficient manner. It uses the concept of automation, integration and continuous collaboration to make sure the product that is designed and delivered to the customers is of finest grade.
The operations side of business, on the other hand, is more concerned with keeping the standards or quality of the systems high. The concepts of continuous integration and continuous development come into play right here. Continuous integration makes sure that code is continually integrated and delivered to the mainframe of an application for ensuring that secure updates are making their way to the customers.
Continuous delivery part deals with the effective delivery of systems and processes which were earlier developed under the strong influence of communication between various sections of the digital company. The process of continuous delivery can be brought to speed with the help of continuous automation. That pretty much sums up DevOps.
Why you should be using both?
Linux is everywhere
The very basic reason for combining Linux with DevOps is that Linux is present almost everywhere and has gained a lot of popularity in the recent times within the IT world. Linux runs many technologies from phones to servers and from servers to satellites. With a vast landscape of application, it is deeply integrated within any piece of technology that we're using today; whether it be GPS services or cloud computing. In short, any Internet of Things device and artificial intelligence related products are currently running on and being developed by Linux.
When you are developing new applications and systems for your consumers you want to make sure that everything is up to standards and not corrupt in any possible way. This is where Linux can be of great value and asset to your company. Not only it would make sure that everything is running smoothly and perfectly but would make sure that you meet your deadlines at a prior basis.
Linux is deeply integrated into the job
The DevOps teams share various responsibilities with each other as the development and operations part is completely separate. There are many responsibilities to be shared and many obstacles to be climbed off and Linux can help you do that. Engineer is a valuable professional who knows how to configure various operating systems and network related technologies and that is why when that person is commandeering a job they will have less and less obstacles to face.
Knowing how to use Linux and configuring it for the greater good of the development and delivery of the systems will help you face less obstacles to face and less challenges to overcome. That is why Linux should be used with DevOps because in a kind of way it's the part of the job.
Customizability
The most fundamental property of Linux is flexibility. You can install this software for any kind of machine and customize it for your own business needs. It can be adjusted, regulated and customized in any way possible for every aspect of your development, and delivery of your systems. The Linux DevOps training can best help you to understand the union between these two technologies and how you can use them for the greater good of the company or industry you are using these for.