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Before starting the discussion on How Jenkins is helping IT professionals in automation let’s discuss the little bit on Jenkins. Jenkins is a Java-based open source tool. It is a Continuous Integration server. Jenkins helps to automate the non-human part of the software development/Software testing process, with continuous integration and facilitating technical aspects of continuous delivery. It is a server-based system that runs in servlet containers such as JBoss. It supports version control tools, including AccuRev, CVS, Subversion, Git, Mercurial, Perforce, ClearCase and RTC, and can execute Apache Ant, Apache Maven etc based projects as well as arbitrary shell scripts and Windows batch commands. Now the question is how Jenkins is helping in Automation?? If we enlighten on automation, automation is taking lead in every process whether it is the process of software development or establishing the IT infrastructure on Cloud platforms or in DevOps field. If we talk about the

New Technologies/applications are launching almost every day to help people to make their life easy whether it is related to the medical or to workplace or to daily life. With the help of these technologies or applications, our work can be done automatically. We do not need to do any manual work. But the question is how can we ensure that applications that we are using will generate the actual/estimated results? Or in case something wrong happens then these applications will alert us like ‘something is wrong with your data’. Well, when companies launch their applications, these applications are tested by their testing teams and in case of any error, they inform the development teams and try to fix those issues. But how testing teams test the applications? Do they have some tools which check the applications itself or the teams have to do some coding through tools or they have to pass some demo data and tools will generate the data based on passed demo data? Yes… Testing teams use the

Continuous Integration(CI) and Continuous Delivery(CD) is the collection of best practices that enables development teams to deliver the changes in code more frequently and efficiently. Through the Continuous Integration, development teams integrate the small changes with share repository and check the version of the code frequently. The technical goal of Continuous Integration is to establish a way to build and test applications with consistency. With the consistency, development teams are more likely to integrate code changes with shared repositories frequently, which leads to better collaboration between teams and better software quality. The major goal of Continuous Integration is to refine the integration process into a simple, repeatable development task that will reduce the overall build cost and reveal defects in the cycle easily. Success in CI will depend on changes in the culture of the development teams so that there are frequent and iterative builds, and

AWS is announcing the new technologies or we can say IT services day by day in the IT market whether we talk about big web applications or we talk about game zoning. Amazon Web Services (AWS) is a set of cloud services which are being used by startups, big companies, and government agencies. AWS lets companies buy powerful virtual machine cheaply and use these machines whenever they need them to handle traffic, to store large data, videos or to power a database. We must say that AWS is the piece of cloud infrastructure that has triggered the fire in the current tech boom. AWS is providing the platforms to all industries to build their applications or to handle big data. If we define AWS in other words:  “AWS has changed the view or face of the IT industry with its cloud services.” Big companies like ·          Netflix ·          Samsung ·          Yelp ·          Airbnb ·          Time Inc ·          Nokia ·          Novartis ·          HTC ·