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Application Software is one of the types of software which runs or executes as per user request. Proprietary software and off-the-shelf software are two important types of application software. High level languages such as java, c, c++ etc are used to develop the application software. Application software is a specific purpose software which is intended to perform some tasks grouped together. Without an operating system application software cannot be installed. Examples are Opera, VLC media player, Google chrome, Mozilla Firefox etc. The primary function of application software is to apply the power of a computer system to enable people, workgroups, and entire enterprises to solve problems and perform specific tasks. Millions of software applications have been created to perform a variety of functions on a wide range of operating systems and device types (Stair &Reynold, 2017). An operating system is a computer program, works as interface between user and hardware and provides common services for computer programs. The entire process or functionality of computer system depends on the operating system. It is developed by using c ++, c, assembly languages. An operating system performs some variety of tasks like, it manages files and directory creation and deletion, process creation, deletion, synchronization, memory allocation and deallocation. An operating system also prevents the computer system from unauthorized access and secures the resources, information, and data. Examples are Microsoft Windows, Linux, Unix, DOS. Overall, we can say that without an operating system a computer system is nothing.

Mobile technology involves a combination of wireless devices that have networking capabilities and web-based collaboration applications and tools. With the most recent developments in portable tech, different new versatile applications and administrations have risen to address each employee and employer needs. Accordingly, portable innovation has blasted, and insights currently show that it altogether improves profitability in the working environment. Mobile technology provides employees the benefit of working on the go. This increases productivity considerably since employees can stay always connected, thus increasing worker availability and generation of work and it allows instant access to client and employee data at a distant location. Hackers and cybercriminals can intercept cellular and Wi-Fi communication, which is a specific concern when users communicate over unsecured Wi-Fi networks.

Open source is the better choice to go for when choosing what to utilize. When scaling the business, in spite of the fact that you probably won't need the highlights that open source offer now, later on as your business develops you may require them. It’s in every case better to anticipate the eventual fate of the business. It's far- fetched WordPress will go anyplace. It is a developing, supportable stage. Which is route ahead in the battleground. Alongside it being a practical and persistently changing stage you have loads of designers accessible to deal with the site, as opposed to a little group, which means you can get help day in and day out from engineers who have inordinate information on what they are doing.

While SaaS and cloud computing offer many benefits, these software delivery models also involve some risks. For example, sensitive information could be compromised by unauthorized access by employees or computer hackers. In addition, the company providing the hosting services might not keep its computers and network up and running as consistently as necessary, or a disaster could disable the host’s data center, temporarily putting an organization out of business. Some companies also find it is difficult to integrate the SaaS approach with some of its existing software. The new trend that attracts me is the new smart laptops which are used for multiple office work which helps in organization productivity.

Reference

The mobile workforce: how mobile devices impact productivity. Motus. https://www.motus.com/the-mobile-workforce-how-mobile-devices-impact-productivity/

Stair, Ralph, and George Reynolds. Principles of Information Systems. Available from: Textbook Butler, (13th Edition). Cengage Learning US, 2017.

Arduin, P.-E., Grundstein, M., & Rosenthal-Sabroux, C. (2015). The Enterprise's information and knowledge system (EIKS). Information and Knowledge System, 45–63.