Reinventing Software to Cope with Emerging Technologies
Software minimized human labour in processing works.
Software is a key mediator between a device and the user. It is a must application on an everyday schedule to perform tasks in data services through desktops and mobile devices. Somehow, even after the user quits from the device, he/she is connected to software in some form.
The world is in adverse need of software to cope with daily life. The thing that comes to mind when we talk about technology is either software or Artificial Intelligence (AI). However, the face of software is changing. Evolution takes place with the growth of technology. The software stands as the relationship mentor between applications and the databases that serve the changes.
Earlier, the applications waited for the user to click a button on the screen to run the software. But today, it has changed. The dynamic move from passive to active software usage is being observed. The active software usage represents the applications proactively reacting to other things happening that is inside other applications, other data services and other machines elsewhere in the business. And to add to the technology changes, applications are no longer passive. Software solution giving companies are emerging by filling the gap between technology changes. They provide event streaming platform that aims to make it easier for organisations to take advantage of this change in terms of data and software.
A report by Grand View Research suggests that the global business software and services market size is valued at US$322.91 billion in 2018 and is expected to grow at a CAGR of 10.7% between 2019 and 2025.
Software is a collection of instructions that enable users to interact with a computer or its hardware to perform tasks. A software or computer software essentially enables a user to perform some specific tasks or are actually used to operate their computers. The term ‘software’ was coined to differentiate the instructions from hardware which configures the physical comments on a computer. There are two types of software,
- System software
- Application software
System software controls a computer’s internal functioning, chiefly through an operating system. It also controls peripherals like monitors, printers and storage devices. System software manages the behaviour of the computer hardware in order to offer basic functionalities which are needed by the user. Some of the common system software examples are
- Operating systems- MS Windows, macOS, Linux, iOS, Android.
- Device drivers- BIOS Drivers, Motherboard Drivers, ROM Drivers.
- Firmware- Computer peripherals, Embedded systems, UEFI.
- Utility- Norton Antivirus, McAfee Antivirus, WinRAR.
Application software directs the computer to execute commands given by the user and may be said to include any program that processes data for the user. Application software is also called as an end-user program. It assists the user in completing various tasks like conducting an online search, making notes, designing graphics, maintaining accounts, carrying out calculations or even playing computer games. Some of the varieties of application software are,
- Word processor- MS Word, Google Docs, Apple iWOrk-Pages.
- Database software- MS Access, Cliper, dBase.
- Multimedia software- Adobe Photoshop, VLC Media Player, Windows Movie Maker.
- Web browser- Google Chrome, Opera, UC Browser.
Change of software to the emerging trends
As technology invaded every sector, software follows it. Now, the software is the main base that the whole tech world is built-in. If we take a loan process, for example, a decade back, banks used manual systems to process an application. The labour involved bank agents, financial analysts, mortgage officers and credit managers.
However, the work is minimized to around 10% today. The loan seeker fills an online application through which it goes under all categories and is checked. The results of these calculations and judgments are then communicated back to the user themselves through Customer Relationship Management (CRM) layers, which ultimately results in an alert on an app software.
But this improvement is not all. The software needs to grow in real-time with upcoming technologies. Data platforms need to think of reinvention.
Software communicating to software
More of the software is actually communicating with other software before talking to users through software-to-software systems that work inside the aligned data pipelines. Event streams should be thought of as the central nervous system around which modern applications are built. A virtuous circle of adoption occurs because event streams are multi-reader.
Henceforth, the mission of the developing software is to build and be that event streaming platform that aid companies rephrase themselves through it.