We often view software as a broad, all-encompassing term that includes everything from productivity tools we rely on for work to the platforms we turn to for relaxation and leisure. However, no software is exactly the same, and each one is classified into a software category.
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What is software?
Software is a set of instructions or commands that guide a computer’s actions. It is a collection of data and code within a program designed to enable a computer to execute specific tasks in response to user actions or system triggers. This can range from simple processes, like calculating numbers, to complex operations, such as running sophisticated simulations or managing entire ecosystems of interconnected devices.
Characteristics of good software
Six key attributes define what makes software “good.” It’s important to note that these characteristics represent ideals of software quality rather than strict absolutes. For instance, the sixth attribute pertains to software portability—the ability of software to adapt seamlessly to different specified environments without requiring modifications beyond those intended for its use. However, this doesn’t imply that software lacking portability is no longer considered software; it simply means it may fall short of this particular ideal.
- It must be reliable and provide a service with minimal to no disruptions.
- It must be able to provide the stated functions and capabilities.
- It must be understandable, learnable, and usable.
- It must be able to provide appropriate performance relative to the resources it uses.
- It must be able to be modified or improved for scalability.
- It must be adaptable to different environments.
How do you classify software?
Software can be categorized based on various criteria, including:
- Purpose: Software can be categorized according to its use.
- Platform: Is the software native (designed for a specific operating system) or cross-platform (designed to run on multiple operating systems)?
- Deployment: Software can be categorized as either installed on the user’s device or cloud-based.
- License: This includes proprietary software (owned by a single entity) or an open-source tool.
- Development model: Software can be classified as traditional (developed using a waterfall model) or agile (developed using an adaptive approach), among others.
- Size: Is the software designed for a single user or a small group, or is it enterprise software?
- User interface: Software can also be classified as graphical user interface (GUI) or command-line interface (CLI) software.
That said, most IT experts agree on three main categories of software.
Three main categories of software
Firmware
Firmware is a specific type of software that controls, monitors, and manipulates data in engineered products and systems. It provides low-level control and functionality specific to the hardware on which it is installed. Because firmware is installed directly onto components, such as memory chips or graphics cards, it is important that you regularly perform a firmware update to fix bugs and keep your hardware secure.
System software
System software is a category of software programs that coordinate and manage all aspects of a computer system’s resources. These platforms allow other software applications to run much more efficiently. System software can be further categorized as:
- Operating systems (OS): These fundamental system software help manage a computer’s hardware and software resources. They serve as an intermediary between users and underlying hardware, providing an interface for managing various tasks, such as device and memory management. Popular operating systems include Windows, macOS, and Linux.
- Device drivers: These software programs facilitate communication between the OS and specific hardware devices. They allow the OS to interact with devices such as graphics cards by translating generic commands into a language the hardware can understand.
- System utilities: These system software manage and optimize computer systems. They perform various tasks, including software updates and system backup and recovery. System utilities ensure that a computer system runs smoothly and reliably and contains minimal security vulnerabilities.
Application software
Application software is any software designed for specific tasks. Compared to system software, which focuses on a computer system, application software is intended to meet a specific need. This software category can be further classified into:
- Productivity software: These are tools intended to improve operational efficiency and streamline work-related tasks.
- Multi-media software: These software solutions are designed for the creation, editing, and consumption of multimedia content.
- Communications software: These tools foster collaboration among users.
- Database software: These are used to manage and organize large data sets.
- Educational software: This type of educational software facilitates learning and training.
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