Computer Software Classification: System Software vs Application Software

• Hardware: Physical, tangible electronic components (CPU, RAM, PCB, HDD, Monitor). • Software: A structured collection of computer programs, procedures, and documentation that instruct hardware how to perform tasks. • Firmware: Specialized low-level software permanently hardcoded into read-only non-volatile ROM/Flash chips (e.g. Motherboard BIOS/UEFI, TV remote controllers, Microwave microcontrollers).

1. System Software (Manages Hardware Resources): • Purpose: Operates, controls, and extends the processing capabilities of the computer hardware directly. • Sub-Categories: a) Operating Systems (Windows, Linux, macOS, Android). b) Language Translators (Compilers, Interpreters, Assemblers). c) System Utility Programs (Disk Defragmenter, Antivirus, Backup software, File Compressors). d) Device Drivers (Graphics driver, Printer driver, Sound driver). 2. Application Software (Performs End-User Tasks): • Purpose: Engineered to perform specific real-world productive tasks for human users. • Sub-Categories: a) General Purpose Application Software: Widely used packaged tools (MS Word, Excel, Google Chrome, Photoshop, VLC). b) Customized / Tailor-Made Software: Custom built for a specific organization (Banking Core Banking System, University ERP, Hospital Management System).

• Open-Source Software (OSS): Source code is freely accessible to the public for modification, enhancement, and redistribution under licenses like GNU GPL or MIT (e.g., Linux, Apache, Python, Blender). • Freeware: Free of cost for use, but source code is closed and copyrighted (e.g., Adobe Acrobat Reader, Skype). • Shareware: Distributed free on a trial period with limited features, requiring purchase for full version (Trialware). • Proprietary / Commercial Software: Paid commercial software with protected copyrighted binary distribution and closed source code (e.g., Microsoft Windows, Oracle Database, Adobe Creative Cloud).