Disadvantages of low-level languages

• Complexity: Low-level languages are more complex and difficult to learn and use compared to high-level languages. They require programmers to have a deep understanding of hardware architecture and system-level concepts, which can be challenging for beginners and lead to more error-prone code.
• Lack of portability: Programs written in low-level languages are often tied to specific hardware architectures and may not be easily portable across different platforms or systems. This lack of portability can limit the reusability of code and make it harder to maintain and update applications.
• Limited abstraction: Low-level languages provide minimal abstraction from the hardware, requiring programmers to manage low-level details such as memory addresses, registers, and processor instructions. This manual management can be time-consuming and error-prone, leading to less efficient development processes.
• Slower development speed: Writing code in low-level languages typically takes longer and requires more effort compared to high-level languages due to the need for manual optimization and fine-tuning. This slower development speed can impact time-to-market and project deadlines.
• Reduced readability: Code written in low-level languages is often less readable and more cryptic than code written in high-level languages. This lack of readability can make it harder for developers to understand, debug, and maintain the code over time.