Debugging and Scanning Premise :

Debugging Premise:
Debugging premises refer to the foundational principles and techniques used to identify, isolate, and resolve issues or bugs within software applications or systems. 
Debugging premises include strategies such as identifying the issue, reproducing the problem, isolating components, checking assumptions, using debugging tools, and testing incrementally.

Scanning Premise:
Scanning premises encompass the fundamental principles and methods employed to assess and evaluate software systems or environments for various aspects such as security, performance, code quality, dependencies, and compliance. Scanning involves automated or manual examination of system components, configurations, and codebases to identify vulnerabilities, optimize performance, ensure code quality, manage dependencies, and maintain compliance with relevant standards or regulations.
Both processes are essential for maintaining the reliability, security, and functionality of software applications and systems.

Debugging Premise:
Identify the Issue: Start by pinpointing where the problem lies. This might involve analyzing code, system logs, or user reports.

Reproduce the Problem: Try to recreate the issue in a controlled environment. This helps in understanding its causes and behaviors.

Check Assumptions: Review any assumptions made during development. Sometimes, unexpected behavior arises due to incorrect assumptions.

Use Debugging Tools: Leverage debugging tools such as debuggers, profilers, or logging frameworks to trace the execution flow and identify errors.

Scanning Premise:
Security Scans: Conduct regular security scans to identify vulnerabilities in the system. This includes scanning for outdated software, misconfigurations, and potential entry points for attacks.

Code Quality Scans: Use static code analysis tools to scan codebases for potential bugs, code smells, or violations of coding standards. This helps in maintaining code quality and readability.

Dependency Scans: Scan dependencies for known vulnerabilities or compatibility issues. This ensures that the system is not exposed to risks due to insecure or outdated libraries.