Debugger FAQs

Question 1

Does Debugger support both user-mode and kernel-mode debugging?

Accepted Answer

Yes, it fully supports both user-mode debugging through CDB and kernel-mode debugging via KD. This includes specialized analysis tools for crash analysis, heap inspection, and kernel object enumeration.

Question 2

What are the primary use cases for Debugger?

Accepted Answer

It is specifically designed for reverse engineering and vulnerability research workflows, providing granular control over process state, memory, and registers for in-depth analysis.

Question 3

What is Debugger?

Accepted Answer

Debugger is an MCP server that facilitates LLM-driven interactive Windows debugging. It wraps the powerful CDB and KD tools, enabling comprehensive control over user-mode and kernel-mode targets.

Question 4

What debugging capabilities does Debugger offer?

Accepted Answer

Debugger offers extensive features including debug session management, full process control (step, continue, break), advanced breakpoints (software, conditional, hardware), memory operations, register access, and stack inspection.

Question 5

What are the core requirements to use Debugger?

Accepted Answer

You need Windows 10/11, the Windows SDK or WinDbg installed (to provide cdb.exe/kd.exe), and Python 3.10+ with its dependencies installed via pip.

Debugger

Características Principales

Casos de Uso

Debugger

Características Principales

Casos de Uso