Windows Driver Exploit

What problem does it solve?

This Skill unit provides a framework for analyzing and exploiting vulnerabilities in Windows kernel driver, helping security researchers and reverse engineers identify and mitigate potential risks.

Core Features & Use Cases

• Driver Reconnaissance: Identifies the attack surface of a Windows driver through analysis of entry points, device names, and IOCTL handlers.
• Vulnerability Classes: Classifies and discusses various types of driver vulnerabilities, including IOCTL vulnerabilities, pool overflow, token escalation, and others.
• Exploit Primitives: Describes techniques for exploiting kernel driver vulnerabilities, including arbitrary read/write, pool overflow, and use-after-free.
• Privilege Escalation: Outlines methods for escalating privileges, including token stealing and exploiting system-level vulnerabilities.
• Mitigation Bypass: Discusses bypassing common mitigations like SMEP, SMAP, and KASLR.
• Exploit Template: Provides a sample C code template for building exploits against kernel drivers.
• Testing & Debugging: Offers guidelines for setting up kernel debugging and finding version-specific offsets.

Quick Start

Analyze a vulnerable Windows driver for possible exploits using the Windows Driver Exploit skill unit.