CVE-2025-62215 INTEGRATED EXPLOIT SUITE v4.5

1. Project Overview

This project is an automated exploit tool suite targeting Windows Kernel Race Condition and Double-Free vulnerabilities. It combines dynamic offset extraction using the WinDbg JS engine with real-time binary loading technology of the C++ exploit engine, designed to flexibly adapt to environmental changes.

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2. Main Components

AutoGenerator.js (WinDbg Automation Script)

Extracts EPROCESS offsets (PID, ActiveProcessLinks, Token) in real time from the target system's kernel memory. Generates custom shellcode.asm reflecting the extracted offsets. Invokes the NASM compiler to produce an immediately executable shellcode.bin binary.

exploit.exe (C++ Exploit Engine)

At runtime, directly loads the C:\exploit\shellcode.bin file into memory. Leaks the base address of ntoskrnl.exe to bypass KASLR. Uses Pipe Spraying technique to manipulate the kernel heap layout and trigger the vulnerability. Upon success, automatically executes a CMD shell with SYSTEM privileges.

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3. Detailed Usage Instructions

Step 1: Environment Setup

1. Create the C:\exploit\ folder.
2. Verify that nasm.exe is registered in the system environment variables.
3. Run WinDbg as administrator and connect to the target kernel.

Step 2: Payload Generation (WinDbg)

1. Load script: .scriptload C:\path\to\AutoGenerator.js
2. Execute menu: dx Debugger.State.Scripts.AutoGenerator.Contents.invokeScript()
3. Generate ASM: dx Debugger.State.Scripts.AutoGenerator.Contents.option1()
4. Compile BIN: dx Debugger.State.Scripts.AutoGenerator.Contents.option2()

Step 3: Execute Exploit

1. Run the built exploit.exe. (No separate source modification or rebuild required)
2. Wait for the program to load shellcode.bin and trigger the race condition.
3. Verify that a SYSTEM shell pops up with a privilege escalation success message.

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4. Cautions and Disclaimer

This tool should only be used for security research and educational purposes. Running it on unauthorized systems may lead to legal liability, and due to the nature of kernel manipulation, the target system may experience a BSOD (Blue Screen of Death). Therefore, always use it in a test environment.

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5. System Requirements

Windows 10/11 x64 (gadget offset modification required depending on specific build) Visual Studio 2022 (for building exploit.cpp) NASM (for compiling Assembly) WinDbg (version with JavaScript API support)