HoShiMin/Kernel-Bridge
Kernel Bridge
Kernel-Bridge is a C++ framework designed for Windows kernel-mode development, providing a comprehensive toolkit for building drivers, hypervisors, and system-level monitoring tools. It serves as a foundational environment for managing low-level operating system interactions, including memory management, process control, and cross-layer communication.
The project distinguishes itself by offering specialized primitives for hypervisor construction and hardware-assisted memory isolation. It facilitates advanced system manipulation through techniques such as direct kernel object modification, asynchronous task injection, and symbol-based memory pattern scanning. These capabilities allow for the implementation of real-time event monitoring and the interception of system calls through low-level function hooking.
The framework includes structured interfaces for user-mode to kernel-mode data exchange, utilizing input-output control codes to maintain reliable communication channels. It also provides utilities for binary analysis and the registration of system-wide notification routines to track process, thread, and module lifecycles.
Features
- Windows Kernel Development Kits - Provides a C++ framework with templates and communication interfaces for building Windows kernel drivers and hypervisors.
- Virtualization Primitives - Provides foundational primitives for constructing custom hypervisors and managing isolated computing environments at the architectural level.
- Hypervisor Security - Provides hardware-assisted security primitives for memory interception, page hiding, and system-level monitoring within a hypervisor environment.
- Device Driver IOCTL Communication - Facilitates structured data exchange between user-mode applications and kernel-mode drivers using standard IOCTL codes.
- Kernel-Mode Interception Mechanisms - Provides utilities for intercepting system calls and manipulating process states via symbol parsing and event callbacks.
- Kernel Driver Frameworks - Simplifies kernel-mode driver development through foundational templates and modern language support.
- System Call Hooking - Implements low-level function hooking and system call interception to monitor and modify kernel-mode execution flow.
- Kernel-to-User Bridges - Facilitates secure data exchange between kernel-mode components and user-mode applications using specialized interface modules.
- Kernel-User Space Interfacing - Establishes secure data exchange channels between user-space applications and kernel-mode components.
- Kernel Object Manipulations - Modifies internal kernel structures and function pointers to intercept execution flow and alter system behavior.
- Hypervisor-Level Memory Isolation - Provides hardware-assisted memory isolation through hypervisor-level interception and monitoring.
- Symbol-Based Memory Pattern Scanning - Locates and hooks kernel memory structures by parsing binary debug symbols and performing pattern scanning.
- Kernel-Mode State Controllers - Enables low-level manipulation of process and thread states, including suspension, termination, and remote code execution via asynchronous procedure calls.
- Static Memory Analysis - Supports binary and memory analysis by parsing symbol files and performing pattern scanning to locate structures in memory.
- Driver Development Templates - Provides templates and modern C++ standards for building and compiling custom kernel-mode drivers.
- Event Callbacks - Registers system-wide notification routines to track process, thread, and module lifecycle events in real time.
- Physical and Virtual Memory Operations - Performs direct physical and virtual memory operations to facilitate data transitions across address spaces.
- Hypervisors - Provides primitives for creating low-level virtualization layers and hypervisors to manage isolated computing environments.
- Development Toolkits - Offers low-level primitives for constructing isolated virtualization layers and implementing system-level security monitoring.
- Asynchronous Procedure Call Injection - Implements asynchronous procedure call injection to execute arbitrary code within target processes during thread scheduling.
- System Event Monitors - Provides real-time monitoring of system events by registering callbacks for process, thread, and module activity.
