Offensive System/Kernel Development for Windows

درباره‌ی این دوره

این دوره به چه افرادی توصیه می‌شود؟

• تحلیل‌گران و محققین امنیت سایبری
• کارشناسان ارزیابی امنیت/تست نفوذ/تیم قرمز
• افراد فعال در زمینه‌ی Bug Bounty سیستمی
• برنامه‌نویسان سیستمی و توسعه‌دهندگان محصولات امنیتی
• مشاورین امنیت سایبری
• علاقه‌مندان به توسعه و تحلیل بدافزار

برای حضور در این دوره چه دانش‌هایی باید داشته باشم؟

• آشنایی با مفاهیم Windows Internals
• آشنایی با زبان برنامه‌نویسی C یا C++ در سطح متوسط

• Windows System Architecture
  • Overview
  • Tools
  • Processes
  • Virtual Memory
  • Threads
  • User Mode vs. Kernel Mode Architecture Overview
  • System Calls
  • Introduction to WinDBG
• Windows API Foundation
  • Windows APIs
  • Using Visual Studio
  • Common Types and Conventions
  • Working with Strings
  • 64-Bit vs. 32-Bit Development
• Kernel Objects
  • What is Kernel Object?
  • A Process Kernel Object Handle Table
  • Working with Handles
  • Sharing Objects
  • Object Names
• Process
  • Process Creation
  • The Main Function(s)
  • Creating Processes
  • Process Termination
  • Enumerating Processes
  • DLLs
• Jobs
  • Introduction to Jobs
  • Creating Jobs
  • Nested Jobs
  • Querying Job Information
  • Setting Job Limits
  • Job Notifications
• Thread
  • Thread basics
  • Creating threads
  • Thread Priorities
  • Thread Scheduling
  • Thread Stacks
  • Hooking
• Windows Thread Pool
  • Scenari1: Call a Function Asynchronously
  • Scenari2: Call a Function at a Timed Interval
  • Scenari3: Call a Function When a Single Kernel Object Becomes Signaled
  • Scenari4: Call a Function When Asynchronous I/Requests Complete
  • Callback Termination Actions
• Fibers
  • Overview
  • Working with Fibers
• Memory
  • Process address space
  • Process memory counters
  • Reserving and Committing Memory
  • The Heap Manager
  • Memory Mapped Files
  • Summary
• Dynamic-Link Libraries
  • DLL and Process Address Space
  • Building DLL Module
  • What exporting Really means?
  • Creating DLLs for use with Non-Visual C++ Tools
  • Building the Executable Module
• DLL Advanced Techniques
  • The DLL’s Entry-Point Function
  • Delay-Loading a DLL
  • Function Forwarders
  • Known DLLs
  • DLL Redirection
  • Rebasing Modules
  • Binding Modules
• Security
  • Introduction
  • SIDs
  • Tokens
  • Privileges
  • Access Masks
  • User Access Control
  • Integrity Levels
  • Specialized Security Mechanisms
• Registry
  • The Hives
  • 32-bit Specific Hives
  • Working with Keys and Values
  • Registry Notifications
  • Transactional Registry
  • Registry and Impersonation
  • Remote Registry
  • Miscellaneous Registry Functions
• The I/System and Device Drivers
  • Device Drivers
  • The Windows Driver Model (WDM)
  • Driver types
  • Software drivers
  • Driver and device objects
  • I/Processing and Data Flow
  • Accessing files and devices
  • Asynchronous I/O
• Kernel programming basics
  • C++ in a kernel driver
  • Creating a driver project Building and deploying The kernel API
  • Strings
  • Linked Lists
  • Kernel Memory Pools
  • The DriverEntry function
  • The Unload routine
  • Installation
• Building a complete driver and Client Creating a device Object
  • Exporting a device name
  • Building a driver client
  • Driver dispatch routines
  • Introduction tI/Request Packets (IRPs) Completing IRPs
  • Accessing user space buffers
  • Handling DeviceIoControl calls
  • Testing the driver
  • Debugging the driver
  • Using WinDbg with a virtual machine
  • The driver verifier
• The I/O Request Packet
  • Introduction to IRPs
  • Device Nodes
  • IRP Flow
  • IRP and I/O Stack Location
  • Viewing IRP Information
  • Dispatch Routines
  • Completing a Request
  • Accessing User Buffers
  • Buffered I/O
  • Direct I/O
  • User Buffers for IRP_MJ_DEVICE_CONTROL
  • Putting it All Together: The Zero Driver
  • Using a Precompiled Header
  • The DriverEntry Routine
  • The Create and Close Dispatch Routines
  • The Read Dispatch Routine
  • The Write Dispatch Routine
  • Test Application
  • Read/Write Statistics
• Process and Thread Notifications
  • Process creation/destruction callback
  • Specifying process creation status
  • Thread creation/destruction callback
  • Notifying user mode
  • Writing a user mode client
  • User/kernel communication
• Object and Registry Notifications
  • Process/thread object notifications
  • Pre and post callbacks
  • Registry notifications
  • Performance considerations
  • Reporting results to user mode
  • Summary

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