# HWID Spoofer Features ### Hardware ID Randomization HWID Spoofer performs low-level modifications to all major hardware identifiers used in hardware fingerprinting and anti-cheat detection. This includes: #### Motherboard and BIOS Identifiers * Randomizes motherboard serial numbers (via SMBIOS table manipulation). * Alters BIOS UUIDs and chassis asset tags for full system identity obfuscation. * Supports both legacy BIOS and UEFI firmware environments. #### Disk Drive Serial Numbers * Modifies volume serial numbers and physical disk identifiers (SCSI and SATA). * Ensures consistency across all connected storage devices to prevent partial fingerprinting. #### CPU and GPU Fingerprints * Masks processor vendor/product IDs and feature flags detectable via CPUID. * Randomizes GPU device IDs for both integrated and discrete graphics adapters. #### Network Adapter MAC Addresses * Generates randomized MAC addresses for all physical and virtual network interfaces. * Supports automatic MAC reset on system startup for environments requiring frequent changes. #### Peripheral Device Identifiers * Spoofs monitor EDIDs, USB device serials (mice, keyboards, controllers), and audio device IDs. ### System Trace Cleaner HWID Spoofer includes a system cleaner module to remove residual traces left by applications that enforce hardware bans or licensing restrictions. #### Log and Cache Purging * Deletes cached configuration files and diagnostic logs from common game directories. * Clears Windows event logs related to network and device changes. #### Account Linkage Removal * Unlinks saved account credentials (Xbox, Discord, Steam) from registry and local storage. * Flushes browser cookies and cached sessions that may be used for cross-account detection. #### Network Trace Cleaning * Resets TCP/IP stacks and clears ARP tables to remove network-level traces. * Flushes DNS caches to eliminate hostname resolution history. ### Safe and Reversible Operations Recognizing the potential risks of hardware modification, HWID Spoofer integrates multiple safety mechanisms: #### Automatic Backup Creation * Stores original hardware identifiers before any spoofing operation. * Allows restoration of original values in case of failure or user preference. #### Safe Exit and Rollback * Ensures that incomplete spoofing attempts are safely aborted without leaving the system in an unstable state. * Includes a rollback utility for restoring system state post-spoofing. *** ### Advanced Spoofing Options For users facing stricter detection mechanisms or developing/testing software, HWID Spoofer provides advanced configuration modes: #### BIOS/EFI Variable Spoofing * Modifies non-volatile firmware variables for deeper hardware identity changes. * Requires secure boot to be disabled for certain systems. #### SMBIOS Table Randomization * Randomizes all relevant SMBIOS fields to present a fully anonymized system profile. #### TPM Key Obfuscation * Obscures or disables Trusted Platform Module keys when required by specific anti-cheat systems. #### Virtual Machine Detection Bypass * Masks Hyper-V, VMware, and VirtualBox signatures to prevent VM-aware software from identifying the environment. *** ### VPN-Ready Network Identity Management HWID Spoofer is optimized for use in conjunction with VPN services: * Ensures randomized MAC addresses do not conflict with VPN virtual adapters. * Provides compatibility with common VPN clients (OpenVPN, WireGuard, and IKEv2). *** ### Lightweight and Portable * HWID Spoofer is delivered as a portable package with no installation required. * No background services or persistent processes. * Compatible with Windows 10 and 11 (64-bit), supporting both Intel and AMD platforms. *** ### Developer-Friendly Architecture * Open-source codebase for auditability and customization. * Modular architecture allows contributors to extend spoofing support for new hardware types. * CLI utilities included for automation and scripting workflows. *** ### Summary HWID Spoofer provides a secure, feature-complete solution for hardware ID management. Its ability to perform full-system fingerprint randomization and system trace cleaning makes it suitable for: * Bypassing hardware-based bans in software and games. * Testing software licensing mechanisms. * Enhancing privacy by preventing hardware fingerprint tracking. With robust safety features and advanced spoofing capabilities, HWID Spoofer is a trusted choice for both end-users and developers. --- # Agent Instructions: Querying This Documentation If you need additional information that is not directly available in this page, you can query the documentation dynamically by asking a question. Perform an HTTP GET request on the current page URL with the `ask` query parameter: ``` GET https://hwid-spoofer-1.gitbook.io/hwid-spoofer/overview/hwid-spoofer-features.md?ask= ``` The question should be specific, self-contained, and written in natural language. The response will contain a direct answer to the question and relevant excerpts and sources from the documentation. Use this mechanism when the answer is not explicitly present in the current page, you need clarification or additional context, or you want to retrieve related documentation sections.