TitanX HWID Spoofer EAC

TitanX HWID Spoofer EAC is a kernel-level HWID spoofer built for games running Easy Anti-Cheat (EAC). It rewrites Windows hardware identifiers at driver level instead of hand-editing the registry.

An EAC spoofer, not a list of games

Easy Anti-Cheat is protection middleware studios drop into dozens of unrelated titles, so this listing names no single game. The card publishes 24 feature rows in two groups, and only one group is actually about hardware: Misc holds 19 rows of real identifier work across storage, the motherboard, the CPU, the GPU, networking and Windows housekeeping. The second group, Other, just lists game names — Rust, Squad, SCUM, The Finals, Sea of Thieves — not extra capability. All five do run Easy Anti-Cheat, so the card lists them as where the spoofer applies rather than as more things it does.

What actually changes at the hardware level

Drives get a new serial, model and firmware string on NVMe and SATA/AHCI, a fresh GPT disk GUID, an MBR disk signature, a new NVMe namespace GUID/EUI64, and an updated volume serial with its partition entry array — because leaving one identifier untouched would give away the rest. The board and system change at SMBIOS level: system UUID, serial, manufacturer and product name, plus the baseboard serial and asset tag, chassis serial and BIOS release date, and platform/system SKU. The CPU gets a new processor ID and brand string, the GPU a new device and subsystem ID, any other PCI device its own serial, and a connected monitor has its EDID rewritten.

Networking is handled separately: new MAC addresses on every adapter, rotated Ethernet, Wi-Fi and Bluetooth identifiers, and a registry clean-up of network traces. The app's Hardware Check screen lines up original and current SMBIOS, disk serial and MAC values, so you can see what has already changed. A separate pass clears MachineGuid, Windows Installation ID and SusClientId, resets event logs and driver caches, removes telemetry markers, and clears shadow copies and restore points — that part is not spoofing an identifier, it is wiping traces earlier runs left behind.

How this HWID spoofer's launcher is laid out

The order matters: open Clean & Security first. Clean wipes traces from earlier launches — the app notes doing this regularly is what keeps the spoof reliable — and Apply prepares the system for the driver to load, which means a reboot. After rebooting, open the app, press Launch and wait for the driver to finish loading before you close the window. Before that step the app runs its own readiness check covering Memory Integrity (HVCI, which blocks unsigned drivers), Microsoft's Vulnerable Driver Blocklist and SmartScreen — skip one of those and the driver will not load.

Undoing the change does not mean reinstalling Windows: a dedicated Restore to Original button reverts every value to what the app recorded on first scan, and a separate Reset MAC button handles the network address. What the listing does not say is whether a spoof survives a routine reboot once a session is already running — worth testing before you rely on it mid-session.

Compatibility and pricing

Official support is Windows 11 only, from build 26100 (24H2) through build 26200 (25H2); earlier versions and builds outside that range aren't listed. CPU support is Intel or AMD, no extra condition attached. The system disk has to be GPT-partitioned, because moving off MBR means repartitioning the machine, not flipping a setting inside the app. Boot mode is not restricted either: the requirements list both UEFI and Legacy, so board mode is not what blocks a launch.

Keys run for 1, 3, 7, 14, 30, 90 and 365 days, priced from 228 to 7605 GCC across seven duration tiers. Check the live price and key availability for the exact term before paying. The HWID spoofer catalog lists comparable tools built for other anti-cheats and games.