Is HWID spoofing detectable?

Detection depends on the method and the anti-cheat engine. A well-written spoofer that works at the driver level is harder to detect than one that patches values in user-mode memory. The status board on this site reports the current state of each product.

Do I need to spoof every time I play?

With a temporary spoofer, yes — the spoof resets on restart. With a permanent spoofer, no — the spoofed identifiers stay in place across restarts.

Will spoofing affect my other games?

It depends on the spoofer. A FiveM-targeted spoofer changes only the identifiers FiveM reads, and other games see their normal hardware IDs.

What Is HWID Spoofing?

Published 2026-10-29

Every Windows PC broadcasts a set of hardware identifiers — serial numbers, MAC addresses, disk IDs and more — that games and anti-cheat systems use to recognise individual machines. HWID spoofing replaces or masks those identifiers so the machine looks like a different one. This guide explains what the identifiers are, how they are read, and what spoofing actually changes.

The identifiers games read

When a game or its anti-cheat engine wants to tell one PC from another, it queries Windows for a fingerprint built from several hardware IDs. The exact set varies by engine, but the common ones are:

Disk serial numbers — the manufacturer serial burned into each drive
MAC addresses — the physical address on each network adapter
Motherboard and BIOS serial numbers
GPU identifiers
Windows installation ID and product key hash
TPM endorsement keys, where present

Why bans use hardware IDs

An IP ban is easy to bypass — a VPN or a router restart changes the address. An account ban stops only that account. A hardware ban ties the punishment to the machine itself: create a new account, change your IP, and the same disk serial or MAC address still matches the ban record.

FiveM, for example, collects a fingerprint from several of these identifiers and stores the hash server-side. When a banned fingerprint connects, the player is rejected before they reach the loading screen, regardless of the account or IP they use.

How spoofing works

A spoofer intercepts the system calls that return hardware identifiers and replaces the real values with generated ones. The OS and the game both see the spoofed values, so the fingerprint that reaches the server does not match the ban record.

There are two approaches. A temporary spoof lives in memory and disappears on restart — the real identifiers come back, and the next session needs another spoof. A permanent spoof writes the new values into the system so they persist across restarts: you run it once, and every boot sees the spoofed IDs.

What spoofing does not do

Spoofing changes identifiers. It does not remove traces of installed software, clear anti-cheat logs, or unlink game accounts. A complete clean start usually means spoofing combined with unlinking accounts and removing old game files — which is why a tool that does all three in one step saves time and reduces mistakes.

Questions.

Is HWID spoofing detectable?: Detection depends on the method and the anti-cheat engine. A well-written spoofer that works at the driver level is harder to detect than one that patches values in user-mode memory. The status board on this site reports the current state of each product.
Do I need to spoof every time I play?: With a temporary spoofer, yes — the spoof resets on restart. With a permanent spoofer, no — the spoofed identifiers stay in place across restarts.
Will spoofing affect my other games?: It depends on the spoofer. A FiveM-targeted spoofer changes only the identifiers FiveM reads, and other games see their normal hardware IDs.