A new email, a new username, even a new phone number won't quietly separate you from a banned account — because the strongest link between accounts is the one you can't easily change: your hardware. Platforms and anti-cheats stitch identity together from several signals at once, and the hardware fingerprint is the anchor the others hang off. Understanding which signals link your accounts explains why "just make a new one" so often fails.
Here's how account linking actually works, why hardware sits at the center of it, and what each signal can and can't tell the system.
Quick reference: how accounts get linked
| Signal | How hard to change | Linking strength |
|---|---|---|
| Hardware identifiers | Hard (firmware-bound) | Very strong |
| Phone number | Limited reuse, blocklists | Strong |
| IP address | Easy (VPN) | Weak |
| Payment method | Moderate | Strong |
| Behavior | Cannot spoof | Strong |
Hardware: the link you can't swap on a whim
A hardware fingerprint is built from firmware-bound identifiers — motherboard, disk, and more — that don't change when you make a new account or reinstall Windows. That permanence is exactly why it's the master link. If a banned machine logs in under a fresh account, the fingerprint matches and the connection is obvious. It's the same reason a HWID ban transfers across new accounts on the same PC: the account changed, the hardware didn't.
Phone numbers tie identities together too
Platforms lean on phone verification precisely because it's costly to scale. Steam, for example, treats accounts sharing a phone number as the same identity for policy purposes, only accepts real SIM-based numbers, blocks VoIP and numbers reused within a recent window, and maintains blocklists for bulk or abusive verification. That's why disposable numbers get flagged. We go deeper on this in why games ask for your phone number.
IP and payment: one weak, one strong
Your IP address is a weak link — a VPN changes it trivially, which is why it's treated as a soft signal, the distinction we draw in HWID ban vs IP ban. Payment methods are the opposite: a reused card or account is a strong identity tie, which is part of why buying or sharing accounts carries ban risk, covered in buying game accounts and bans. The same device, meanwhile, shares an IP and partially identical hardware identifiers across every account on it.
Behavior: the signal no credential change touches
The last link is you. Behavioral models — how you aim, your timing, your patterns — don't reset with a new account, which is the whole point of behavioral detection. Combined with hardware, it means a banned cheater returning on fresh credentials can be recognized by both their machine and their conduct. None of this is defeated by changing an email.
FAQ
Will a new account on the same PC avoid a ban?
Usually no. The hardware fingerprint links the new account to the banned machine, so it's caught on connect.
Does a new phone number unlink my accounts?
Not reliably. Platforms treat shared numbers as one identity and flag disposable or reused numbers.
Is changing my IP enough?
No. IP is a weak signal that a VPN changes easily; hardware, phone, and payment links remain.
Can I be linked by how I play?
Yes. Behavioral patterns persist across accounts and are increasingly used alongside hardware to identify returning users.
The takeaway
Account linking is a web of signals, but they aren't equal: IP is weak, phone and payment are strong, behavior persists, and hardware is the anchor that ties them together because it's the hardest to change. That's why a new email or username rarely separates you from a banned account — and why no honest tool promises to break a hardware link, since user-mode software changes Windows identifiers, not the firmware values the fingerprint is built on. If the machine is the same, the system usually already knows.