FiveM IP Ban vs HWID Ban: Which Actually Works?

You catch a cheater, you ban them, and twenty minutes later they are back wrecking your server under a new name. Almost every FiveM owner has lived this loop, and it usually comes down to one question: did you actually ban the person, or just one disposable thing they were using? IP bans and HWID bans answer that question very differently, and only one of them holds up.

Why IP bans fail almost immediately

An IP ban blocks the network address a player connected from. It feels decisive, but the address is the weakest thing you could possibly tie a ban to. Most home connections hand out dynamic IPs that change on a router reboot, so a cheater can often reset their ban by unplugging their modem for a minute. Even when the address is sticky, a free VPN, a proxy, or a phone hotspot gives them a fresh one in seconds.

The opposite failure is just as bad. Carrier-grade NAT means dozens of unrelated households can share one public IP, so banning that address can lock out innocent players who happen to sit behind the same gateway. An IP ban is therefore both leaky and collateral-prone: trivial for the guilty to escape, yet capable of punishing the people who did nothing wrong.

Why HWID bans hit the person, not the connection

A hardware ID ban targets the machine itself rather than the route it took to reach you. Because the cheater would have to change real components or run a dedicated spoofer to dodge it, an HWID ban raises the cost of evasion from "reboot the router" to "rebuild the PC." That is a completely different barrier, and it is why HWID is the backbone of any ban system that survives contact with a determined cheater. For the full setup walkthrough, see our FiveM HWID ban guide.

HWID alone is not invincible, though. Spoofers exist, and a lone hardware value can be faked. The fix is not to abandon HWID but to stop relying on any single identifier, which is where an identifier graph comes in.

The real answer: combine signals into one identity

The strongest enforcement does not pick IP or HWID, it fuses them with everything else a connection reveals and treats the cluster as one identity. Spoof one value and the others still line up:

• 1. HWID as the anchor. The hardware fingerprint is the hardest thing for a casual cheater to change, so it carries the most weight in the cluster.
• 2. Discord and account identifiers. Ban-evaders rarely burn a fresh Discord identity every time, so identifier links expose returning offenders even on new hardware.
• 3. IP as a supporting hint. On its own an IP is weak, but as one node among many it helps tie a new connection back to a known banned cluster.
• 4. A shared ban network. Linking the identity across servers means evasion does not just have to beat your checks, it has to beat every server on the network at once.

The logic is simple: a cheater might spoof their HWID, or rotate their IP, or make a throwaway account, but doing all of those perfectly at the same time, every time, is hard. Each linked identifier you add narrows the gap they have to slip through. If you want to understand how spoofing itself gets caught, read our breakdown of HWID spoofer detection.

How Fiveuxe handles ban evasion

Fiveuxe enforces identity with Shadow-Link, which binds a ban to a graph of 12-plus identifiers, including HWID, Discord IDs, and IP, instead of trusting one fragile value. Spoof a single identifier and the others still resolve back to the same banned cluster, so a router reboot or a fresh VPN does nothing. When a ban lands, the Hive-Mind global ban network propagates it across 100-plus servers in about 0.3 seconds, so the cheater is locked out everywhere on the network, not just the server that caught them.

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