How to choose a FiveM anti-cheat
Picking an anti-cheat for a FiveM server mostly comes down to one question: where does the detection actually run. This guide walks the decisions that matter, server-side versus client-side detection, how a tool handles false bans, what it costs to run, and the things no anti-cheat can catch on its own, so you can judge any product on its architecture instead of its marketing.
First question
Start with where detection runs
The single most important property of a FiveM anti-cheat is whether its load-bearing checks run on the server or on the player's machine. Client-side checks execute inside FiveM's scripting sandbox, on hardware the player controls, so a determined cheater can disable, modify, or bypass them. Server-side checks validate actions where the cheater cannot reach them, which is why they are far harder to defeat. Collecting signals on the client is fine, but if the detection that issues the ban lives on the client, reading or leaking that code is enough to build a bypass.
Second question
Ask how it handles a false positive
An anti-cheat that instantly kicks or bans on a single flag will eventually punish a real player, and one wrongful ban does more damage to a community than a missed cheater. Look for scoring and decay: a borderline event should raise a score that fades over time, and only a sustained pattern should escalate. Detect-only mode matters too, so you can watch the tool on your own players before it is allowed to act.
- Does a single flag map straight to a ban, or to a score that can decay.
- Can you run it in detect-only while you tune thresholds.
- Is there evidence behind each action you can show your staff.
Third question
Check the cost model
Many FiveM anti-cheats are sold as monthly subscriptions, often per server, so the running cost scales with your network. A one-time license removes that recurring tax. Neither model is automatically right, but you should know which one you are signing up for, and what happens to detection updates if you stop paying.
Reality check
Know what no anti-cheat can catch
Be skeptical of any product that claims to catch everything. External overlay cheats render wallhacks and ESP outside the game process and never touch server data, so they do not reliably trigger client memory checks or server validation. Kernel-level cheats read memory from a privileged level below most detection. Honest protection is layered: platform features like OneSync and state awareness, sensible server convars, staff tooling, and a server-authoritative anti-cheat on top. A tool that promises a silver bullet is selling marketing.
Where Nightward fits
A one-time, server-authoritative option
Nightward is built around the first answer on this page. The load-bearing detection runs on your server, it scores and decays instead of false-banning, every install starts in detect-only, and it is a one-time license that covers both FiveM and Minecraft from one dashboard. It complements the platform protections rather than replacing them.
Questions
Is a server-side anti-cheat enough on its own?
No single layer is enough. Server-authoritative detection is the hardest layer to bypass and should be the core, but run it alongside the platform protections like OneSync and state awareness, sane server convars, and staff tooling.
Why do FiveM anti-cheats stop working over time?
When detection runs on the client, its code can be leaked and read. Once a cheat author sees how a check works, they build a targeted bypass, so client-side tools decay unless they are constantly updated. Moving detection to the server removes that decay for the checks that matter.
Should I pay monthly or once?
That is a budget choice. Subscriptions spread cost and usually bundle updates, while a one-time license like Nightward removes the recurring per-server cost. Check what happens to updates under each model before you commit.
Does an anti-cheat catch external and kernel cheats?
Not reliably. Overlays and kernel-level tools operate outside the game process, so no in-game anti-cheat catches them with certainty. Focus detection on what changes server state, and layer other defenses for the rest.