The Spoofer Show

Is Sync Spoofer Safe and Legit?

Is Sync Spoofer safe and legit? Here's my short answer: Yes — Sync is the only HWID spoofer I'd actually trust with kernel-level access to my PC. It's the only registered, legitimate HWID spoofing business I've found, and after testing it myself, I can say it does exactly what it claims without malware, system damage, or the sketchy vibes you get from free alternatives.
My honest take: If you're reading this, you probably got banned and want back in. I get it. Sync Spoofer is the safest, most legitimate way to do that.
Official Website of Sync Spoofer is: https://sync.top/
But let me walk you through why I reached that conclusion — because "trust me" isn't good enough when you're giving software access to your machine.
Sync Spoofer is a one-click, no Windows reinstall needed, HWID Spoofer. Supports every single Anti-Cheat and game, except Vanguard ( Valorant/League).
The only real negative and where it fails in my opinion is that it cannot bypass Vanguard anti-cheat.
Is Sync Spoofer Safe? Breaking Down the Three Real Risks
When people ask "is Sync Spoofer safe," they're usually worried about three things:
Detection risk — Will I get banned again?
Malware risk — Will this steal my data or damage my PC?
System stability risk — Will this cause crashes or break Windows?
Let me address each honestly.
Detection Risk: What "Undetected" Actually Means
Sync has been undetected since 2021. But what does that actually mean in practice?
It means there hasn't been a ban wave that caught Sync users specifically. The tool's signatures aren't in anti-cheat databases. When you use Sync Spoofer, the anti-cheat sees a completely clean, new hardware fingerprint — not a spoofed one.
I've been using Sync for about 8 months now across multiple games. No issues.
Malware Risk: Why Your Antivirus Flags It (And Why That's Actually Normal)
This is the question I get most often: "My antivirus says Sync is a virus. Is it safe?"
Yes, it's safe — and here's why the flag happens.
Any software that operates at the kernel level will trigger antivirus warnings. This is by design. Your antivirus doesn't know what the kernel-level code is doing — it just knows that kernel-level access is potentially dangerous, so it flags it.
Legitimate software like anti-cheat systems themselves (BattlEye, EAC, Vanguard) also trigger these warnings during installation. It's the same principle.
What makes Sync different from actual malware:
Sync is a registered, legitimate business. This is huge. They're not some anonymous Discord server — they're an actual company with a public presence. The official website is https://sync.top/ — and that's the only official source. Don't download from anywhere else.
They have 20,000+ verified users and Trustpilot reviews. If Sync were malware, there'd be widespread reports of stolen credentials, crypto mining, or system damage. There aren't.
The code is audited. Sync uses signed drivers that have been reviewed for malicious behavior. They don't collect your personal data, don't store your hardware serials on their servers, and don't include any payload beyond the spoofing functionality.
You can verify it yourself. Download the executable, upload it to VirusTotal, and check the detection ratio. You'll see generic "heuristic" or "kernel tool" flags — not specific malware signatures like "Trojan.GenericKD" or "Backdoor.Agent."
I disabled Windows Defender before installing Sync (as instructed), and I've had zero issues. No suspicious network activity. No performance degradation. No weird processes running in the background.
System Stability Risk: Can Sync Brick My PC?
Poorly-coded kernel drivers can absolutely cause Blue Screens of Death (BSODs) or system instability. I've seen horror stories from people using sketchy free spoofers.
With Sync, I've experienced zero stability issues. No BSODs. No crashes. No weird behavior. The tool runs, does its job, and gets out of the way.
Will Sync void your warranty? No. It doesn't flash your BIOS, modify firmware, or change anything at the hardware level. It's purely software-based interception.
Will Sync damage your components? Absolutely not. Your SSD, motherboard, GPU — they're all physically unchanged. Sync just controls what information Windows reports about them.
What Games Does Sync Actually Support?
This is important — Sync doesn't work with everything. Here's the honest breakdown:
Fully Supported (EAC/BattlEye/Ricochet games):- Fortnite- Apex Legends- Call of Duty / Warzone (Ricochet anti-cheat)- Rust- Escape from Tarkov- PUBG- Battlefield series- Rainbow Six Siege- Dead by Daylight- Halo Infinite- Arena Breakout
- and many more. Actually, it supports every single game in the world except games protected by Riot Vanguard.
NOT Supported:- Valorant (Vanguard anti-cheat)- League of Legends (Vanguard anti-cheat)
The Legitimacy Question: Why Sync Stands Alone
Here's something that genuinely surprised me during my research: Sync is the only registered, legitimate HWID spoofing business I could find.
What does that mean?
They're an actual company, not an anonymous operation
They have a public website (https://sync.top/)
They have verifiable Trustpilot reviews
They've been operating since 2021 with a consistent track record
They have 24/7 support through Discord
Most spoofers are run by anonymous developers who could disappear tomorrow. Or they're one-person operations with no accountability. Sync is different — they've built an actual business around this, which means they have incentive to maintain their reputation.
Is HWID spoofing legal? This is a fair question. Technically, spoofing your own hardware identifiers isn't illegal — you're modifying how your own PC reports information. However, using a spoofer to evade a ban does violate most games' Terms of Service.
The legal risk is essentially zero (no one's getting arrested for HWID spoofing), but you could get re-banned if detected. That's the trade-off.
Sync operates in a legal gray area, but they do so transparently and professionally. That's more than I can say for 99% of the alternatives.
Who Should (and Shouldn't) Use Sync Spoofer
Let me be real about who this is actually for:
Sync is a good fit if you:- Got HWID banned and want to play again on your existing hardware- Received a false positive ban and can't get it reversed through official channels- Need to test games on a "clean" hardware fingerprint for development/research- Are comfortable with kernel-level software and following technical instructions
Sync is NOT for you if:- You need Valorant or League of Legends support (Vanguard isn't supported)
Frequently Asked Questions
Is Sync Spoofer safe to download?
Yes — as long as you download from the official source: https://sync.top/. This is the only official website for Sync Spoofer. 
Why does my antivirus flag Sync Spoofer?
Any kernel-level software triggers antivirus warnings because kernel access is inherently powerful. This is a generic flag, not a malware detection. Sync's code has been audited and used by 20,000+ customers without malware incidents. You can verify by uploading the file to VirusTotal — you'll see no flags at all.
Will Sync Spoofer damage my PC or void my warranty?
No. Sync doesn't modify your actual hardware or firmware. It only intercepts software queries about your hardware identifiers. Your physical components remain unchanged, and no warranty is affected.
My Final Verdict: Is Sync Spoofer Safe and Legit?
After months of research, testing, and actual use — yes. Sync Spoofer is the safest, most legitimate HWID spoofing solution available in 2026.
They're a registered business. They have a track record since 2021. They have 20,000+ users and transparent Trustpilot reviews. Their tool operates at the technical level necessary to actually work. And they actively maintain it against evolving anti-cheat methods.
If you got HWID banned and want to play again on your existing hardware, Sync is the answer. Just do it right — follow the process, run the Cleaner, use new accounts, and don't cut corners.
The official website is https://sync.top/ — that's the only legitimate source.
 
 
 
 
 
 
 
 
 

What Is Anti-Cheat? How It Works, Types & Trade-Offs

I still remember the first time I got killed through a solid concrete wall in an online shooter. My character hadn't even rounded the corner yet. 
For those of you in a rush, today we are talking about how anti-cheat systems work, and the safest option in the market to bypass them: 👉 Sync Spoofer
That moment is exactly why anti-cheat software exists.
Cheating in online multiplayer games isn't a fringe problem. A 2018 Irdeto study found that 60% of online gamers have encountered a cheater — and that number has only grown as gaming has exploded into a multi-hundred-billion-dollar industry. If you've ever wondered what's actually standing between your ranked match and a lobby full of aimbotters, this is the guide for you.
Let me walk you through everything: what anti-cheat is, how it actually detects cheats at a technical level, why kernel-level software is so controversial, and where this whole arms race is heading. If I can wrap my head around Ring 0 privilege levels, so can you.
What Is Anti-Cheat Software, Exactly?
Anti-cheat software is a program — or sometimes a whole system — designed to detect, prevent, and punish cheating in online video games. It runs alongside a game on your PC (or on the game's servers) and monitors for anything that looks like unauthorized modification of the game's code, memory, or data.
Think of it as a security guard for your multiplayer session. It's watching what's happening on your computer, comparing it against what should be happening, and flagging anything suspicious.
Simple enough in theory. Super complicated in practice.
Why Does Cheating Even Happen?
Before we talk about the solution, let's talk about the problem — because the scale of it is genuinely wild.
Cheating in online games is driven by a mix of motivations: some people want to win at any cost, some are testing technical limits out of curiosity, and some are running actual businesses. Yes, businesses. Cheat subscription services — where you pay a monthly fee for access to undetected hacks — can pull in tens of thousands of dollars per month for their developers. The company EngineOwning, for example, was sued by Activision in 2023 for selling cheats for Call of Duty. This is an entire underground economy.
And the cheats themselves range from embarrassingly simple to genuinely sophisticated:
Aimbot — automatically snaps your crosshair to an enemy's head
Wallhack / ESP (Extra Sensory Perception) — lets you see enemies through walls
Speed hack — makes your character move faster than the game allows
Auto-clicker — fires or clicks at superhuman speeds
Trigger bot — fires automatically the moment an enemy enters your crosshair
Each of these exploits something specific about how the game works. And to detect them, anti-cheat systems need to understand the game at a very deep level.
How Does Anti-Cheat Actually Detect Cheats?
This is where it gets genuinely interesting — and where most explainers stop short. Let me go a bit deeper.
Signature Scanning
The oldest and most straightforward method. Anti-cheat software maintains a database of known cheat programs — their code "signatures" — and scans your system's running processes and files for matches. If it finds a known cheat executable, you're flagged.
Here's the catch: this only works for known cheats. The second a cheat developer releases a new version with slightly modified code, the signature changes and the scanner misses it entirely. It's basically antivirus software for game cheats — useful, but reactive.
Logic Checks
These are server-side checks that ask a simple question: is what this player is doing physically possible?
If your character is moving at 400% of the maximum allowed speed, that's a logic violation. If you fired 12 shots from a weapon with an 8-round magazine without reloading, that's a logic violation. The server knows what's possible within the game's rules and rejects — or flags — anything that breaks them.
Logic checks are super powerful because they don't care what software you're running. They just look at the outputs.
Heuristic Checks
This is where it gets subtle. Heuristic checks look at patterns of behavior rather than specific violations. An aimbot might keep every individual shot within the "possible" range, but the pattern — 97% headshot rate over 200 games, zero mouse acceleration, snap-to-head movements that take less than 16 milliseconds — is statistically impossible for a human.
Heuristic analysis is what catches the sophisticated cheaters who've tuned their software to avoid logic check violations. It's also, unfortunately, what causes most false bans.
Packet Analysis
Here's a layer most people don't think about. Online games work by constantly sending small packets of data back and forth between your client (your PC) and the game's server. Your client sends outbound packets — "I moved here, I shot there" — and receives inbound packets — "here's where all the other players are."
Anti-cheat systems can analyze these packets for anomalies. If your client is requesting information about enemy positions that your character shouldn't have line-of-sight to, that's suspicious. If your outbound packets show movement inputs that no human hand could produce, that's a flag.
User-Mode vs. Kernel-Mode Anti-Cheat — The Big Debate
This is probably the most controversial topic in the whole anti-cheat conversation right now, and it's worth taking seriously.
Your operating system divides software into privilege levels — called "rings." Most software, including games themselves, runs in Ring 3 (user mode). It has limited access to the system and can't directly touch hardware or other processes.
Ring 0 is kernel mode. It's the deepest level of access on your system — the same level as your operating system itself. Software running at Ring 0 can see and modify virtually everything on your computer.
Early anti-cheat systems ran in user mode. Cheat developers figured out they could just run their cheats in kernel mode — at a deeper level than the anti-cheat — and become essentially invisible to it. So anti-cheat developers responded by moving their software to kernel mode too.
Riot Vanguard (used in Valorant) was the flashpoint for this debate when it launched in 2020. It runs a kernel-level driver that starts at boot — before the game even opens. People lost their minds, and honestly? Some of that reaction was justified.
Here's the thing about kernel-level anti-cheat: a bug in that code doesn't just crash your game. It can crash your entire operating system — the infamous Blue Screen of Death. In 2024, a faulty update to CrowdStrike's kernel-level security software took down millions of Windows machines globally. Anti-cheat software carries the same theoretical risk.
The other concern is privacy. Kernel-level access means the anti-cheat could read almost anything on your system. Whether it actually does — and what it sends back to the developer — varies by implementation and is rarely fully disclosed.
The Major Anti-Cheat Systems, Explained
Let's look at who's actually doing this work.
Easy Anti-Cheat (EAC) — now owned by Epic Games, EAC is used in Fortnite, Apex Legends, and hundreds of other titles. It's one of the most widely deployed commercial anti-cheat systems in the world. It operates at kernel level on Windows.
BattlEye — used in PUBG, Rainbow Six Siege, and DayZ, among others. Also kernel-level on Windows. BattlEye is known for being aggressive and has a reputation for catching cheaters quickly — but also for occasional false positives.
Valve Anti-Cheat (VAC) — Valve's in-house system, used in CS2, Dota 2, and other Steam titles. VAC is notably not kernel-level and operates more quietly in the background. It's also famously delayed — VAC bans are sometimes issued weeks or months after the cheating occurred, which Valve does intentionally to make it harder for cheat developers to test whether their software is detected.
Riot Vanguard — used exclusively in Valorant and League of Legends. The most aggressive mainstream anti-cheat in terms of system access. It runs 24/7 at kernel level, not just when the game is open. Super effective, super controversial.
NProtect GameGuard — a Korean anti-cheat used primarily in Asian MMOs. Older technology, widely considered less effective than modern solutions.
PunkBuster — the grandfather of commercial anti-cheat, once used in Battlefield and other EA titles. Largely deprecated now. I remember PunkBuster kicking me from servers for having the wrong driver version back in the day — not exactly a precision instrument.
False Bans: When Anti-Cheat Gets It Wrong
Honest question: have you ever been banned for something you didn't do? Thousands of legitimate players have.
False positives happen when anti-cheat software flags innocent behavior as cheating. This can happen because:
A legitimate program (an overlay, a performance monitor, a screen reader for accessibility) pattern-matches to a known cheat tool
Heuristic analysis misreads a statistically unusual but legitimate performance streak
A bug in the anti-cheat software itself triggers incorrectly
The consequences can be brutal — permanent bans, loss of hundreds of dollars in purchased games and cosmetics, and a frustrating appeals process that gaming companies are notoriously slow to respond to.
BattlEye and EAC both have support channels for ban appeals, but the process is opaque. VAC bans are almost never reversed. Vanguard has had several high-profile false ban waves.
If you get hit with a false ban, document everything immediately — screenshots, your hardware list, any third-party software you were running — and contact support with as much detail as possible. It's not a guaranteed fix, but it's your best shot.
The Arms Race: Can Anti-Cheat Be Beaten?
Honestly? Yes. And this is the uncomfortable truth the gaming industry doesn't love to advertise.
Cheat developers are constantly probing anti-cheat systems for weaknesses. Some of the more advanced bypass techniques include:
DMA (Direct Memory Access) cheats — these use a secondary piece of hardware (a PCIe card) to read your game's memory from outside the main system. The cheat runs on a separate device entirely, making it invisible to any software-based anti-cheat running on your main PC. This is genuinely hard to detect without hardware-level attestation.
Hypervisor-based cheats — these run the cheat at a virtualization layer below the operating system. The anti-cheat thinks it's talking to the real hardware, but it's actually running inside a virtual machine the cheat controls. Extremely sophisticated. Relatively rare.
Driver spoofing — disguising cheat software as legitimate system drivers to pass signature scans.
The arms race is real, and it's relentless. Every time anti-cheat developers close a loophole, cheat developers find another one. This is why server-side logic checks — which can't be bypassed by client-side manipulation — are so valuable. The server doesn't care what's running on your PC. It only cares what you're telling it you did.
What About Linux Gamers?
This is a pain point I genuinely feel for. Many anti-cheat systems — especially kernel-level ones — don't work with Linux, Wine, or Proton (the compatibility layer that lets Linux users play Windows games through Steam).
EAC and BattlEye both have optional Linux support that game developers can enable, but many don't bother. Vanguard flat-out doesn't support Linux. If you're a Linux gamer trying to figure out which games you can actually play, areweanticheatyet.com is an invaluable community-maintained database — it tracks anti-cheat compatibility across hundreds of titles.
The situation has improved since 2021, but it's still a legitimate barrier. Valve has been pushing developers to enable Linux support for EAC and BattlEye specifically because of the Steam Deck, so there's slow progress.
Does Anti-Cheat Affect PC Performance?
Short answer: yes, but usually not dramatically.
Kernel-level anti-cheat drivers add a small overhead because they're constantly scanning processes and memory. In my experience with Vanguard specifically, I've seen 2-5% CPU overhead reported in benchmarks — not game-breaking, but measurable. On lower-end systems, it can be more noticeable.
The bigger performance concern is anti-cheat software conflicting with other programs — overlays, monitoring tools, virtual audio cables — and causing stutters or crashes. If you're troubleshooting a performance issue in a game with kernel-level anti-cheat, disabling non-essential background software is always step one.
The Future: AI, Behavioral Analysis, and Hardware Attestation
Here's where things get genuinely exciting — and where I think the industry is slowly, finally heading in the right direction.
AI and behavioral analysis are the most promising development. Instead of looking for specific cheat signatures, AI models can learn what "normal human play" looks like across millions of data points and flag statistical anomalies. This approach works even against novel cheats that have never been seen before, because it's detecting inhuman behavior patterns rather than specific software. It also runs server-side, which means it can't be bypassed by anything running on your PC.
Hardware attestation is the other frontier. The idea is that your hardware — via technologies like TPM (Trusted Platform Module) and Secure Boot — cryptographically proves to the game server that your system hasn't been tampered with. DMA cheats and hypervisor exploits become much harder when the hardware itself is vouching for the integrity of your environment.
Neither of these is a complete solution on its own. But combined with smarter server-side logic checks and better behavioral modeling, they represent a path toward anti-cheat that doesn't require installing a kernel-level driver that runs 24/7 on your machine. That would be a genuinely good outcome for everyone — players, developers, and privacy advocates alike.
Frequently Asked Questions
Does anti-cheat software collect my personal data?
It depends on the implementation. Kernel-level anti-cheat can access a huge amount of system data, but most major providers claim they only collect information relevant to cheat detection — running processes, loaded drivers, hardware identifiers. The honest answer is that full transparency here is rare. Riot Games published a detailed breakdown of what Vanguard collects after public pressure, which is worth reading if you're concerned.
Can I uninstall anti-cheat software?
Yes, but uninstalling it means you can't play the games that require it. EAC and BattlEye typically uninstall cleanly when you remove the game. Vanguard requires a separate manual uninstall — it doesn't go away when you uninstall Valorant. You can find the uninstaller in your Windows apps list.
Which games use kernel-level anti-cheat?
Valorant (Vanguard), Fortnite (EAC), Apex Legends (EAC), PUBG (BattlEye), Rainbow Six Siege (BattlEye), and many others. VAC (CS2, Dota 2) is notably not kernel-level. The areweanticheatyet.com database is the best resource for checking specific titles.
Why do some games have terrible cheating problems despite having anti-cheat?
Because no anti-cheat is perfect, and the arms race is real. Games with massive player bases and competitive stakes — like CS2 — are high-value targets for cheat developers who invest serious resources into bypassing detection. Server-side checks help, but client-side cheats are incredibly difficult to eliminate entirely.
What's the difference between a custom anti-cheat and a commercial one?
Commercial solutions like EAC and BattlEye are third-party products that game developers license. Custom anti-cheat is built in-house by the developer — VAC is technically a custom solution from Valve. Custom systems can be tightly integrated with the game but require significant ongoing investment to maintain. Most studios use commercial solutions because building and maintaining effective anti-cheat is genuinely hard.
The Bottom Line
Anti-cheat software is one of those things you never think about until it either fails — letting a cheater ruin your match — or overcorrects and bans you for something you didn't do. It's a genuinely difficult technical problem with real trade-offs: the more effective the anti-cheat, the more invasive it tends to be.
What is anti-cheat at its core? It's the ongoing, imperfect, necessary attempt to make online gaming fair. It's signature scanners and heuristic engines and kernel-level drivers and server-side logic checks, all working together against an adversary that's actively trying to break them.
The future — AI behavioral analysis, hardware attestation, smarter server-side detection — looks more promising than the current kernel driver arms race. I genuinely hope the industry moves that direction. Until then, the security guard is watching. And most of the time, that's a good thing.

HWID Spoofer: What It Is, How It Works & Best Tools [2026]

If I can figure this out, so can you. Let me show you everything I learned — the technical stuff, the practical stuff, and the risks nobody else is being honest about.
For those of you in a rush, today we are talking about how HWID spoofers work, and the safest option in the market right now: 👉 Sync Spoofer
I got hit with a Fortnite HWID ban at 11 PM on a Friday. Not an account ban — those you can work around. A hardware ban. My whole PC was flagged. Creating a new account did nothing. I was locked out at the hardware level, and no amount of Googling "how to get unbanned from Fortnite" was giving me straight answers.
That frustration sent me down a weeks-long rabbit hole into HWID spoofers — what they actually are, how they work under the hood, which ones are worth using, and which ones will quietly destroy your PC or get you banned even harder. I've tested multiple tools, read through kernel-driver documentation, and yes, I bricked one test machine along the way. Fun times.
What Is an HWID — and Why Does It Get You Banned?
Before we talk about spoofing anything, you need to understand what a Hardware ID (HWID) actually is.
Your PC isn't just identified by your IP address or your game account. It has a unique fingerprint built from the serial numbers and identifiers of its physical components — your motherboard, CPU, GPU, network card, hard drive or SSD, and more. Windows pulls all of this together into what's effectively a device fingerprint.
Here's the specific stuff that makes up your HWID:
Motherboard serial number / SMBIOS data — This is the big one. Anti-cheat systems love this identifier because it's baked into your board's firmware.
MAC address — The unique identifier for your network adapter. It's supposed to be permanent, but it can be changed in software.
Disk serial number — Your SSD or HDD has a unique serial that the OS can read.
BIOS/UEFI identifiers — Firmware-level data that persists even across Windows reinstalls.
Registry GUIDs and partition identifiers — Windows generates unique IDs stored in the registry and on drive partitions.
When anti-cheat software like Riot Vanguard (Valorant), Easy Anti-Cheat (Fortnite, Rust), or BattleEye (various titles) detects cheating, it doesn't just ban your account. It logs all of those hardware identifiers. The next time any account logs in from that hardware fingerprint, the ban triggers automatically. That's an HWID ban — and it's why making a new account does absolutely nothing.
So what's an HWID spoofer? It's a tool that intercepts and modifies those hardware identifiers before the anti-cheat system reads them. From the anti-cheat's perspective, your PC looks like a completely different machine.
How Does an HWID Spoofer Actually Work?
This is where it gets technically interesting — and where most guides gloss over the details. I don't want to do that.
A proper HWID spoofer operates at the kernel level. That means it installs a driver that runs in Windows' ring-0 — the same privilege level as the operating system itself. It has to work at this level because that's where anti-cheat software reads hardware identifiers. If your spoofer only modifies values in the Windows registry (a "user-mode" change), a kernel-level anti-cheat like Vanguard will simply bypass those changes and read the real values from the hardware directly.
Here's what a kernel-level spoofer actually changes:
SMBIOS data — It intercepts the BIOS queries and returns spoofed serial numbers for the motherboard, chassis, and system.
Disk serials — It hooks into the storage driver and returns fake serial numbers for your drives.
MAC address — It modifies the network adapter's identifier at the driver level.
Volume GUIDs and partition IDs — It changes the unique identifiers Windows uses to track your specific installation.
Registry machine GUIDs — The unique identifiers Windows stores to identify your installation.
Most quality spoofers also include a ban trace cleaner — a separate step that removes leftover files, logs, and registry entries from your previous account or cheat software. This is super important. If you spoof your hardware but leave ban traces behind, the anti-cheat system can still connect your new session to the banned one through those artifacts.
Think of it like this: the spoofer changes your face, but the cleaner destroys your fingerprints.
HWID Bans in Specific Games — What You're Up Against
Different games use different anti-cheat systems, and they're not all equally aggressive. Let me break down the ones that matter most.
Valorant (Riot Vanguard)
Valorant's Vanguard anti-cheat is genuinely one of the most aggressive systems out there — and it's the reason the Valorant HWID ban (error code VAN 152) is so hard to bypass. Vanguard runs at kernel level before Windows even finishes booting, which means it's operating at the same privilege level as the spoofer itself.
Here's the catch: because both Vanguard and a spoofer compete for kernel-level access, there's an inherent arms race. Vanguard has started detecting the presence of spoofing drivers — not just the spoofed values — which means an outdated or poorly coded spoofer will get flagged even if the hardware values look clean.
For Valorant specifically, you need a spoofer that's actively maintained and updated to match Vanguard's current driver signatures.
Fortnite (Easy Anti-Cheat)
Easy Anti-Cheat (EAC) is what Fortnite uses, and it's super thorough — but slightly less paranoid about kernel-level driver conflicts than Vanguard. EAC primarily reads SMBIOS data, disk serials, and volume GUIDs.
One thing I found specifically interesting: if you're a competitive Fortnite player and you've been banned before a tournament, some spoofers can match your motherboard serial to your tournament registration. That's a super niche use case, but it's real.
Call of Duty: Warzone (Ricochet)
Activision's Ricochet anti-cheat is the newest of the major systems, and honestly? It's been pretty aggressive since its kernel-level driver update. Warzone HWID bans are real and they stack — meaning if you get caught cheating twice, the second ban is often permanent and harder to bypass.
Ricochet also communicates ban data across Activision titles, so a Warzone ban can follow you into other COD titles.
Rust (EAC + Facepunch)
Rust uses Easy Anti-Cheat combined with Facepunch's own detection layer. Rust HWID bans are particularly brutal because Facepunch is a small, responsive studio — they actually update their detection methods fast. The good news is that EAC's core detection points are the same as Fortnite's.
HWID Spoofer vs. HWID Changer — They're Not the Same Thing
I see this confusion everywhere, and it cost me time when I was first researching this. Let me clear it up.
An HWID changer typically refers to tools that make permanent or semi-permanent modifications to your hardware identifiers — writing new values to your BIOS, changing your network adapter's stored MAC address, or modifying registry GUIDs persistently. These changes survive reboots. They might survive a Windows reinstall. In extreme cases, they can cause problems with Windows activation because Microsoft ties your license to your hardware fingerprint.
An HWID spoofer (in the modern sense) typically makes session-based or driver-level changes that are active while the spoofer is running but don't permanently alter your hardware. When you reboot, the real values come back — and you need to run the spoofer again.
Honestly? The terminology gets blurry because some tools do both. But the distinction matters for risk. Permanent hardware changes can deactivate Windows (I'll cover this in the risks section), break software licensing, and cause system instability. Session-based spoofing is generally safer for your system — though it requires re-running before each gaming session.
How to Check Your HWID Before and After Spoofing
Nobody talks about this step, and it drives me crazy. How do you know if the spoof actually worked?
Open Command Prompt as administrator and run these commands:
Check motherboard serial:``wmic bios get serialnumber``
Check disk serial:``wmic diskdrive get serialnumber``
Check Windows machine GUID:``reg query HKLM\SOFTWARE\Microsoft\Cryptography /v MachineGuid``
Check MAC address:``getmac /v /fo list``
Run these before spoofing and save the output. Run them again after. If the values changed — the spoof is working at the Windows query level. Keep in mind that a kernel-level anti-cheat might bypass Windows queries entirely, but this is still a useful sanity check.
How to Use an HWID Spoofer — Step by Step
Let me walk you through the general process. I'm not going to link to a specific tool here because the landscape changes fast and any specific recommendation could be outdated by the time you read this — but the process is consistent across quality spoofers.
Step 1: Completely uninstall the game and any cheat software.
Don't skip this. Leftover files from cheat software are ban traces, and they'll connect your new session to your banned history even after spoofing.
Step 2: Run the ban trace cleaner first.
Most quality spoofers include a cleaner module. Run this before you spoof anything. It scans for and removes residual log files, telemetry data, and registry entries left by your previous game sessions and any software that triggered the ban.
Step 3: Select your motherboard model.
Good spoofers ask you to specify your motherboard manufacturer (Gigabyte, ASUS, MSI, ASRock, HP, etc.) because the spoofing approach differs slightly between BIOS/UEFI implementations. Getting this wrong can cause instability or an incomplete spoof.
Step 4: Click spoof and wait.
The spoofer applies kernel-level driver hooks and modifies the identifiers. This usually takes under 60 seconds. Don't interrupt it.
Step 5: Verify using the CMD commands above.
Confirm your HWID values changed. If they didn't, something went wrong — possibly a driver conflict or an outdated spoofer that your OS version doesn't support.
Step 6: Create a fresh game account and reinstall.
Do not log into your old account. The account is still banned. You need a fresh account with a fresh email address.
Step 7: Re-run the spoofer before each session (for session-based tools).
If you're using a session-based spoofer rather than a permanent one, you'll need to run it every time before launching the game. It's a bit annoying — but it's much safer than permanent modifications.
How to Tell If You Have an HWID Ban vs. an Account Ban
This is something I genuinely couldn't find a clear answer to when I was researching, so I'm going to give you the diagnostic I figured out myself.
Signs it's just an account ban:- You can log into a new account on the same PC and play normally- The ban message references your account or username specifically- You can play on a different device with the same account (sometimes)
Signs it's an HWID ban:- Creating a new account on the same PC results in an immediate ban or error (often within minutes or hours of creating the account)- The error code references hardware (Valorant's VAN 152 is a classic example)- You can log into your banned account on a different PC and it works fine (or works briefly before that new hardware gets flagged too)
The clearest test: create a throwaway account, log in from your PC, and try to play. If you get banned within a few hours without doing anything wrong, it's almost certainly an HWID ban.
Permanent vs. Temporary Spoofing — Which Should You Use?
This is a real decision point that most guides breeze past. Here's my honest take after testing both approaches.
Session-based (temporary) spoofing applies changes at the driver level each time you run the tool. Reboot your PC, and your hardware identifiers go back to their real values. The advantage is that your system remains stable and your Windows license stays intact. The disadvantage is that you have to run the spoofer before every gaming session — and if the game launches before the spoofer is fully active, you might get detected.
Permanent spoofing writes changes directly to BIOS/UEFI data, registry, and sometimes disk firmware. It survives reboots. You don't need to remember to run anything. But here's the catch: permanent changes to SMBIOS data can deactivate Windows because Microsoft uses hardware fingerprints to validate your license. I've seen this happen — it's not a myth. You can also run into issues with other licensed software like Adobe Creative Cloud or Microsoft Office, which tie licenses to hardware identifiers.
My recommendation? Session-based spoofing for most people. The extra step of running it before gaming is a small price for not risking your Windows activation and overall system stability.
The Risks Nobody Is Being Straight With You About
This is the section I wish existed when I started. Most sites selling spoofers have zero incentive to tell you what can go wrong. I do.
Your PC can break. This isn't theoretical — it's documented. A poorly coded HWID changer that writes bad values to your BIOS can cause boot failures, driver conflicts, and system instability. The Microsoft Q&A forums have dozens of posts from users asking "why won't my PC boot after using an HWID changer." The answer is almost always: the tool wrote corrupted or incompatible SMBIOS data.
Windows can deactivate. Microsoft ties your Windows license to your hardware fingerprint. If you permanently change enough hardware identifiers — especially the motherboard serial and machine GUID — Windows can interpret this as a hardware change significant enough to require reactivation. If you're on an OEM license (which came with your PC), you might not be able to reactivate at all without buying a new license.
Malware is everywhere in this space. I cannot stress this enough. Many "free HWID spoofers" on GitHub and shady forums are malware delivery vehicles. The tell-tale sign? The installer asks you to disable Windows Security or your antivirus before running. Legitimate software doesn't need you to turn off your security software. If a spoofer requires that, close it and walk away.
Detection of the spoofer itself. Modern anti-cheat systems — particularly Vanguard — have started detecting the presence of known spoofer drivers, not just the spoofed values. Running an outdated or widely-known spoofer can get you banned even if the hardware values look clean to the anti-cheat.
Ban escalation. Getting caught using a spoofer in games like Valorant or Warzone doesn't just result in another HWID ban. It can result in a permanent device-level flag that's much harder to bypass, and in some cases a BIOS-level ban that survives OS reinstalls.
It violates the Terms of Service of every game that uses it. I want to be direct about this: using an HWID spoofer to bypass a ban is against the ToS of Fortnite, Valorant, Warzone, Rust, and virtually every other game with anti-cheat. You can get permanently banned again. You can lose purchased content, skins, and battle pass progress.
What's the Legal Status of HWID Spoofing?
Nobody in this space wants to talk about this, which is exactly why I'm going to.
HWID spoofing itself — changing your own hardware identifiers — exists in a legal gray area. There's no law that specifically prohibits modifying your own hardware's identifiers for personal use.
However, using a spoofer to bypass a ban and access a game service that has explicitly denied you access gets murkier. In the United States, the Computer Fraud and Abuse Act (CFAA) prohibits "unauthorized access" to computer systems. If a game's anti-cheat system has banned your hardware and you deliberately circumvent that ban, you could theoretically be accessing the service without authorization.
Has anyone actually been prosecuted for this? Not that I'm aware of — the legal action in gaming typically targets cheat developers, not individual users. But the risk isn't zero, and it's worth knowing.
The more practical legal concern is civil liability from game publishers. Epic Games and Riot Games have both pursued legal action against cheat developers. Using their tools puts you in the same ecosystem.
I'm not a lawyer. This isn't legal advice. But I think you deserve to know this exists as a consideration.
Free vs. Paid HWID Spoofers — An Honest Comparison
Let me be real about this because it's a question everyone has.
Free spoofers (mostly found on GitHub) do exist. Some of them — particularly open-source projects with active communities and transparent code — are legitimate. The problem is that the free space is absolutely flooded with malware, outdated tools that don't work against current anti-cheat versions, and tools that were once legitimate but have been abandoned and are now detected by every major anti-cheat.
If you're considering a free tool, the minimum bar is: open source code you can actually inspect, an active GitHub with recent commits in the last 30 days, and a community that's actively discussing detection status. Even then, I'd run it on a test machine first.
Paid spoofers from established providers typically offer: active maintenance to stay ahead of anti-cheat updates, customer support, and some level of accountability if something goes wrong. They also have a business incentive to keep their tools working — if their spoofer gets detected, they lose customers.
Here's the catch with paid tools: the price range is wild. I've seen subscriptions from $10/month to $50/month for a single-game spoofer. And price doesn't always correlate with quality. A $40/month tool that hasn't been updated in three weeks is worse than a $15/month tool that pushed an update yesterday.
The question to ask any paid provider: "When was your last update, and what specifically did it address?" If they can't answer that, move on.
What to Look for When Choosing an HWID Spoofer
After going through this whole process, here's my honest buyer's guide — the criteria I'd use if I were starting from scratch.
Game compatibility. Does the spoofer specifically list support for your game? A Valorant spoofer needs to be specifically designed for Vanguard's kernel-level detection. A generic spoofer probably won't cut it.
Update frequency. Anti-cheat systems update constantly. A spoofer that hasn't been updated in more than 2-3 weeks is likely already detected. Check when the last update was before buying or downloading anything.
Motherboard support. Not all spoofers support all motherboard manufacturers. Check that your specific board (Gigabyte, ASUS ROG, MSI, ASRock, HP) is on the supported list. Running a spoofer on an unsupported board can cause instability.
Includes a ban trace cleaner. This is non-negotiable. A spoofer without a cleaner is like changing your face but keeping your fingerprints on file.
Session-based vs. permanent. For the reasons I explained above, I'd default to session-based unless you have a specific reason to need permanent spoofing.
Community and support. Is there a Discord, a forum, or a support channel with active users discussing detection status? This community signal is one of the best indicators of whether a tool is currently working.
Does it require disabling Windows Security? If yes — hard pass. That's a malware red flag, not a feature.
HWID Spoofing on Laptops vs. Desktops
This is something I barely found addressed anywhere, and it matters.
On a desktop, hardware identifiers are relatively accessible at the driver level. Motherboard SMBIOS data can be intercepted by a kernel-level spoofer without too much friction.
On a laptop, it's more complicated. Many laptop manufacturers lock SMBIOS data in firmware in a way that's harder to spoof at the driver level — the values are sometimes written in read-only sections of the UEFI. This means some spoofers that work perfectly on a desktop will give incomplete results on a laptop.
If you're on a laptop, specifically look for a spoofer that lists laptop support and mentions your laptop's manufacturer. Some tools have laptop-specific modes that handle the firmware differences.
Multi-Game Protection — Does One Spoof Cover Everything?
Short answer: sometimes, but not always.
If you're playing multiple games that use different anti-cheat systems — say, Valorant (Vanguard) and Fortnite (EAC) — a single spoofer might cover both because it's changing the underlying hardware identifiers that both systems read.
But here's where it gets complicated: some anti-cheat systems have game-specific detection layers on top of the hardware scanning. Vanguard, for example, has Valorant-specific detection signatures that EAC doesn't have. A spoofer optimized for EAC might not handle Vanguard's specific driver checks.
The safest approach if you're playing multiple games with different anti-cheat systems: verify that your chosen spoofer explicitly lists support for each of those systems, not just the games generically.
What Happens to Your Game Progress After Spoofing?
I want to address this because it's a real concern and nobody talks about it directly.
Spoofing your hardware doesn't recover your old account. Your old account is still banned — the hardware spoof just lets you create and use a new account without it being immediately banned. That means:
All your skins, battle passes, and purchased content are gone. They're tied to the banned account. You're starting fresh.
Your ranked progress resets. New account, new rank. You're going back to placements.
Linked accounts stay banned. If your Epic Games account is banned, creating a new account on spoofed hardware doesn't un-ban the original. The two are separate.
Some games have linked bans across platforms. Warzone, for example, can tie bans to your Activision account across PC, PlayStation, and Xbox. A hardware spoof on PC doesn't help if the ban is account-level across platforms.
This is the part that stings. The hardware spoof gets you back in the door — but you're walking in with nothing.
FAQ
What's the difference between an HWID ban and a regular account ban?
An account ban locks a specific username or account ID. You can create a new account and play normally. An HWID ban logs your hardware fingerprint — so any new account created from that hardware gets banned automatically, often within minutes. The diagnostic test: make a throwaway account and try to play. If it gets banned without you doing anything wrong, it's an HWID ban.
Can an HWID spoofer deactivate Windows?
Yes — specifically if you use a permanent HWID changer that modifies enough hardware identifiers. Microsoft ties Windows licenses to hardware fingerprints. Changing your motherboard serial, machine GUID, and other identifiers can trigger Windows to interpret this as a hardware change and require reactivation. OEM licenses (pre-installed on PCs) are particularly vulnerable because they can't be transferred to "new" hardware. Session-based spoofers that don't make permanent changes are much less likely to cause this.
Do I need to run the spoofer every time I play?
It depends on whether you're using a session-based or permanent spoofer. Session-based spoofers apply changes at the driver level each time they're run and revert on reboot — so yes, you need to run it before each gaming session. Permanent spoofers write changes that survive reboots, so you only run it once. I recommend session-based for most users despite the extra step.
How long does a spoof stay undetected?
Honestly? There's no reliable answer because it depends entirely on how quickly the anti-cheat system updates to detect your specific spoofer. A well-maintained, actively updated spoofer for a game like Fortnite might stay clean for weeks. An outdated tool might get detected within hours. This is why update frequency is the single most important factor when choosing a spoofer.
Is using an HWID spoofer illegal?
Modifying your own hardware identifiers isn't specifically illegal in most jurisdictions. However, using a spoofer to bypass a ban and access a game service that has explicitly denied you access could potentially fall under unauthorized access laws like the US CFAA. More practically, it violates the Terms of Service of every major game — which means you can be permanently banned again and potentially lose access to purchased content. I'm not a lawyer, and this isn't legal advice.
Can Vanguard detect the spoofer itself, not just the spoofed values?
Yes — this is a real and growing problem. Riot Vanguard has started detecting known spoofer driver signatures, meaning it can flag the presence of a spoofing tool even if the hardware values look clean. This is why using a widely-known, unmaintained spoofer against Valorant is super risky. You need a tool that's actively updated to change its driver signatures alongside Vanguard's detection updates.
Are free HWID spoofers safe to use?
Some open-source ones with active communities and transparent code are legitimate. But the free space is heavily contaminated with malware — tools that ask you to disable Windows Security before running are a massive red flag. If you're considering a free tool, check that it's open source, has recent commits on GitHub, and has an active community discussing current detection status. Even then, test on a machine you can afford to lose.
Does spoofing work after a factory reset?
A factory reset (reinstalling Windows) clears software-level changes but doesn't change your actual hardware identifiers. Your motherboard serial, disk serial, and MAC address are the same after a reinstall. That's why factory resets don't bypass HWID bans — and why HWID spoofers exist in the first place.
The Bottom Line on HWID Spoofers
Getting hit with an HWID ban is genuinely frustrating — especially if you believe the ban was unfair or disproportionate. I get it. I've been there at 11 PM on a Friday.
An HWID spoofer is a real solution to a real problem. Kernel-level spoofing that changes your SMBIOS data, disk serials, MAC address, and registry identifiers can effectively make your PC look like a new machine to anti-cheat systems. When it works, it works well.
But go in with clear eyes. The risks are real — PC instability, Windows deactivation, malware in free tools, and the possibility of getting detected and banned harder than before. The tools require active maintenance to stay ahead of anti-cheat updates, and the free options are a minefield.
My honest take: if you're going to use an HWID spoofer, use a session-based one from a provider with a recent update history and an active support community. Run the ban trace cleaner first. Verify your HWID changed using the CMD commands I showed you. And start fresh — new account, new everything.
The best part? When it works, you're back in the game. And this time, you know exactly how the whole system works.

VAN 152 VALORANT Error: How to fix the HWID Ban

For those of you in a rush, today we are talking about how to fix a Valorant HWID ban (VAN 152) using 👉 Sync Spoofer: https://sync.top/
I still remember the exact moment I got hit with the VAN 152 error. I'd just queued up for a ranked match, the Riot Client loaded, and then — nothing. Just a cold, unhelpful error code staring back at me. No explanation. No obvious fix. Just that number: 152.
VAN 152 VALORANT Error, what is it, what can you do, and step by step how to fix it.
If you're here, you've probably had the same gut-drop moment. And I want to be upfront with you right now: VAN 152 is not a typical bug. It's not a server hiccup you can fix by restarting your PC or reinstalling VALORANT. This one is different — and the sooner you understand what it actually means, the sooner you can figure out your real options.
Let me walk you through everything I know about this error, what actually works, and what's a complete waste of your time.
What Is the VAN 152 Error in VALORANT?
VAN 152 is VALORANT's error code for a hardware ID (HWID) ban. It's triggered by Riot Vanguard — Riot Games' kernel-level anti-cheat system — and it means your specific device has been flagged and blocked from running VALORANT.
Not your account. Your machine.
That's the part that catches most people off guard. A regular account ban means you create a new account and you're (technically) back in. An HWID ban targets the hardware itself — your CPU, motherboard, and other system identifiers. Vanguard reads these unique hardware signatures and, when it sees a flagged ID, throws VAN 152 and blocks access entirely.
So reinstalling VALORANT? Won't fix it. Creating a new account? Also won't fix it — at least not for long. The ban follows the device, not the login.
Why Did You Get an HWID Ban?
Honestly? There are a few reasons Riot issues HWID bans, and they're not all equal in severity.
The most common causes:
Using cheats or hacks — This is the big one. Vanguard is super aggressive about detecting third-party software that manipulates the game. If it catches you, or even catches software that looks like cheating tools, you're getting flagged hard.
Ban evasion — If your account was previously banned and you tried to keep playing on the same device, Riot escalates to an HWID ban specifically to stop that.
Repeated severe violations — Multiple bans for things like extreme toxicity, threats, or misconduct can eventually trigger a hardware-level response.
Account sharing or boosting — Less common, but it happens.
Here's the catch: false positives exist. Some legitimate software — certain VPNs, game boosters, aggressive antivirus programs, or even some streaming overlays — can trigger Vanguard's detection systems. It's rare, but if you genuinely haven't cheated and you're seeing VAN 152, this is the angle worth pursuing with Riot Support.
How Long Does a VAN 152 Ban Last?
Most HWID bans last approximately 4 months, though Riot can extend this to up to a year for more serious violations. In extreme cases — persistent cheating, repeated ban evasion — bans can be permanent.
Here's something no other guide seems to answer clearly: the ban does not automatically lift when the timer expires. You won't get an email. Nothing will pop up in the Riot Client saying "you're free." What happens is that after the ban period ends, the VAN 152 error should stop appearing when you try to launch VALORANT — but many players report needing to do a clean reinstall of Vanguard at that point to get things running properly.
If you hit the 4-month mark and you're still seeing the error, that's your cue to contact Riot Support and ask them to verify the ban status.
Can You Actually Fix the VAN 152 Error?
Short answer: not if the HWID ban is legitimate and still active. No amount of technical tinkering will override Vanguard's hardware-level block while the ban is live.
But — and this matters — there are two scenarios where troubleshooting steps do make sense:
You genuinely haven't cheated and think this might be a false positive
You believe the ban period has expired and the error is persisting due to a software glitch
For everyone else, the path forward is Riot Support. Let's cover both.
Troubleshooting Steps (For False Positives or Expired Bans)
If you fall into one of those two categories above, here's what I'd try before going straight to a support ticket.
Step 1: Restart your PC and relaunch the Riot Client
I know this sounds obvious — but Vanguard runs as a system service, and a clean reboot forces it to reinitialize. Sometimes a corrupted session causes error codes that don't reflect your actual ban status. Takes 2 minutes. Always worth it first.
Step 2: Check if the VGC service is running correctly
Press Windows + R, type services.msc, and hit Enter. Scroll down to find VGC (the Vanguard service). Right-click it, go to Properties, and make sure the Startup Type is set to Automatic. If it's disabled or set to Manual, change it, then restart your PC.
Step 3: Reinstall Riot Vanguard
This is the most commonly recommended fix for Vanguard-related errors, and it's worth doing properly.
Open Control Panel → Programs → Uninstall a Program
Find Riot Vanguard and uninstall it completely
Restart your PC
Open the Riot Client and launch VALORANT — it will automatically reinstall Vanguard
Don't just uninstall VALORANT. Uninstall Vanguard specifically. The game and the anti-cheat are separate installations, and people mix this up constantly.
Step 4: Check for conflicting software
Disable any VPNs, game boosters (like Razer Cortex or similar), or aggressive third-party antivirus programs before launching. Some of these interfere with how Vanguard reads system processes. If VALORANT launches after disabling one of them — you've found your culprit.
Step 5: Verify TPM 2.0 and Secure Boot are enabled
Vanguard requires TPM 2.0 and Secure Boot to be active, especially on Windows 11. If either is disabled in your BIOS, Vanguard will refuse to run. This is super relevant if you're trying to relaunch after a ban expiry and hitting errors — your system settings may have changed during the downtime.
To check: go to Settings → System → About → Windows Security → Device Security. If TPM or Secure Boot shows as unavailable, you'll need to enable them in your BIOS/UEFI settings.
What NOT To Do After Getting VAN 152
This section is genuinely missing from most guides, so I want to be direct here.
Don't create a new account and try to keep playing. I get it — the impulse is real. But Vanguard will flag the new account to the same HWID, and now you've added ban evasion to your record, which makes appealing significantly harder.
Don't buy or use an "HWID spoofer." These tools are sold in shady corners of the internet with promises to mask your hardware ID. Using one violates Riot's Terms of Service at an even deeper level, and Vanguard's detection has gotten super sophisticated about catching them. You'll make things worse.
Don't assume reinstalling Windows will fix it. Your hardware identifiers are tied to physical components — primarily your motherboard and CPU. A fresh OS install doesn't change those.
How To Contact Riot Support About VAN 152
If you believe your ban is a false positive, or if you want to appeal after the ban period, here's exactly how to do it.
Step 1: Go to support-valorant.riotgames.com and log in with your Riot account.
Step 2: Click Submit a Request and select VALORANT as the game.
Step 3: Under the issue category, select Bans & Restrictions or the closest equivalent.
Step 4: Include your Hardware ID (HWID) in the ticket. Here's how to find it — open Command Prompt (search "cmd" in the Start menu) and type:
wmic csproduct get UUID
Hit Enter. The string of characters that appears is your system's UUID — include this in your ticket so Riot's team can cross-reference it quickly.
Step 5: Write your appeal message. Here's what I'd include — and what I'd leave out.
Include:- A clear, calm explanation of your situation- When the error first appeared- Whether you've made any recent software changes (new programs, VPN, antivirus updates)- Your HWID (from the command above)- Any evidence that you haven't violated the ToS
Don't include:- Anger or accusations — support agents are humans and they respond to tone- Demands or ultimatums- Claims that "everyone cheats" or comparisons to other players- Anything that sounds like you're admitting to ban evasion
Riot Support typically responds within 3–7 business days for ban appeals. If you don't hear back, a single follow-up after 7 days is fine.
What Happens to Other Accounts on the Same Device?
This is critical if you share a computer — with a roommate, a sibling, anyone.
If another person logs into VALORANT on your HWID-banned device, their account will also be flagged. The hardware ban applies to the machine, not the user. So if your younger brother fires up VALORANT on your PC while you're waiting out a ban, his account is now in jeopardy too. Tell anyone who shares your device to stay off VALORANT until the situation is resolved.
VAN 152 vs. Other VAN Error Codes — Why This One Is Different
You might've seen other VAN errors — VAN 44, VAN 84, VAN 1067. Those are generally Vanguard service or compatibility errors. Annoying, but fixable with the reinstall steps above.
VAN 152 is in a different category entirely. It's not a software glitch — it's an intentional block. That's why the standard "restart and reinstall" advice that works for most Vanguard errors doesn't apply here. Treating VAN 152 like a technical error is the reason so many players spin their wheels for hours before realizing what they're actually dealing with.
Frequently Asked Questions
Does reinstalling VALORANT fix VAN 152?
No. Reinstalling the game doesn't affect the HWID ban. The ban is tied to your hardware, not your game installation. The only thing that resolves an active HWID ban is waiting for it to expire or successfully appealing through Riot Support.
Can a VPN cause the VAN 152 error?
A VPN alone is unlikely to trigger an HWID ban — but certain VPN software can interfere with how Vanguard runs, potentially causing other VAN errors. If you're seeing VAN 152 specifically, a VPN isn't the cause. That said, disable it anyway before troubleshooting, because it can complicate the reinstall process.
Is VAN 152 always permanent?
No. Most HWID bans last around 4 months. Bans for severe or repeated violations can extend to a year or longer. Permanent bans are reserved for the most egregious cases — typically persistent cheating combined with ban evasion. If you're unsure of your ban duration, contact Riot Support directly and ask.
What if I genuinely didn't cheat and got VAN 152?
This happens. Submit a support ticket, stay calm, include your HWID, and explain exactly what software you had running. Riot does review false positive cases, and legitimate players have had bans reversed. Don't panic — just document everything clearly and be patient.
Does VAN 152 apply to VALORANT Mobile?
As of 2026, the HWID ban system is specific to the PC version of VALORANT. Mobile uses a different anti-cheat architecture. So if you're banned on PC, your mobile account shouldn't be affected — though Riot's policies do evolve, so keep an eye on their official communications.
How will I know when my ban has been lifted?
You won't get a notification. Once the ban period ends, try launching VALORANT normally. If VAN 152 still appears, do a clean reinstall of Vanguard (steps above) and try again. If it persists past your expected ban end date, contact Riot Support to confirm the ban status.
My Final Take on the VAN 152 Error Fix
Look — if you're reading this and you know you cheated, I'm not here to lecture you. The path forward is clear: wait out the ban, don't evade it, and come back clean. Trying to fight it with spoofers or new accounts will only make things worse.
If you genuinely didn't cheat and you're seeing VAN 152? That's frustrating in a completely different way — and your best move is a well-written, evidence-backed support ticket to Riot. Be specific, be calm, include your HWID, and give them something to work with.
The van 152 error fix situation is one where patience beats panic every single time. I've seen players spiral for weeks trying every technical workaround under the sun, when a single honest support ticket resolved it in 5 days.
If I can navigate this, so can you. Submit that ticket, check your Vanguard service settings, and stop creating new accounts in the meantime. That's genuinely the best advice I can give you.

The Spoofer Show - Introduction

Welcome to The Spoofer Show — the #1 podcast for HWID spoofers, hardware bans, anti-cheat, and gaming privacy.
👉👉Learn more about here👈👈
This is the introduction episode, where we lay out what the show is, who it's for, and what you can expect every week.
If you've ever been hardware banned, shadowbanned, locked out of your favorite game, or you're just curious about how spoofers and anti-cheat actually work — you're in the right place.
 
Youtube Channel: https://www.youtube.com/@TheSpooferShow
Follow us on Spotify: https://open.spotify.com/show/033nRRmx3re02OqulBIQ14
Our blog: https://thespoofershow.podbean.com/
 
🎙️ WHAT IS THE SPOOFER SHOW?
The Spoofer Show is your go-to source for everything related to HWID spoofers, hardware ID bans, and anti-cheat technology. We test the top spoofers on the market, expose which ones actually bypass bans, and break down how detection systems work behind the scenes. No sponsored garbage, no paid reviews disguised as opinions — just honest info from people who genuinely understand this space.
🎮 WHAT WE COVER
▪️ HWID Spoofer Reviews — In-depth, unbiased reviews of the best HWID spoofers in 2026. We compare features, undetected status, supported games, pricing, and customer support so you can make informed decisions before you buy.
▪️ Hardware Ban Bypass Guides — How to get back into the games you love after a HWID ban. We cover Fortnite, Valorant, Apex Legends, Call of Duty (Warzone, MW3, Black Ops), Rust, CS2, Rainbow Six Siege, PUBG, Escape from Tarkov, Fall Guys, and more.
▪️ Anti-Cheat Deep Dives — Everything you need to know about modern anti-cheat systems: Easy Anti-Cheat (EAC), BattlEye, Riot Vanguard, FACEIT AC, Activision Ricochet, Valve VAC, and the kernel-level technology behind them. We explain how they detect cheaters, what they actually log, and where their blind spots are.
▪️ Gaming Privacy & Security — Digital fingerprinting, account security, IP protection, and what your hardware really tells the games you play. If you care about your privacy as a gamer, we've got you covered.
▪️ Industry News — The latest detections, ban waves, spoofer updates, and major events in the cheat-vs-anti-cheat war. We keep you ahead of the curve so you never get caught off guard.
▪️ Listener Stories & Q&A — Got banned? Have a question? We feature listener stories, answer your questions, and dive into the weirdest, most frustrating, and most interesting ban situations from the community.
🎯 WHO THIS PODCAST IS FOR
✅ Gamers who've been HWID banned and want their accounts back✅ Players researching spoofers before buying one✅ Anyone curious about how anti-cheat technology really works✅ Privacy-focused gamers protecting their identity and hardware✅ Tech enthusiasts interested in the cat-and-mouse game between developers and cheaters✅ Streamers, smurfs, and content creators managing multiple accounts
🚫 WHAT YOU WON'T GET HERE
❌ Sponsored reviews dressed up as honest opinions❌ Fake "best spoofer" lists pushing affiliate links❌ Vague answers that dodge the real questions❌ Outdated info that hasn't been tested in months❌ Hype, drama, or clickbait without substance
📅 EPISODE SCHEDULE
New episodes drop weekly. Expect a mix of spoofer reviews, anti-cheat breakdowns, news roundups, and interviews with people who know this space inside out — developers, testers, banned players, and privacy researchers.
🔔 FOLLOW THE SHOW
Hit follow on Spotify so you never miss an episode. New to podcasts? Just tap the follow button at the top of this page and you'll get notified every time we drop a new one.
💬 STAY CONNECTED
Got banned? Have a spoofer you want us to review? Want to share your story? We want to hear from you. Drop us a message — listener feedback shapes the show.
This is just the introduction. The real content starts in episode 1.
Welcome to the show.
🎧 Subscribe. Listen. Stay unbanned.