Home / Anti-Cheat
Make Cheaters Regret
Ever Trying
Whether you’re securing your own anti-cheat or integrating with Easy Anti-Cheat (EAC), AcceleronTech locks your defenses inside a self-defending virtualization layer.
Cheating in multiplayer games isn’t going away on its own. It’s time to hit back with superior technology. AcceleronTech empowers you to protect your players, your reputation, and your revenue with a solution that is easy to adopt and proven to work. Don’t let cheaters erode what you’ve built – take the next leap in security.
Our post-build anti-tamper layer wraps your anti-cheat logic in ruthless virtualization. Attackers can’t hook, patch, or bypass what they can’t even find. When they try, we shut them down—proactively, every time.
No source code changes. No performance tax. Just unbreakable post-build protection.
How We Dominate
Key Benefits
Polymorphic Wrapping
Your anti-cheat code is cloaked in an ever-shifting, encrypted shell—no static patterns or signatures.
Self-Defending Virtualization
Every instruction runs in a locked-down virtual environment. Debuggers crash. Injectors fail.
Bit-Level Tamper-Proofing
One unauthorized change—and the process kills itself. No partial hacks, no workarounds.
Proactive Shutdown
We detect and stop any attack on your anti-cheat before damage is done—no waiting for alerts.
Bulletproof Anti-Cheat – Attackers never reach your anti-cheat hooks.
Zero False Positives – Legit players run uninterrupted; cheats hit a hard stop.
No Kernel Drivers – 100 % user-mode protection, fully compatible with Easy Anti-Cheat, BattlEye, and more.
Performance-First – <20 % binary growth, 0 % FPS impact, ~100× faster than legacy virtualization.
Post-Build Plug-In – No source changes, no new compilers, deploy in under 24 hours.
How We Dominate
Polymorphic Wrapping
Your anti-cheat code is cloaked in an ever-shifting, encrypted shell—no static patterns or signatures.
Self-Defending Virtualization
Every instruction runs in a locked-down virtual environment. Debuggers crash. Injectors fail.
Bit-Level Tamper-Proofing
One unauthorized change—and the process kills itself. No partial hacks, no workarounds.
Proactive Shutdown
We detect and stop any attack on your anti-cheat before damage is done—no waiting for alerts.
Key Benefits
Bulletproof Anti-Cheat – Attackers never reach your anti-cheat hooks.
Zero False Positives – Legit players run uninterrupted; cheats hit a hard stop.
No Kernel Drivers – 100 % user-mode protection, fully compatible with Easy Anti-Cheat, BattlEye, and more.
Performance-First – <20 % binary growth, 0 % FPS impact, ~100× faster than legacy virtualization.
Post-Build Plug-In – No source changes, no new compilers, deploy in under 24 hours.
How Cheaters Operate:
From Aimbots to Code Injection
Modern cheaters are crafty, employing a range of methods to gain an unfair edge, especially in competitive and simulation titles.
Aimbots & ESP Hacks (Wallhacks)
In FPS games, aimbot software locks onto targets with inhuman precision, and ESP (“extra sensory perception”) hacks let cheaters see players through walls or display hidden data ea.com. These tools make marksmanship and map awareness nearly irrelevant, ruining the skill-based nature of play. Trigger-bots that auto-fire and recoil scripts that eliminate weapon kick are similarly common in shooters ea.com.
Memory Editing & Code Injection
Many cheats work by injecting malicious code into the game process or modifying its memory at runtime ea.com. By altering values (health, ammo, physics) or hooking game functions, cheaters can, for instance, enable god-modes, unlimited resources, or speed hacks. Internal cheats run inside the game’s memory space – e.g. DLL injection that manipulates game data or logic ea.com. This can change anything not explicitly validated by the server, from player coordinates to bullet spread.
External Tools (Pixel Bots & Overlays)
Not all cheats touch the game’s memory. External “pixel bot” aimbots read the screen output (pixels) to detect targets and then simulate mouse input to aim/shoot ea.com. Overlays can draw information (like enemy locations) on the user’s screen by reading memory from outside. These external cheats run as separate programs, which makes them harder to detect – some even operate at the driver level or via hardware devices to spoof input.
Kernel-Level Exploits & Drivers
The most advanced cheaters go deep. They install custom kernel-mode drivers or even operate via hypervisor (virtual machine) techniques to hide from user-mode anti-cheat systems ea.comcybersecurity-excellence-awards.com. By running at Ring-0 (the highest privilege), a cheat can control the OS to mask its presence, making it invisible to traditional anti-cheat checks. For example, a cheater might load an unsigned driver that modifies the game’s memory from outside, or use a hypervisor to intercept and manipulate game data beneath the operating system. These rootkit-like approaches are especially dangerous – if the anti-cheat itself isn’t also in the kernel, a kernel-level cheat can operate with impunity ea.com. This is why several popular anti-cheat solutions (Battleye, Vanguard, etc.) introduced kernel drivers – yet even those can be bypassed by novel attacks like hardware device spoofing or VM introspection.
How Cheaters Operate:
From Aimbots to Code Injection
Modern cheaters are crafty, employing a range of methods to gain an unfair edge, especially in competitive and simulation titles.
Aimbots & ESP Hacks (Wallhacks)
In FPS games, aimbot software locks onto targets with inhuman precision, and ESP (“extra sensory perception”) hacks let cheaters see players through walls or display hidden data ea.com. These tools make marksmanship and map awareness nearly irrelevant, ruining the skill-based nature of play. Trigger-bots that auto-fire and recoil scripts that eliminate weapon kick are similarly common in shooters ea.com.
Memory Editing & Code Injection
Many cheats work by injecting malicious code into the game process or modifying its memory at runtime ea.com. By altering values (health, ammo, physics) or hooking game functions, cheaters can, for instance, enable god-modes, unlimited resources, or speed hacks. Internal cheats run inside the game’s memory space – e.g. DLL injection that manipulates game data or logic ea.com. This can change anything not explicitly validated by the server, from player coordinates to bullet spread.
External Tools (Pixel Bots & Overlays)
Not all cheats touch the game’s memory. External “pixel bot” aimbots read the screen output (pixels) to detect targets and then simulate mouse input to aim/shoot ea.com. Overlays can draw information (like enemy locations) on the user’s screen by reading memory from outside. These external cheats run as separate programs, which makes them harder to detect – some even operate at the driver level or via hardware devices to spoof input.
Kernel-Level Exploits & Drivers
The most advanced cheaters go deep. They install custom kernel-mode drivers or even operate via hypervisor (virtual machine) techniques to hide from user-mode anti-cheat systems ea.comcybersecurity-excellence-awards.com. By running at Ring-0 (the highest privilege), a cheat can control the OS to mask its presence, making it invisible to traditional anti-cheat checks. For example, a cheater might load an unsigned driver that modifies the game’s memory from outside, or use a hypervisor to intercept and manipulate game data beneath the operating system. These rootkit-like approaches are especially dangerous – if the anti-cheat itself isn’t also in the kernel, a kernel-level cheat can operate with impunity ea.com. This is why several popular anti-cheat solutions (Battleye, Vanguard, etc.) introduced kernel drivers – yet even those can be bypassed by novel attacks like hardware device spoofing or VM introspection.
The Cheat Crisis by the Numbers
%
of players say they would quit a game plagued by cheaters
%
of gamers worldwide report their multiplayer experiences are frequently spoiled by opponents using cheats
%
of players in Asia say they would likely stop playing entirely if others gain an unfair advantage through hacks
%
of gamers globally admit they reduce or stop in-game purchases if they know others are cheating
%
of gamers admitted to cheating at least once
%
of players are less likely to spend money on in-game content when cheating is rampant
%
of players say they would quit a game plagued by cheaters
%
of gamers worldwide report their multiplayer experiences are frequently spoiled by opponents using cheats
%
of players in Asia say they would likely stop playing entirely if others gain an unfair advantage through hacks
The Cheat Crisis by the Numbers
%
of gamers globally admit they reduce or stop in-game purchases if they know others are cheating
%
of gamers admitted to cheating at least once
%
of players are less likely to spend money on in-game content when cheating is rampant
%
of players say they would quit a game plagued by cheaters
%
of gamers worldwide report their multiplayer experiences are frequently spoiled by opponents using cheats
%
of players in Asia say they would likely stop playing entirely if others gain an unfair advantage through hacks
The Cheat Crisis by the Numbers
%
of gamers globally admit they reduce or stop in-game purchases if they know others are cheating
%
of gamers admitted to cheating at least once
%
of players are less likely to spend money on in-game content when cheating is rampant
The Future of Fair Play Starts Now
Cheaters have had the advantage of surprise and sophistication for too long, but AcceleronTech evens the odds. By combining robust anti-cheat measures with an unprecedented virtualization defense, you get a solution that not only detects cheats – it outright blocks the methods by which cheats infiltrate and persist.
The result is a gaming ecosystem where:
Your legitimate players experience truly fair matches (EA reported a 50% reduction in cheater presence after upping their anti-cheat tech ea.com – imagine the impact when cheats can’t even tamper with the anti-cheat at all!).
- Your legitimate players experience truly fair matches (EA reported a 50% reduction in cheater presence after upping their anti-cheat tech ea.com – imagine the impact when cheats can’t even tamper with the anti-cheat at all!).
- Your game’s community flourishes because trust is restored. No more rampant “hackusations” on forums – players see that you’re actively safeguarding competitive integrity.
- Revenue is protected and even improved – players stick around longer and are more willing to invest in cosmetics, DLC, and in-game content when they aren’t discouraged by cheaters irdeto.com. Stopping cheats doesn’t just avoid losses; it positively drives engagement and monetization.
- Your development team can focus on making the game fun, not constantly reacting to the latest cheat. AcceleronTech buys you time and peace of mind – cheat developers struggling against the virtualization layer means fewer emergencies on your end. It’s a proactive stance rather than reactive whack-a-mole.
AcceleronTech is the cutting-edge of game security – Removing the concept of **“security through obscurity”, VXAC brings security to an entirely new level (deep virtualization) while maintaining transparency and control for developers. You get to decide how your anti-cheat works; we ensure that only you and your software can see that inner workings, not the attackers.