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hello everybody today I'm going to go in
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depth into every video game hacking
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technique out there this video is
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perfect for beginners getting into game
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hacking or just anyone wanting to learn
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all the known methods of bypassing
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anti-cheats in depth let's begin with a
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basic overview of game hacking game
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hacking is all about exploiting a game's
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weaknesses to gain unfair advantages
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like using cheats for extra abilities or
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automating actions hackers constantly
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find new ways to bypass anti-che systems
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while Developers work to block them in
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this video I'm going to be breaking down
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the key techniques used in this ongoing
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battle the first and most powerful
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method of game hacking is internal
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cheats internal cheats are programs or
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code that are injected directly into a
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game's process since they are part of
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the game's memory space they have full
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control over everything the game does
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this is incredibly powerful because the
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chi acts like a native part of the game
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allowing it to bypass certain
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restrictions to inject an internal cheat
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a method called D injection is used a d
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Dynamic link library is a file that
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contains code and data that can be used
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by multiple programs at the same time
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the injection process involves loading
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the dll into the game's memory granting
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the chi access to the game's internal
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functions however anti cheets can detect
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this by monitoring the loaded modules
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for instance if a game finds a module in
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memory that doesn't belong like a dll
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cheat it Flags it as suspicious games
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like csgo have even blocked all D
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injections hackers responded by using
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methods like manual mapping which
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emulates the D loading process but
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avoids being listed in the game's loaded
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modules making detection
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harder the second method are external
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cheats external cheats run separately
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from the game but still manipulate the
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game's memory this method doesn't
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directly alter the game's process making
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it less detectable external cheats
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interact with the game's memory by
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opening a handle to the game process
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using Windows API functions like read
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process memory and WR process memory
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these functions allow the cheat to read
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from and modify the game's memory
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without being a part of the game however
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external cheats have their challenges
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external cheats are easier to detect
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because they rely on common Windows
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functions user mode anti-cheats which
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don't have deep system privileges often
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block external Cheats by hooking these
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API functions for example they hook open
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process to prevent cheats from getting
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access to the game's memory in the first
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place the third method is dma based
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cheats dma based cheats use external
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hardware devices to access game memory
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directly without involving the CPU or
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operating system this makes it extremely
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hard for software-based anticheats to
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detect it EMA is a technology that
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allows peripherals like network cards to
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communicate directly with the system's
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memory by passing the CPU dma sheets use
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the same principle our Hardware device
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is plugged into the computer's pcie slot
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and then connected to a separate
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computer the second computer can
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directly read and write the game's
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memory without any cheat software
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running on the actual PC itself since no
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cheat software is running on the gaming
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computer traditional anti-cheats can't
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detect it however dma cheets require
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expensive hardware and a second computer
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to run the hack making it less
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accessible to Casual hackers method
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number four is hooking hooking refers to
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modifying or intercepting API calls or
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game functions to control or alter their
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behavior it's a common technique used by
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both cheats and by anti-cheats hackers
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use hooking to override certain game or
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system functions for example a cheat
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might hook the game's rendering function
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to create an ESP overlay showing the
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player where enemies are anti- cheets
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also use hooking but in Reverse they
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hook critical Windows functions like low
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Library which is used to inject DS or
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open process which is used to manipulate
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memory preventing cheats from using
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these functions to gain access to the
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game one way to bypass anti-che hooks is
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by not using the hooked functions at all
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techniques like manual mapping avoid the
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need for load Library making it harder
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for the anti-che to block the cheat the
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fifth method is Kernel level cheats
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kernel level cheats typically use custom
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drivers or exploit vulnerabilities in
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existing drivers to execute their code
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in kernel mode the chi installs a
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malicious driver that interacts directly
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with the game's process memory or even
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Hardware making it much harder for user
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level anti-che programs to detect once
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running at this level cheat has full
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access to read and write memory
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manipulate input devices for example
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simulating Mouse movements for Aimbot
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and modifying critical game functions
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without raising
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alarms some chronal level cheats are so
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Advanced that they can hide themselves
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in processes they can mask their
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presence from antiche programs by
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controlling what processes are visible
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at the user level thus making detection
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much more challenging you can also load
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custom or compromise driver and the chi
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can gain access to the game's memory and
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resources via the driver kernel level
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cheats don't come without their
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challenges though modern anti-che
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systems are increasingly moving to
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Kernel level detection themselves like
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Riot Vanguard or easy antiche making
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this method much more difficult to pull
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off floating unsigned drivers or
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improperly written code can also lead to
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system instability and crashes hackers
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may need to exploit vulnerabilities in
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the operating system or Hardware
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successfully install and run their
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drivers without triggering detection
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mechanisms the sixth and probably least
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common method is the virtual machine
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based cheat a virtual machine based
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cheat uses hardware virtualization to
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create an isolated environment where the
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game runs inside a virtual machine while
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the cheat runs outside in the host
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System since the cheat operates outside
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the virtualized environment it can
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monitor and manipulate the game without
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but ever directly interacting with the
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game's process or memory from within
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guest OS making it difficult for antiche
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systems to detect a hypervisor is used
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to run the game inside a virtual machine
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and this hypervisor has full control
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over the virtual machine's memory CPU
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State the cheat can then read the memory
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of the VM extracting useful information
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like player locations or in-game
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variables by staying outside the
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virtualized environment the cheat
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remains hidden from user mode anti-che
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software running in inside the VM like
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the other methods this doesn't come
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without its challenges setting up a VM
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based cheat requires knowledge of
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virtualization Technologies and
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hypervisor programming there is also a
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performance overhead when running games
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inside virtual machines although
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Hardware assisted virtualization like
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Intel VTX or amdv helps mitigate this
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furthermore some anti-che systems are
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starting to detect when games are run
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inside virtual machines flagging this is
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suspicious please like And subscribe if
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you enjoyed the video um I'm going to be
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making more videos like this in the
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future and teaching you guys how to
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actually make these so stay subscribed
