Leaderboard

SCRIPT MENU: Mode Bomb Menu • FreeWeapons • LocateC4 • FastDefuse • EnablePersistentShop • ForceMatchEnd • ForceTeamSwap • NoMoneyLoss Misc Menu • Unlock All Characters + Skins • RegenBoost • OneKillAdvance • Avatar Selector • Phantom Lock • Radar • BypassLevelRestrictions • CustomFov • FastAutoFire • NoSpread • NoRecoil • Unlimited Ammo • RewardScaler • ExplosiveSmoke • ActiveVIPBonus • Speed • HighDamage • CustomPlayerLevel • NukeGrenade • AllGunsSniperMode • NoFlashEffect • SoftGodMode • WallPierce • FullClipReload • ExtendedClip • OneKillWin Attention: ExplosiveSmoke When active, this feature turns the smoke grenade into an **invisible explosion**. The visual remains as a regular smoke for other players — but it deals **real damage**. Supports **Default**, **Global**, or **Custom Radius**, with an option to **edit the damage**. Use with caution: highly powerful and visually undetectable in-game.

*Only works for 64 bit devices* Script menu includes: - Coins,keys,tokens,etc. hack - Powerup hacks - Making in-app purchases free - Event hacks

I know Not Many players will enjoy it. \n but i guess.. who ever want to play with disabled vehicles I Don't know if Collen or Hater will delete it [ - Team Event Script Features -] -- it has full history in list (what you searched) you can choose event from history 1. MatchMaking requirement 5 to 1 2. Refill Join Team Event tickets 3. Unlimited Retry - Normally, You can only use Special Tickets only 4 try in 2 days per event . But Script allow unlimited Retry to gain maximum score in event. 4. Set Value of Vehicle use limit [ 1x or 2x Normal by game ] by script you can increase it! 5. Allow All Vehicles and Set Vehicle Use Limit : "I forget , what have stolen from them that I added in my Script** ~ Team Manjiro Sano

See Enemy In Grass (Online) Huge Grass Circle (Online) Camera Zoom (Online)

TK_Tool — LuaScript_Builder Build GameGuardian Lua scripts instantly with menus, password lock, expiry date, and auto function generation. Features: Easy step-by-step script builder Password & expiry protection Menu creator (single/multi) Function modes: Manual, Patch-Offset, Search & Edit Auto-save & resume wizard Clean, ready-to-use .lua output Ideal for modders who want fast, structured, and customizable script creation. Must Watch video For How to Use

• Teleport Menu • Camera Settings • Prop Locator • God Mode • Fly Hack • Fire Rate • LaughterHack • Fullbright Map • Throw Grenades Through Walls

Overview: Play games your way! “GameGuardian” is a game cheat / hack / alteration tool. With it, you can modify money, HP, SP, and much more. You can enjoy the fun part of a game without suffering from its unseasonable design. Requires Android: 2.3.3+ GameGuardian Features Summary Runs on ARM, x64 and x86 devices, including x86 emulators (LDPlayer, Droid4X, MOMO, KOPlayer, Andy, Memu, Leapdroid, AMIDuOS, Windroye, RemixOS, PhoenixOS, AVD, Genymotion, Nox, BlueStacks etc.) Supports Android 2.3.3+ (Gingerbread) through Lollipop (5+), Marshmallow (6+), Nougat (7+), Oreo (8+), Pie (9+), 10+. Support work without root via different virtual spaces. Support different emulators like PPSSPP, ePSXe, GameBoy etc. Game deceleration and acceleration (speedhack) for ARM and x86 devices, including x86 emulators. Also supports both 32-bit and 64-bit applications on 64-bit devices using speedhack. Search feature: encrypted values. Search of unknown values when specifying the difference between values. Search addresses by mask. Explicit and "fuzzy" numeric searches. Text (String, Hex, AoB) search. Supports: Double, Float, Qword, Dword, XOR, Word, Byte, or Auto data-type searches. Lua scripting support. Modify all search results at once. Filtering of search results (address greater than and less than, value greater than and less than). Search in the background feature. 'The fill' feature. Time jump feature. Dump memory. Copy memory. Customizable UI. App locale for over 50 languages. And, much, much more. Notes: ** ROOT or VIRTUAL ENVIRONMENT ONLY ** This tool only works on rooted devices or in virtual environment (without root in limited mode)! GG can work in limited mode without root, through a virtual environment. For example, through Parallel Space, VirtualXposed, Parallel Space Lite, GO multiple, 2Face and many others. Read the help for more details. You can find more information about rooting your device at XDA Developers. Want to help us improve, or add a translation? Then please visit thread "If you want to add a new translation or improve an existing". If you are having issues with the app, please visit thread "Gathering information about GG errors". Want to donate and help keep the project going? That's awesome! You can donate any amount (anything helps) here: Donate Need help with how to use this application? Please visit "Video tutorials" and forum "Guides". Credit: @d2dyno - Owner, lead designer, project management. @Enyby - Lead coder, project management. @Trasd - Technical consultant, project management. @Aqua - Creator (retired).

Version: 4.2.3 Combat Menu • Zero Energy Cost • Instant Spawn • Global AoE Radius • Global Shield Boost • Global Critical Boost Player Menu • HighDamage • God Mode • Mission XP Boost • Item Bonus Extreme • Ad Coin Boost Bus Menu • Bus Invincibility • Bus Damage Boost • Minigun Damage Boost • Unlock Bus Upgrade

First, enter a match to activate the script. Activate it. When the loading is complete, exit the match. From then on, the area of damage of the shots is increased. An important addition is that headshots don't work when activated. I haven't figured out why this happens yet. Adjust the area of damage directly in the file; try not to overdo it.

Includes : Fast Cool down For Attacks ,Pikachu Thunderbolt High Damage , 'Mewtwo Arch & Ditto Balloon Cost 1 , Kangaskhan Swing Chair Cost 1 , Other Attacks High Damage | playstore link https://play.google.com/store/apps/details?id=jp.pokemon.pokemonquest

Features : • Skill Hack (Default SAS Skills) - Reload Speed. - Fast Movement. - Toughness. - Recovery Time. - Health Regen. - Pay Grade. - Body Armor Expert. - Energy Boost. - Energy Regen. - Field Supplies. - Grenade Damage. - Critical Shot. • Skill Hack (Assault) - Overpowered Adrenaline. - Overpowered Killing Spree. • Skill Hack (Medic) | Coming Soon • Skill Hack (Heavy) | Coming Soon • Skill Hack (Global Character) - Long Skill Duration [Except Medic] - No Skill Cooldown. - No Skill Energy Cost. [NEW] • Mastery Hack - Set Mastery Level To Max. - High Mastery Bonus. • Weapon Hack - High Crit DMG/Chance Bonus. - High Pierce. [Coming Soon] - High Rocket Explosion Radius. [Coming Soon] - High AOE. [Coming Soon] • Others - God Mode. - No-Clip. - F.O.V. If you face some problems with the script contact me via telegram. Game Link

import this lib to your script : • setup ! XEK = nil load_lib = gg.makeRequest('https://raw.githubusercontent.com/chihaamin/XEKEX/main/xLIB.lua') if load_lib.code == 200 then -- check the status of the request XEK = load(load_lib.content,'bt')() end • Comment if you find a bug / error or if you have Idea for implementation. • All the file is documented and commented for beginners. ♥ Add "XEKEX was here" in your script if it was helful ------------------------------------------------------------------------------- IMPORT : JSON = XEK.import('https://raw.githubusercontent.com/rxi/json.lua/master/json.lua') -- this will import a lib into your script JSON.decode(response.content) Text2Dword : -- Text2Dword function Convert a text to dword value local DWORD = XEK.Text2Dword("berry") -- Print the result print(DWORD) --> Output: '6619234;7471218;121::9' Dword2Text : -- Dword2Text function Convert a Dword value to text local sampleValue = "6619234;7471218;121" local text = XEK.Dword2Text(sampleValue) -- Print the result print(text) --> Output: 'berry' hex : The 'hex' function takes two arguments: a value to convert to hexadecimal and a boolean 'hx' indicating whether to add '0x' or 'h' prefix to the output. --[[ If hx is true, the function returns the hexadecimal value with '0x' prefix. If hx is false, the function returns the hexadecimal value with 'h' suffix. If hx is not provided or not a boolean, the function returns the hexadecimal value without any prefix or suffix. The function uses string formatting to convert the value to hexadecimal. ]] --> Examples: --Convert decimal value to hexadecimal with '0x' prefix print(XEK.hex(255, true)) --> Output: 0xFF --Convert decimal value to hexadecimal with 'h' suffix print(XEK.hex(255, false)) --> Output: FFh --Convert decimal value to hexadecimal without any prefix or suffix print(XEK.hex(255)) --> Output: FF dump : --[[ dump function takes a table as input and returns a string representation of the table. If the input is not a table, it returns a string representation of the input. Parameters: tab (table): the table to be dumped Returns: (string): the string representation of the table ]] --> Example usage: local myTable = {name = "John", age = 30, hobbies = {"reading", "running"}} print(XEK.Dump(myTable)) -- Output: { ["name"] = "John", ["age"] = 30, ["hobbies"] = { [1] = "reading", [2] = "running", } } split : --split function splits a string into a table of substrings using a specified delimiter --The function takes two parameters: s, which is the string to be split, and delimiter, which is the character or string used to separate the substrings --> Example usage: local myString = "apple,banana,cherry,orange" local myTable = XEK.split(myString, ",") -- The above code will split the string "apple,banana,cherry,orange" into substrings using the comma as the delimiter and store the result in a table called myTable --The resulting table will contain the following values: myTable[1] = "apple" myTable[2] = "banana" myTable[3] = "cherry" myTable[4] = "orange" ARMIT fix : --# Example 1: Converting an Integer to Assembly Instructions local instructions = XEK.ARMIT(123456, "int", true) --The above function call will generate assembly instructions to move the value 123456 into a register in AArch64. --> Output: instructions = { [1] = '~A8 MOVK W0, #0xE240, LSL #16', [2] = '~A8 MOVK W0, #0x0001, LSL #32', [3] = '~A8 RET', } --# Example 2: Converting a Boolean to Assembly Instructions local instructions = XEK.ARMIT(true, "bool") --The above function call will generate assembly instructions to move the value 1 (true) into a register in AArch32. --> Output: instructions = { [1] = '~A MOV R0, #0x1', [2] = '~A BX LR', } --# Example 3: Converting a Float to Assembly Instructions local instructions = XEK.ARMIT(3.14159, "f", true) --The above function call will generate assembly instructions to move the value 3.14159 into a floating point register in AArch64. --> Output: instructions = { [1] = '~A8 MOVK W0, #0x0FD0, LSL #16', [2] = '~A8 MOVK W0, #0x4049, LSL #32', [3] = '~A8 FMOV S0, W0', [4] = '~A8 RET', } --# Example 4: Converting a Double to Assembly Instructions local instructions = XEK.ARMIT(123456789.987654321, "d") --The above function call will generate assembly instructions to move the value 123456789.987654321 into a double precision floating point register in AArch32. --> Output: instructions = { [1] = '~A MOVW R0, #0x5BA8', [2] = '~A MOVT R0, #0x57F3', [3] = '~A MOVW R1, #0x6F34', [4] = '~A MOVT R1, #0x419D', [5] = '~A VMOV D0, R1, R0', [6] = '~A BX LR', } readBytes | readWord | readDword | readFloat | readDouble : local words = XEK.readWord(addr, size, ';') <-| return a string local dwords = XEK.readDword(addr, size, '-') <-| return a string local floats = XEK.readFloat(addr, size, '|') <-| return a string local doubles = XEK.readDouble(addr, size, ':') <-| return a string -- OR local words = XEK.readWord(addr, size) <-| return a table local dwords = XEK.readDword(addr, size) <-| return a table local floats = XEK.readFloat(addr, size) <-| return a table local doubles = XEK.readDouble(addr, size) <-| return a table --<< these function purpose is to read values from memory for comparison >>-- getResults : --# Example usage of getResults function and its returned table local t = XEK.getResults(10) or t = XEK.getResults() <-|-- Get 10 results or all result | you can specified parameter same as GG print(t.data[1].address) <-|-- Print the address of the first result --# Example usage of focus function t:focus() <-|-- Save original values of results table print(t.original[1]) <-|-- Print the original value of the first result --# Example usage of update function t:update(999) <-|-- Set all values in result table to 999 --# Example usage of reset function t:reset() <-|-- Reset all values in result table to their original values --# Example usage of offset function t:offset(0x8) <-|-- Add 8 to the address of each result --# Example usage of append function local t2 = XEK.getResults(5) <-|-- Get 5 more results t:append(t2) <-|-- Append t2 results to t print(#t.data) <-|-- Print the total number of results in t --# Example usage of get function t:get() <-|-- Refresh the results table --# Example usage of clear function t:clear() <-|-- Destroy the results table and clear garbage MakeMenu : -- Create a new menu object local myMenu = XEK.MakeMenu().Menu:new({"Option 1", "Option 2", "Option 3"}) | this will add Menues -- Add a new action to the menu myMenu.actions:new(1, function() -- argument 1 is the index of menu ( option 1 function ) | index must be a number print("Option 1 was selected!") end) myMenu.actions:new(2, function() print("Option 2 was selected!") end) -- etc -- . -- . -- . -- Display the menu and wait for the user to make a selection myMenu:display() --whenever the user select a menu item it will trigger the functions inside myMenu.actions ( created with myMenu.actions:new(index, function) )

Requires Android: Android 4.0.3-4 / Ice Cream Sandwich MR1 or later. There is support for x86. Video: No root via optimized Parallel Space Lite - GameGuardian (#47glijbj) Before installing the optimized version, uninstall the version from Google Play. Differences of the optimized version: no error 105. About second apk (32-Bit Support): About third apk (64-Bit Support): You do not need to install it if you do not intend to crack 64-bit games. After installing it, GG will not see 32-bit games in the virtual space, only 64-bit.