Script Suggestion READ BIO

. config = {
    Aimbot = {
        Enabled = ,
        Smoothness = ,   
        FOV = ,       
        Priority = , 
        TargetPart = , 
    },

    ESP = {
        Players = ,
        Auras = ,
        Collectibles = ,
        ColorPlayers = .(, , ),
        ColorAuras = .(, , ),
        ColorCollectibles = .(, , ),
        Transparency = , 
    },

    AutoClaim = {
        Enabled = ,
        ClaimRadius = ,      
    },

    AutoUpgrade = {
        Enabled = ,
        Priority = ,  
        MaxLevel = , 
        UpgradeDelay = , 
    },

    Teleport = {
        Key = .KeyCode.T,      
    },

    AntiAFK = {
        Enabled = ,
        Interval = ,     
        MovementType = , 
    },

    AntiDetection = {
        RandomizeName = ,  
        Interval = , 
    },

    Debug = {
        ShowLogs = ,    
    },
}





  (msg, level)
     config.Debug.ShowLogs 
         prefix = 
         color =  
         level ==  
            color =  
         level ==  
            color =  
         level ==  
            color =  
        
        (prefix ..  .. color ..  .. msg .. )
    


  (v1, v2)
     (v1 - v2).magnitude


  (origin, targets)
     closest = 
     minDist = .huge
     _, target  (targets) 
         dist = (origin.Position, target.Position)
         dist < minDist 
            minDist = dist
            closest = target
        
    
     closest


  (worldPos)
     camera = .CurrentCamera
      camera   
     camera:(worldPos)


  (model, color, transparency)
     box = .()
    box.Parent = .CurrentCamera
    box.Adornee = model
    box.Size = model.Size
    box.Color3 = color
    box.Transparency = transparency
    box.ZIndex = 
    box.AlwaysOnTop = 
     box


  (x, min, max)
     .(min, .(x, max))


  (current, target, speed)
    speed = (speed, , )
     current:(target, speed)


  (length)
     str = 
     i = , length 
        str = str .. .(.(, ))
    
     str


  (targets)
     config.Aimbot.Priority ==  
         char = .Players.LocalPlayer.Character
          char   char:()   
         (char.HumanoidRootPart, targets)
     config.Aimbot.Priority ==  
        
        
         highestLevelTarget = 
         highestLevel = -
         _, target  (targets) 
             level = target:()   
             level > highestLevel 
                highestLevel = level
                highestLevelTarget = target
            
        
         highestLevelTarget
    
         
    






  ()
      config.Aimbot.Enabled   

     player = .Players.LocalPlayer
     character = player.Character
      character   character:()   
     hrp = character.HumanoidRootPart

     targets = {}
     _, p  (.Players:()) 
         p ~= player  p.Character  p.Character:()  p.Character.Humanoid.Health >  
            .(targets, p.Character)
        
    

     validTargets = {}
     _, targetChar  (targets) 
         targetHRP = targetChar:(config.Aimbot.TargetPart)
          targetHRP   

         targetPos = targetHRP.Position
         viewportPos, onScreen = (targetPos)
         onScreen 
             screenWidth = .Workspace.CurrentCamera.ViewportSize.X
             screenHeight = .Workspace.CurrentCamera.ViewportSize.Y
             screenCenter = .(screenWidth / , screenHeight / )
             targetScreenPos = .(viewportPos.X, viewportPos.Y)
             distanceToCenter = (targetScreenPos - screenCenter).magnitude

             distanceToCenter <= screenWidth * (config.Aimbot.FOV / ) 
                .(validTargets, targetHRP)
            
        
    

     target = (validTargets)
     target 
         cameraCF = .CurrentCamera.CFrame
         targetPosition = target.Position

         desiredCF = .(cameraCF.Position, targetPosition)
        .CurrentCamera.CFrame = (cameraCF, desiredCF, config.Aimbot.Smoothness)
    






 espBoxes = {}

  ()
    
     _, box  (espBoxes) 
         box  box.Parent 
            box:()
        
    
    espBoxes = {}

    
     config.ESP.Players 
         _, player  (.Players:()) 
             player.Character  player.Character:()  player.Character.Humanoid.Health >  
                 box = (player.Character, config.ESP.ColorPlayers, config.ESP.Transparency)
                espBoxes[player.Character] = box
            
        
    

    
     config.ESP.Auras 
         _, aura  (:()) 
             aura:()  .(aura.Name, )  
                 box = (aura, config.ESP.ColorAuras, config.ESP.Transparency)
                espBoxes[aura] = box
            
        
    

    
     config.ESP.Collectibles 
         _, collectible  (:()) 
             collectible:()  .(collectible.Name, )  
                 box = (collectible, config.ESP.ColorCollectibles, config.ESP.Transparency)
                espBoxes[collectible] = box
            
        
    






  ()
      config.AutoClaim.Enabled   

     player = .Players.LocalPlayer
     character = player.Character
      character   character:()   
     hrp = character.HumanoidRootPart

     _, aura  (:()) 
         aura:()  .(aura.Name, )  
             (hrp.Position, aura.PrimaryPart.Position) <= config.AutoClaim.ClaimRadius 
                
                (hrp, aura.PrimaryPart, ) 
                (hrp, aura.PrimaryPart, ) 
                ( .. aura.Name, )
            
        
    






  ()
      config.AutoUpgrade.Enabled   

     towers = {}
    
     _, obj  (:()) 
         obj:()  .(obj.Name, )  
            .(towers, obj)
        
    

      (tower)
        
        
        
        
        (, tower.Name)
        (config.AutoUpgrade.UpgradeDelay) 
    

     _, tower  (towers) 
        
        
        
         currentLevel = tower:()  
         currentLevel < config.AutoUpgrade.MaxLevel 
            (tower)
        
    






  ()
     player = .Players.LocalPlayer
     character = player.Character
      character   character:()   
     hrp = character.HumanoidRootPart

     closestAura = 
     minDist = .huge

     _, aura  (:()) 
         aura:()  .(aura.Name, )  
             dist = (hrp.Position, aura.PrimaryPart.Position)
             dist < minDist 
                minDist = dist
                closestAura = aura
            
        
    

     closestAura 
        hrp.CFrame = closestAura.PrimaryPart.CFrame * .(, , ) 
        ( .. closestAura.Name, )
    
        (, )
    






  ()
     player = .Players.LocalPlayer
     character = player.Character
      character   character:()   
     humanoid = character.Humanoid
     hrp = character:()
      hrp   

     config.AntiAFK.MovementType ==  
        humanoid:(.HumanoidStateType.Jumping)
     config.AntiAFK.MovementType ==  
        hrp.CFrame = hrp.CFrame * .(, .(), )
     config.AntiAFK.MovementType ==  
         randomDirection = .(.(-, ), , .(-, )).Unit
        hrp.CFrame = hrp.CFrame + randomDirection * 
    






  ()
     config.AntiDetection.RandomizeName 
         newName = ()
        debug.()
        .Name = newName
        debug.()
        ( .. newName, )
    






:().RenderStepped:(aimbot)
:().RenderStepped:(updateESP)


 antiAFKTimer = ()
 antiDetectionTimer = ()

:().Heartbeat:(()
     config.AutoClaim.Enabled 
        ()
    

     config.AutoUpgrade.Enabled 
        ()
    

     config.AntiAFK.Enabled  () - antiAFKTimer > config.AntiAFK.Interval 
        ()
        antiAFKTimer = ()
    

     config.AntiDetection.RandomizeName  () - antiDetectionTimer > config.AntiDetection.Interval 
        ()
        antiDetectionTimer = ()
    
)


:().InputBegan:((input, gameProcessedEvent)
     gameProcessedEvent   
     input.KeyCode == config.Teleport.Key 
        ()
    
)





 library = (:())()
 Window = library.(, )

 Tab = Window:()
 Section = Tab:()

Section:(, , config.Aimbot.Enabled, (state)
    config.Aimbot.Enabled = state
)

Section:(, , , , config.Aimbot.Smoothness, (s)
    config.Aimbot.Smoothness = s
)

Section:(, , , , config.Aimbot.FOV, (s)
    config.Aimbot.FOV = s
)

 Tab2 = Window:()
 Section2 = Tab2:()

Section2:(, , config.ESP.Players, (state)
    config.ESP.Players = state
)

Section2:(, , config.ESP.Auras, (state)
    config.ESP.Auras = state
)

Section2:(, , config.ESP.Collectibles, (state)
    config.ESP.Collectibles = state
)

 Tab3 = Window:()
 Section3 = Tab3:()

Section3:(, , config.AutoClaim.Enabled, (state)
    config.AutoClaim.Enabled = state
)

Section3:(, , , , config.AutoClaim.ClaimRadius, (s)
    config.AutoClaim.ClaimRadius = s
)

Section3:(, , config.AutoUpgrade.Enabled, (state)
    config.AutoUpgrade.Enabled = state
)

 Tab4 = Window:()
 Section4 = Tab4:()

Section4:(, , config.AntiAFK.Enabled, (state)
    config.AntiAFK.Enabled = state
)


()
(, )

**Explanation:**

.  **Configuration:** This section defines all adjustable settings  the exploit, allowing users to customize the behavior of the .
.  **Utility Functions:** Provides helper functions  tasks such as calculating distance, converting world positions to screen coordinates, creating ESP boxes, clamping values,  generating random names. These functions are used throughout the  to perform common tasks.
.  **Aimbot:** Implements a smooth aimbot feature that targets players within a specified field of view. It uses the   to smoothly interpolate the camera.  **ESP:** Creates ESP boxes around players, auras,  collectibles, making them easier to locate. It uses the   to generate the boxes  updates their positions every frame.
.  **Auto Claim Aura:** Automatically claims auras within a certain radius of the player. It uses the   to simulate touching the aura, which triggers the claim event.  This may need to be modified based on how the  implements aura claiming.
.  **Auto Upgrade Towers:** Automatically upgrades towers based on a specified  (e.g., damage, range,  cost efficiency). It iterates through all towers  the   upgrades them  they are below the maximum level. You need to fill  the -specific logic  tower detection  upgrade.
.  **Teleport To Aura:** Teleports the player to the nearest aura when a specified key is pressed.
.  **Anti AFK:** Prevents the player from being kicked  inactivity by simulating movement  jumping.
.  **Anti Detection:** Randomizes the . **GUI:** Uses the Kavo UI Library to create a graphical user interface  configuring the exploit. This allows users to easily adjust the settings  toggle features on  off.

**How to Use:**

.  Copy the  into your Roblox exploit.  Adjust the settings  the   to your preferences.
.  Run the .
.  Use the GUI to further customize the 
**Important Notes:**

*   **Game-Specific Logic:** The  contains placeholders  -specific logic, such as identifying auras, towers,  collectibles,  upgrading towers. You need to replace these placeholders with the correct code  the target .
*   **Anti-Cheat Measures:** Be aware that Roblox games may have anti-cheat measures  place that can detect  prevent the use of exploits. Use this  responsibly  at your own risk.
*   **Updates:** Roblox games are constantly being updated, which may  the . You may need to update the  periodically to keep it working.
*   **Remote Events  Functions:**  Most Roblox exploits rely on firing remote events  calling remote functions to interact with the server.  You*   **Error Handling:**  I have included basic  handling, but you can add more robust  handling to catch potential issues  prevent the  from crashing.
*   **Optimization:** The  is optimized  performance, but you can further optimize it by reducing the number of iterations  calculations performed each frame.
*   **Always test  an alt account first.**