AD高危漏洞扫描/利用工具, 对AD高危漏洞进行快速批量检测。
模式
单机检测
未指定批量检测相关参数时, 默认使用该模式。
批量检测
当指定相关参数时(-all-dc/-tf), 启用批量检测模式, 在该模式下, 未指定目标ip文件时, 将通过dns解析域名获取所有域控ip, 并进行批量探测, 若指定ip列表文件, 则只对指定的ip列表进行扫描。
导航
使用
PS C:\> python.exe advul/main.py
usage: main.py [-h] [-ts] [-debug] [-dc-ip ip address] [-target-ip ip address]
[-target dns/ip address] [-ns nameserver] [-dns-tcp]
[-timeout seconds] [-u [email protected]] [-p password]
[-hashes [LMHASH:]NTHASH] [-k] [-sspi] [-aes hex key]
[-no-pass] [-all-dc] [-tf target file] [--threads threads]
[-ntlm-method {rpc,smb}] [-ldap-scheme {ldap,ldaps}]
{33679,26923,42287,zerologon}
Active Directory Vulnerability Scanner
positional arguments:
{33679,26923,42287,zerologon}
modules
options:
-h, --help Show this help message and exit
-ts adds timestamp to every logging output
-debug Turn DEBUG output ON
connection options:
-dc-ip ip address IP Address of the domain controller. If omitted it
will use the domain part (FQDN) specified in the
target parameter
-target-ip ip address
IP Address of the target machine. If omitted it will
use whatever was specified as target. This is useful
when target is the NetBIOS name and you cannot resolve
it
-target dns/ip address
DNS Name or IP Address of the target machine. Required
for Kerberos or SSPI authentication
-ns nameserver Nameserver for DNS resolution
-dns-tcp Use TCP instead of UDP for DNS queries
-timeout seconds Timeout for connections
authentication options:
-u [email protected], -username [email protected]
Username. Format: [email protected]
-p password, -password password
Password
-hashes [LMHASH:]NTHASH
NTLM hash, format is [LMHASH:]NTHASH
-k Use Kerberos authentication. Grabs credentials from
ccache file (KRB5CCNAME) based on target parameters.
If valid credentials cannot be found, it will use the
ones specified in the command line
-sspi Use Windows Integrated Authentication (SSPI)
-aes hex key AES key to use for Kerberos Authentication (128 or 256
bits)
-no-pass Don't ask for password (useful for -k and -sspi)
multi targets options:
-all-dc attack all dcs
-tf target file path to targets file
--threads threads number of worker threads
ntlm info options:
-ntlm-method {rpc,smb}
method for ntlm info detection
ldap connection options:
-ldap-scheme {ldap,ldaps}
method for ntlm info detection
CVE-2020-1472
理论上检测zerologon只需要知道目标ip即可，工具在仅有目标ip时，利用ntlminfo获取目标主机名，再通过常规手段进行zerologon漏洞探测。
使用示例
扫描单个目标
PS C:\> python.exe advul/main.py -ts -dc-ip 192.168.31.110 zerologon
[2023-07-16 03:58:15] [-] Username is not specified
[2023-07-16 03:58:15] [*] checking target 192.168.31.110...
[2023-07-16 03:58:17] [*] [192.168.31.110] is vulnerable to zero logon!!!
扫描单个目标(指定参数)
PS C:\> python.exe advul/main.py -ts -dc-ip 192.168.31.110 -auth-method 2 -target-name DC01 zerologon
[2023-07-16 04:01:16] [-] Username is not specified
[2023-07-16 04:01:16] [*] checking target 192.168.31.110...
[2023-07-16 04:01:16] [*] [192.168.31.110] is vulnerable to zero logon!!!
批量扫
PS C:\> python.exe advul/main.py -ts -all-dc -dc-ip 192.168.31.110 zerologon
[2023-07-16 04:02:59] [-] Username is not specified
[2023-07-16 04:02:59] [*] checking target 192.168.31.111...
[2023-07-16 04:02:59] [*] checking target 192.168.31.110...
[2023-07-16 04:03:02] [*] [192.168.31.111] might not vulnerable:<
[2023-07-16 04:03:03] [*] [192.168.31.110] is vulnerable to zero logon!!!
CVE-2021-42287
使用域内任意用户凭据进行Kerberos认证, 向目标域控申请S4U2Self票据并遍历Pac属性, 通过ulType=0x10类型Pac的存在可以判断目标域控是否安装更新补丁。
使用示例
扫描单个目标
PS C:\> python.exe advul/main.py -u [email protected] -hashes 48f925772624af82147e750a45b912a8 -dc-ip 192.168.31.110 42287
[*] [192.168.31.110] is vulnerable to 42287!!!!
批量扫描
PS C:\> python.exe advul/main.py -ts -all-dc -u [email protected] -hashes 48f925772624af82147e750a45b912a8 -dc-ip 192.168.31.110 42287
[2023-07-15 02:52:28] [*] [192.168.31.111] is patched :<
[2023-07-15 02:52:28] [*] [192.168.31.110] is vulnerable to 42287!!!!
CVE-2022-26923
利用域内机器用户凭据登录目标域控Ldap服务, 对该域控Ldap数据库中自身的dnsHostName属性进行修改, 若修改成功, 说明未安装补丁, 若提示约束冲突说明已安装补丁。
使用示例
扫描单个目标
PS C:\> python.exe advul/main.py -u JDCA$ -hashes 48f925772624af82147e750a45b912a8 -dc-ip 192.168.31.110 26923
[*] [192.168.31.110] success, target is vulnerable!!!
批量扫描
PS C:\> python.exe advul/main.py -ts -all-dc -u [email protected] -hashes 48f925772624af82147e750a45b912a8 -dc-ip 192.168.31.110 26923
[2023-07-15 02:59:48] [*] [192.168.31.110] success, target is vulnerable!!!
[2023-07-15 02:59:48] [*] [192.168.31.111] constraintViolation, target is not vulnerable :<
CVE-2022-33679
向目标域控发起Kerberos预认证, 将加密方式设置为RC4-MD4(-128), 若返回KDC_ERR_ETYPE_NOSUPP(14)说明已安装更新补丁, 若返回KDC_ERR_PREAUTH_REQUIRED(25), 说明存在漏洞。
使用示例
扫描单个目标
PS C:\> python.exe advul/main.py -ts -dc-ip 192.168.31.110 -u [email protected] 33679
[2023-07-15 03:05:49] [*] [192.168.31.110] has 33679
批量扫描
PS C:\> python.exe advul/main.py -ts -tf dcs.txt -dc-ip 192.168.31.110 -u [email protected] 33679
[2023-07-15 03:04:24] [*] [192.168.31.110] has 33679
[2023-07-15 03:04:24] [*] [192.168.31.111] is not vuln