A fast and flexible NTLM

TODO

1. Implement aiohttp based solution for sending requests
2. Integrate a spraying library
3. Add other authentication schemes found to the output
4. Automatic detection of autodiscover domains if domain

Overview

NTLMRecon looks for NTLM enabled web endpoints, sends a fake authentication request and enumerates the following information from the NTLMSSP response:

1. AD Domain Name
2. Server name
3. DNS Domain Name
4. FQDN
5. Parent DNS Domain

Since NTLMRecon leverages a python implementation of NTLMSSP, it eliminates the overhead of running Nmap NSE http-ntlm-info for every successful discovery.

On every successful discovery of a NTLM enabled web endpoint, the tool enumerates and saves information about the domain as follows to a CSV file :

Installation

BlackArch

NTLMRecon is already packaged for BlackArch and can be installed by running pacman -S ntlmrecon

Arch

If you’re on Arch Linux or any Arch linux based distribution, you can grab the latest build from the Arch User Repository.

Build from source

1. Clone the repository : git clone https://github.com/sachinkamath/ntlmrecon/
2. RECOMMENDED – Install virtualenv : pip install virtualenv
3. Start a new virtual environment : virtualenv venv and activate it with source venv/bin/activate
4. Run the setup file : python setup.py install
5. Run ntlmrecon : ntlmrecon --help

Usage

$ ntlmrecon --help

         _   _ _____ _     ___  _________
        |  | |_   _| |    |  /  || ___ 
        |  | | | | | |    | .  . || |_/ /___  ___ ___  _ __
        | . ` | | | | |    | |/| ||    // _ / __/ _ | '_ 
        | |  | | | | |____| |  | || |   __/ (_| (_) | | | |
        _| _/ _/ _____/_|  |_/_| ____|______/|_| |_| - @pwnfoo

             v.0.4 beta - Y'all still exposing NTLM endpoints?

 Bug Reports, Feature Requests : https://git.io/JIR5z


usage: ntlmrecon [-h] [--input INPUT | --infile INFILE] [--wordlist WORDLIST]
                 [--threads THREADS] [--output-type] [--outfile OUTFILE]
                 [--random-user-agent] [--force-all] [--shuffle] [-f]

optional arguments:
  -h, --help            show this help message and exit
  --input INPUT, -i INPUT
                        Pass input as an IP address, URL or CIDR to enumerate
                           NTLM endpoints
  --infile INFILE, -I INFILE
                        Pass input from a local file
  --wordlist WORDLIST   Override the internal wordlist with a custom wordlist
  --threads THREADS     Set number of threads (Default: 10)
  --output-type, -o     Set output type. JSON (TODO) and CSV supported
                        (Default: CSV)
  --outfile OUTFILE, -O OUTFILE
                        Set output file name (Default: ntlmrecon.csv)
  --random-user-agent   TODO: Randomize user agents when sending requests
                        (Default: False)
  --force-all           Force enumerate all endpoints even if a valid endpoint
                        is found for a URL (Default : False)
  --shuffle             Break order of the input files
  -f, --force           Force replace output file if it already exists

Example Usage

Recon on a single URL

$ ntlmrecon --input https://mail.contoso.com --outfile ntlmrecon.csv

Recon on a CIDR range or IP address

$ ntlmrecon --input 192.168.1.1/24 --outfile ntlmrecon-ranges.csv

Recon on an input file

The tool automatically detects the type of input per line and gives you results automatically. CIDR ranges are expanded automatically even when read from a text file.

Input file can be something as mixed up as :

mail.contoso.com
CONTOSOHOSTNAME
10.0.13.2/28
192.168.222.1/24
https://mail.contoso.com

To run recon with an input file, just run :

$ ntlmrecon --infile /path/to/input/file --outfile ntlmrecon-fromfile.csv

Acknowledgements

• @nyxgeek for the idea behind ntlmscan.

Feedback

If you’d like to see a feature added into the tool or something doesn’t work for you, please open a new issue.