The tool scans the network as specified and finds every user and computer in the Active Directory network. It is capable of scanning multiple AD networks both local and remote. It monitors the discovered devices and users using its agents which helps in identfying any malicious activity.

The tool also finds external assets of the organization as well as possible threats to the organization infrastructure by leaked sensitive data on GitHub. The discovered domains/subdomains are timely checked for vulnerabilites with nuclei framework and alerts are created accordingly.

The tool uses ldap3 python library to interact with the domain controller and get the required information of all the devices and users in the network, if the AD network is not inside current network,i.e. it is in remote network, then the tool establsihes a SSH Tunnel to interact with the remote AD network domain controller and queries the required info regarding the users and devices in that network.

For external assets it uses sublist3r python module to find the subdomains owned by the organization and further uses Nuclei Framework from Project Discovery to find vulnerabilities on the discovered subdomains. The tool also makes use of GitHub API in a intelligent way to find any sensitive information getting leaked through the organization's GitHub repos.

All the functions related to discovery and monitoring are present in driverFunctions.py and are built so that they can be integrated with any other software flow easily.

Since the information taken by tool like Domain Controller creds is very sensitive information, so they are never stored and live dynamically inside the program, although the information extracted is stored in the MONGO DB.

It is a click-to-run tool and is capable of doing most of its functions with minimal user intercation. Before running the tool install all the required modules,

• Create a virtual environment.
• pip install -r requirements.txt
• Create a .env file and populate it,

  PASS_KEY="[RANDOM_64_DIGIT_STRING]"
  MONGODB="[MongoClient_Connection_String]"
  GITHUB="[GITHUB_API_KEY]"
  

Now, just run the main.py. On first run of the tool it would asks for few permissions(optional; needed only if monitoring service is to be enabled), which would be used to create rule in firewall to open a port for local and domain network through which it would get the required data from the devices. The same port would be used by the webapp for the User Interaction.

To also monitor the user activity in the network, employ the logon/logoff scripts inside the agents directory using an AD group policy and the tool would start monitoring the activity of users/devices and send all data to the tool for proccessing.

Tool's central feature is to discover devices and users in the specified networks. All other functionalities are built around this central idea, and collectively enhance the working of the tool.

The agents come in form of logon/logoff scripts written in batch which collect data whenever a user logs into the device and send it to the Device on which the driver script is running. If the driver is running on the Domain Controller then there is no need to specify the IP of driver device but in other case it can be easily specified using the "arguments" option that is available while creating AD Group Policy for the scripts.

The tool integrates Nuclei framework to find vulnerabilites in the discovered subdomains. It updates the templates before every scan so that the new vulnerabilites does not get ignored.

A custom function which makes GitHub dorks and then uses them to find any sensitive information in the organizations's repositories. The tool has accesskey,passkey,secretkey,api_token by default but more keywords can be added and previous one removed from the webapp.

The webapp is only accessible inside the domain network. It uses JWT authentication to prevent any unauthorised person in the network to access the webapp. All the endpoints and data going to-and-fro from webapp are secured using SSL.

Only useful data is collected which might help in preventing any attack vector as well as narrowing down the devices if compromised.

In case of devices the data stored contains but not limited to the version of OS,last patch/hotfix,servicepack which if outdated might contain vulnerabilities, so giving chance to the admin to always be aware of the systems that are not updated.

In case of monitoring, the devices accessed by user, along with the IP and MAC of the user, if he was using RDP to access the device. If any user's creds get compromised then the devices accessed by intruder can be easily narrowed down with the help of the tool and checked manually for any malicious files.