LMYN : Lets Map Your Network To Visualise Your Physical Network

LMYN or Lets Map Your Network enables you to visualise your physical network in form of graph with zero manual error.

It is utmost important for any security engineer to understand their network first before securing it and it becomes a daunting task to have a ‘true’ understanding of a widespread network.

In a mid to large level organisation’s network having a network architecture diagram doesn’t provide the complete understanding and manual verification is a nightmare.

Hence in order to secure entire network it is important to have a complete picture of all the systems which are connected to your network, irrespective of their type, function, technology etc.

BOTTOM LINE – YOU CAN’T SECURE WHAT YOU ARE NOT AWARE OF.

Let’s Map Your Network (LMYN) aims to provide an easy to use interface to security engineer and network administrator to have their network in graphical form with zero manual error, where a node represents a system and relationship between nodes represent the connection.

LMYN does it in two phases:

  • Learning: In this phase LMYN ‘learns’ the network by performing the network commands and quering the APIs and then builds graph database leveraging the responses. User can perform any of the learning activities at any point of time and LMYN will incorporate the results in existing database.
  • Monitoring: This is a continuos process, where LMYN monitors the ‘in-scope’ network for any changes, compare it with existing information and update the graph database accordingly.

Below technologies have been used in the tool:

  • Django Python
  • Neo4j DB
  • Sigma JS
  • Celery and RabbitMQ

Also Read – Ehtools : Penetration Tools That Can Be Explored Easily

WHY IT IS

  • Visualizing infrastructure network in form of graph makes it more ‘visible’ and it becomes significantly easy to perform the analysis and identify the key areas of concern for a security engineer and network administrator
  • Also, Let’s Map Your Network formulates the graph entirely based-on either network actions performed from ‘seed’ system which will be part of the actual network or quering the APIs. Hence there is no chance of manual-error in the mapping of network

WHERE TO USE IT

  • Network Architecture ‘Validation’
  • Troubleshooting for network administrator
  • Internal Network vulnerability assessment and penetration testing

LMYN In Action

Local subnet network

Network with traceroute to mulitple destinations

CMDB Upload

Cloud network

Credit: varchashva

R K

Recent Posts

ROADTools: The Modern Azure AD Exploration Framework

ROADTools is a powerful framework designed for exploring and interacting with Microsoft Azure Active Directory…

15 hours ago

How to Enumerate Microsoft 365 Groups Using PowerShell and Python

Microsoft 365 Groups (also known as M365 Groups or Unified Groups) are at the heart…

16 hours ago

SeamlessPass: Using Kerberos Tickets to Access Microsoft 365

SeamlessPass is a specialized tool designed to leverage on-premises Active Directory Kerberos tickets to obtain…

2 days ago

PPLBlade: Advanced Memory Dumping and Obfuscation Tool

PPLBlade is a powerful Protected Process Dumper designed to capture memory from target processes, hide…

2 days ago

HikPwn : Simple Scanner For Hikvision Devices With Basic Vulnerability Scanning

HikPwn: Comprehensive Guide to Scanning Hikvision Devices for Vulnerabilities If you’re searching for an efficient…

2 days ago

Comments in Bash Scripts

What Are Bash Comments? Comments in Bash scripts, are notes in your code that the…

1 week ago