Welcome to the LabNetworkSim repository! This project aims to create a digital twin of our lab network using Python's Scapy and NetworkX libraries. The digital twin will allow us to simulate the behavior of packets over the network, aiding in various research and testing scenarios.
In the context of our research project, creating a digital twin of our lab network provides us with a powerful tool to simulate and analyze packet flows, network behavior, and potential optimizations. Scapy is used for crafting and manipulating packets, while NetworkX allows us to model and analyze network structures.
- Packet Crafting: Utilize Scapy to create and customize packets for different network protocols.
- Network Modeling: Build a representation of the lab network's topology and devices using NetworkX graphs.
- Packet Simulation: Simulate packet transmission, routing, and interactions within the network model.
- Data Analysis: Analyze simulation results to gain insights into network performance, bottlenecks, and potential improvements.
- Python 3.x
- Scapy package
- NetworkX package
- Matplotlib package
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Clone this repository:
git clone https://github.com/your-username/LabNetworkSim.git cd LabNetworkSim -
Install the required packages:
pip install scapy networkx matplotlibCustomize network topology in code based on your lab network's structure. Use Scapy to craft packets with specific attributes and payloads. Simulate packet transmission and observe network behavior. Analyze simulation results and draw conclusions.
This project is licensed under the MIT License.
Disclaimer: This project is for research and educational purposes. Be cautious when using it in production environments or networks. Feel free to customize the above content to fit your specific project details and preferences.