SDN DDoS detect using SVM

Desenvolvimento de projeto mininet e ryu

WAN emulator implemented with Mininet

PhD Coursework: 21CS637 - Advanced Networks

This is my study on detection and mitigation DDoS attacks in SDN

This repository contains the assignments of course "ITCS 8166: Computer Comm & Networks". This course has been taken in Spring 2021 semester, as part of my PhD degree at UNC Charlotte.

SDN-based static routing implemented using Mininet and Ryu OpenFlow controller. Flow rules are manually installed on switches to define fixed routing paths, with validation using ping, iperf, and Wireshark.

An SDN security project that simulates a DDoS attack on an OpenFlow-based network by flooding the controller with TCP SYN packets to disrupt services. The project implements automated mitigation techniques using traffic baselining, subnet checking, rate limiting, and load balancing to enhance network resilience and availability.

This project integrates SDN and NFV to enable real-time edge computing. It uses the Ryu SDN controller for traffic management and Docker for deploying firewalls and load balancers dynamically. Ideal for edge networks, it provides scalable solutions for traffic optimization and cybersecurity in 5G and IoT environments

Real-time DDoS detection and mitigation using SDN (Ryu/OpenFlow) and Machine Learning (Random Forest). Mininet spine-leaf topology with automated flow-based attack classification and blocking.

Proactive Vulnerability Detection and Mitigation Leveraged by SDN.

Exploring Software Defined Networking concepts, OpenFlow-based network control, and programmable infrastructure using tools like ONOS, Mininet, and Ryu.

An SDN application that gives a network administrator, or a student, the ability to control flows in an OpenFlow network without coding.

Simple bridge that rate-limits on a per port basis.

Hybrid SDN thesis work

Software Defined Networking Final Project - A.Y. 2024/2025

a python based subdomain finder and port scanner tool

2 different firewalls, one to prevent an ARP attack, and the other to prevent a DDoS attack on an SDN.