Controlador SDN SDWiNeMo
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Updated
Nov 30, 2017 - Python
Software-defined networking (SDN) separates network control from network data forwarding, allowing networks to be programmed and centrally managed with standard protocols. SDN is an enabler of network virtualization, or the ability to run multiple virtual network topologies on a shared physical network.
Controlador SDN SDWiNeMo
DDoS detection on a SDN with Mininet and OpenDayLight
Este projeto implementa uma topologia SDN usando Mininet e modifica um controlador POX pra mitigar ataques de negação de serviço (DoS) e negação de serviço distribuído (DDoS).
Educational research project implementing and analyzing Man-in-the-Middle attacks (ARP Spoofing and DNS Hijacking) in Software-Defined Networks using Mininet, ONOS, and RYU controllers. Academic coursework at University of Luxembourg.
Repository for the project of the Softwarized and Virtualized Mobile Networks course of the a.y. 2025-2026
Distributed Software Defined Network Emulation System
Perform ip re-routing when a server is down using sdn and nfv
Proactive Vulnerability Detection and Mitigation Leveraged by SDN.
This is my python script to create a given topology or "topo". Specifically, a topo with 5 hosts and 3 switches. I have named each of these and used PyCharm IDE. Please see the note below for run-time specifications. NOTE: The script runs by using the following command: "sudo python network_topo.py" (use within mininet VM). Thanks for taking the…
An SDN-based network defense platform integrating Osken controller, Open vSwitch, and Snort IDS for automated threat detection and traffic redirection to containerized honeypots.
Exploring Software Defined Networking concepts, OpenFlow-based network control, and programmable infrastructure using tools like ONOS, Mininet, and Ryu.
Uncover the realm of next-gen cybersecurity with our SDN project, leveraging the force of Machine Learning to detect and mitigate DDoS attacks seamlessly.
FAUCET is an OpenFlow controller for multi table OpenFlow 1.3 switches, that implements layer 2 switching, VLANs, ACLs, and layer 3 IPv4 and IPv6 routing.
A novel DFIR framework developed using the Django, a web framework of Python, integrated directly with the ONOS controller via REST APIs. The framework enables real-time flow monitoring, entropy-based anomaly detection, and evidence extraction through a centralized dashboard interface.