Installing Kali Linux Tools in Ubuntu or Linux Mint

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Kali linux is a debian based and its not easy to configure it on a typical PC. If the machine is UEFI based, then Kali is tough to customize.

So what is the alternative....? Here is the answer: Katoolin

Its the name of the package system for installing the entire kali linux tools (Penetration Testing) in Ubuntu or Debian based system.

Here I am trying to install inside my Linux Mint

OS Used: Linux Mint 18.2 Sonya
Prequisites: Python 2.7
Always perform these steps after the installation of ubuntu or Linux Mint

$] sudo apt update
$] sudo apt install build-essential autoconf automake libxmu-dev
$] sudo apt install git
$] git clone https://github.com/LionSec/katoolin.git
$] sudo cp katoolin/katoolin.py /usr/bin/katoolin
$] sudo katoolin

This will give various options as shown below
 In the above pic. Select 2 to View categories and you will get the screen as shown in the next image.
Select "0" to install all the applications.

This will install 1.3G to download and 3.5 GB space will be…

Network Simulator 2(NS2) Projects for Students (PG and UG)

Here are some list of projects that may help PG/UG students to do their final Year Projects.  These projects can be implemented using NS2 as a tool and of other tools also. The following projects are categorized as wired and wireless networks (Sensor, Adhoc and Mesh).

  • Performance of TCP in presence of UDP Flows
  • Performance comparison of various routing protocols of Wireless Adhoc Networks (DSR, AODV, DSDV and TORA)
  • Performance comparison of various routing protocols of Sensor Networks (LEACH, SPIN, etc)
  • Implementation of a New TCP Protocol and compare it with other fellow protocols.
  • Comparison of AODV, Trusted AODV and Secure AODV protocol
  • Distance matrix based protocol for wireless sensor networks
  • Bandwidth reuse and utilization for Wireless adhoc networks
  • Peer to Peer Network
  • Quality of Service (QoS) metrics in Adhoc Networks
  • QoS metrics in Sensor Networks
  • Qos Metrics in Wireless multimedia sensor networks
  • QoS metrics in wireless Multimedia Adhoc Networks
  • Animal Habitat using sensor networks
  • enhancing an existing routing protocol for wireless adhoc networks
  • Adding a new metrics in any existing TCP protocol and compare it with other protocols
  • Adding a new queuing method and implement the queue for any existing wired or wireless application
  • Adding a new packet structure and test it using any wireless or wired networks (multimedia UDP packets for wireless adhoc networks)
  • Video/Audio streaming in wireless sensor networks
  • Video/audio streaming in  wireless mesh networks
  • Power aware routing in wireless adhoc networks using fuzzy logic
  • Power aware routing in wireless sensor networks
  • Stochastic Power modelling in wireless sensor networks
  • Localisation in wireless sensor networks
  • data acquisition and aggregation in wireless sensor networks
  • Transmission power control using any algorithm in wireless sensor or wireless adhoc networks.
  • Mobile IP based network monitoring in comparison with node ID based.
  • Adding a new agent and test it with existing wired or wireless networks.
  • Real implementation of Adhoc Routing protocol using Laptops 802.11 interface

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