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Mastering Kali Linux for Advanced Penetration Testing

By : Vijay Kumar Velu, Robert Beggs

4.4 (8)

Mastering Kali Linux for Advanced Penetration Testing

4.4 (8)

By: Vijay Kumar Velu, Robert Beggs

Overview of this book

This book takes you, as a tester or security practitioner, through the reconnaissance, vulnerability assessment, exploitation, privilege escalation, and post-exploitation activities used by pentesters. To start with, you'll use a laboratory environment to validate tools and techniques, along with an application that supports a collaborative approach for pentesting. You'll then progress to passive reconnaissance with open source intelligence and active reconnaissance of the external and internal infrastructure. You'll also focus on how to select, use, customize, and interpret the results from different vulnerability scanners, followed by examining specific routes to the target, which include bypassing physical security and the exfiltration of data using a variety of techniques. You'll discover concepts such as social engineering, attacking wireless networks, web services, and embedded devices. Once you are confident with these topics, you'll learn the practical aspects of attacking user client systems by backdooring with fileless techniques, followed by focusing on the most vulnerable part of the network – directly attacking the end user. By the end of this book, you'll have explored approaches for carrying out advanced pentesting in tightly secured environments, understood pentesting and hacking techniques employed on embedded peripheral devices.

Preface

Preface

Who this book is for

What this book covers

To get the most out of this book

Get in touch

Disclaimer

Free Chapter

Goal-Based Penetration Testing

Goal-Based Penetration Testing

Conceptual overview of security testing

Misconceptions of vulnerability scanning, penetration testing, and red team exercises

Objective-based penetration testing

The testing methodology

Introduction to Kali Linux – features

Installing and updating Kali Linux

Organizing Kali Linux

Building a verification lab

Managing collaborative penetration testing using Faraday

Summary

Open Source Intelligence and Passive Reconnaissance

Open Source Intelligence and Passive Reconnaissance

Basic principles of reconnaissance

Google Hacking Database

Creating custom wordlists for cracking passwords

Summary

Active Reconnaissance of External and Internal Networks

Active Reconnaissance of External and Internal Networks

Stealth scanning strategies

DNS reconnaissance and route mapping

Employing comprehensive reconnaissance applications

Identifying the external network infrastructure

Mapping beyond the firewall

IDS/IPS identification

Enumerating hosts

Port, operating system, and service discovery

Writing your own port scanner using netcat

Large-scale scanning

Summary

Vulnerability Assessment

Vulnerability Assessment

Vulnerability nomenclature

Local and online vulnerability databases

Vulnerability scanning with Nmap

Web application vulnerability scanners

Vulnerability scanners for mobile applications

The OpenVAS network vulnerability scanner

Commercial vulnerability scanners

Specialized scanners

Threat modeling

Summary

Advanced Social Engineering and Physical Security

Advanced Social Engineering and Physical Security

Methodology and attack methods

Physical attacks at the console

Creating a rogue physical device

The Social Engineering Toolkit (SET)

Hiding executables and obfuscating the attacker's URL

Escalating an attack using DNS redirection

Launching a phishing attack

Using bulk transfer as a mode of phishing

Summary

Wireless Attacks

Wireless Attacks

Configuring Kali for wireless attacks

Wireless reconnaissance

Bypassing a hidden SSID

Bypassing the MAC address authentication and open authentication

Attacking WPA and WPA2

Denial-of-service (DoS) attacks against wireless communications

Compromising enterprise implementations of WPA/WPA2

Working with Ghost Phisher

Summary

Exploiting Web-Based Applications

Exploiting Web-Based Applications

Web application hacking methodology

The hacker's mind map

Reconnaissance of web apps

Client-side proxies

Application-specific attacks

Summary

Client-Side Exploitation

Client-Side Exploitation

Backdooring executable files

Attacking a system using hostile scripts

The Cross-Site Scripting framework

The Browser Exploitation Framework (BeEF)

Understanding BeEF Browser

Summary

Bypassing Security Controls

Bypassing Security Controls

Bypassing Network Access Control (NAC)

Bypassing the antivirus with files

Going fileless and evading antivirus

Bypassing application-level controls

Bypassing Windows operating system controls

Summary

Exploitation

Exploitation

The Metasploit Framework

Exploiting targets using MSF

Exploiting multiple targets using MSF resource files

Exploiting multiple targets with Armitage

Using public exploits

Developing a Windows exploit

Summary

Action on the Objective and Lateral Movement

Action on the Objective and Lateral Movement

Activities on the compromised local system

Horizontal escalation and lateral movement

Summary

Privilege Escalation

Privilege Escalation

Overview of the common escalation methodology

Escalating from domain user to system administrator

Local system escalation

Escalating from administrator to system

Credential harvesting and escalation attacks

Escalating access rights in Active Directory

Compromising Kerberos – the golden-ticket attack

Summary

Command and Control

Command and Control

Persistence

Using persistent agents

Domain fronting

Exfiltration of data

Hiding evidence of an attack

Summary

Embedded Devices and RFID Hacking

Embedded Devices and RFID Hacking

Embedded systems and hardware architecture

Firmware unpacking and updating

Introduction to RouterSploit Framework

UART

Cloning RFID using Chameleon Mini

Summary

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UART

UART stands for Universal Asynchronous Receiver/Transmitter. It is one of the first modes of communication to computers: it goes back to 1960, when it was used to connect minicomputers for teletypewriter machines (teletypes). The main purpose of UARTs is to transmit and receive the serial data just like a standalone integrated circuit; it is not a protocol as SPI (Serial Peripheral Interface) or I2C (Inter-Integrated circuit). It is typically used by manufacturers to connect microcontrollers to store and load programs. Every UART device has its own advantages and disadvantages. The following are the advantages of UART:

Two wires only, so pretty straightforward one is transmit (TX) and another is Receive (RX)
There is no need for a clock signal
Error checking can be performed by parity bit
If both sides are set up then the structure of the data packet can be changed

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