Book Image

Advanced Penetration Testing

By : Wil Allsopp
Book Image

Advanced Penetration Testing

By: Wil Allsopp

Overview of this book

Today's threats are organized, professionally-run, and very much for-profit. Advanced Penetration Testing?goes beyond Kali Linux and Metasploit and to provide you advanced pen testing for high security networks. This book integrates social engineering, programming, and vulnerability exploits into a multidisciplinary approach for targeting and compromising high security environments. From discovering and creating attack vectors, and moving unseen through a target enterprise, to establishing command and exfiltrating data—even from organizations without a direct Internet connection—this guide contains the crucial techniques that provide a more accurate picture of your system's defense. Custom coding examples use VBA, Windows Scripting Host, C, Java, JavaScript, Flash, and more, with coverage of standard library applications and the use of scanning tools to bypass common defensive measures. By the end of this book, you’ll be in a position to detect threats and defend your high security network.

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Advanced Penetration Testing
Wil Allsopp
Mar, 2017 | 288 pages
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Table of Contents (13 chapters)
Free Chapter
1
Cover
Cover
2
Title Page
Title Page
3
Introduction
Introduction
Coming Full Circle
Advanced Persistent Threat (APT)
Next Generation Technology
“Hackers”
Forget Everything You Think You Know About Penetration Testing
How This Book Is Organized
4
Chapter 1: Medical Records (In)security
Chapter 1: Medical Records (In)security
An Introduction to Simulating Advanced Persistent Threat
Background and Mission Briefing
Payload Delivery Part 1: Learning How to Use the VBA Macro
Command and Control Part 1: Basics and Essentials
The Attack
Summary
Exercises
5
Chapter 2: Stealing Research
Chapter 2: Stealing Research
Background and Mission Briefing
Payload Delivery Part 2: Using the Java Applet for Payload Delivery
Notes on Payload Persistence
Command and Control Part 2: Advanced Attack Management
The Attack
Summary
Exercises
6
Chapter 3: Twenty-First Century Heist
Chapter 3: Twenty-First Century Heist
What Might Work?
Nothing Is Secure
Organizational Politics
APT Modeling versus Traditional Penetration Testing
Background and Mission Briefing
Command and Control Part III: Advanced Channels and Data Exfiltration
Payload Delivery Part III: Physical Media
The Attack
Summary
Exercises
7
Chapter 4: Pharma Karma
Chapter 4: Pharma Karma
Background and Mission Briefing
Payload Delivery Part IV: Client-Side Exploits 1
Command and Control Part IV: Metasploit Integration
The Attack
Summary
Exercises
8
Chapter 5: Guns and Ammo
Chapter 5: Guns and Ammo
Background and Mission Briefing
Payload Delivery Part V: Simulating a Ransomware Attack
Command and Control Part V: Creating a Covert C2 Solution
New Strategies in Stealth and Deployment
The Attack
Summary
Exercises
9
Chapter 6: Criminal Intelligence
Chapter 6: Criminal Intelligence
Payload Delivery Part VI: Deploying with HTA
Privilege Escalation in Microsoft Windows
Command and Control Part VI: The Creeper Box
The Attack
Summary
Exercises
10
Chapter 7: War Games
Chapter 7: War Games
Background and Mission Briefing
Payload Delivery Part VII: USB Shotgun Attack
Command and Control Part VII: Advanced Autonomous Data Exfiltration
The Attack
Summary
Exercises
11
Chapter 8: Hack Journalists
Chapter 8: Hack Journalists
Briefing
Advanced Concepts in Social Engineering
C2 Part VIII: Experimental Concepts in Command and Control
Payload Delivery Part VIII: Miscellaneous Rich Web Content
The Attack
Summary
Exercises
12
Chapter 9: Northern Exposure
Chapter 9: Northern Exposure
Overview
Operating Systems
North Korean Public IP Space
The North Korean Telephone System
Approved Mobile Devices
The “Walled Garden”: The Kwangmyong Intranet
Audio and Video Eavesdropping
Summary
Exercises
13
End User License Agreement
End User License Agreement

Exercises

  1. The code in the Microsoft Outlook email data exfiltration example is not as stealthy as it could be. What function could be added to make it stealthier? Hint, compile the code and see how it behaves.
  2. In this chapter, we touched on SPF, as it is the most commonly used technology for protection against mail spoofing. Another technology is called DMARC, which is built on top of SPF (as well as DKIM). Investigate this technology and its implications for mail spoofing.
  3. The examples given for data exfiltration is this chapter are by no means complete. Consider other possibilities and how they might be implemented. What other devices exist on a network that could be quickly discovered and subverted to get data out?
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