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  • Book Overview & Buying KALI LINUX NETWORK SCANNING COOKBOOK
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KALI LINUX NETWORK SCANNING COOKBOOK

KALI LINUX NETWORK SCANNING COOKBOOK

By : Justin Hutchens
4.7 (20)
Buy this Book
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KALI LINUX NETWORK SCANNING COOKBOOK

KALI LINUX NETWORK SCANNING COOKBOOK

4.7 (20)
By: Justin Hutchens
Buy this Book

Overview of this book

Kali Linux Network Scanning Cookbook is intended for information security professionals and casual security enthusiasts alike. It will provide the foundational principles for the novice reader but will also introduce scripting techniques and in-depth analysis for the more advanced audience. Whether you are brand new to Kali Linux or a seasoned veteran, this book will aid in both understanding and ultimately mastering many of the most powerful and useful scanning techniques in the industry. It is assumed that the reader has some basic security testing experience.
Table of Contents (10 chapters)
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Preface
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Preface
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What this book covers
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What you need for this book
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Who this book is for
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Conventions
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Reader feedback
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Customer support
Lock Free Chapter
1
1. Getting Started
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1. Getting Started
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Configuring a security lab with VMware Player (Windows)
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Configuring a security lab with VMware Fusion (Mac OS X)
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Installing Ubuntu Server
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Installing Metasploitable2
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Installing Windows Server
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Increasing the Windows attack surface
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Installing Kali Linux
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Configuring and using SSH
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Installing Nessus on Kali Linux
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Configuring Burp Suite on Kali Linux
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Using text editors (VIM and Nano)
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2. Discovery Scanning
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2. Discovery Scanning
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Using Scapy to perform layer 2 discovery
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Using ARPing to perform layer 2 discovery
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Using Nmap to perform layer 2 discovery
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Using NetDiscover to perform layer 2 discovery
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Using Metasploit to perform layer 2 discovery
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Using ICMP ping to perform layer 3 discovery
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Using Scapy to perform layer 3 discovery
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Using Nmap to perform layer 3 discovery
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Using fping to perform layer 3 discovery
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Using hping3 to perform layer 3 discovery
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Using Scapy to perform layer 4 discovery
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Using Nmap to perform layer 4 discovery
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Using hping3 to perform layer 4 discovery
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3. Port Scanning
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3. Port Scanning
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UDP port scanning
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TCP port scanning
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UDP scanning with Scapy
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UDP scanning with Nmap
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UDP scanning with Metasploit
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Stealth scanning with Scapy
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Stealth scanning with Nmap
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Stealth scanning with Metasploit
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Stealth scanning with hping3
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Connect scanning with Scapy
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Connect scanning with Nmap
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Connect scanning with Metasploit
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Connect scanning with Dmitry
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TCP port scanning with Netcat
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Zombie scanning with Scapy
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Zombie scanning with Nmap
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4. Fingerprinting
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4. Fingerprinting
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Banner grabbing with Netcat
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Banner grabbing with Python sockets
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Banner grabbing with Dmitry
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Banner grabbing with Nmap NSE
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Banner grabbing with Amap
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Service identification with Nmap
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Service identification with Amap
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Operating system identification with Scapy
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Operating system identification with Nmap
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Operating system identification with xProbe2
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Passive operating system identification with p0f
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SNMP analysis with Onesixtyone
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SNMP analysis with SNMPwalk
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Firewall identification with Scapy
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Firewall identification with Nmap
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Firewall identification with Metasploit
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5. Vulnerability Scanning
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5. Vulnerability Scanning
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Vulnerability scanning with Nmap Scripting Engine
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Vulnerability scanning with MSF auxiliary modules
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Creating scan policies with Nessus
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Vulnerability scanning with Nessus
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Command-line scanning with Nessuscmd
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Validating vulnerabilities with HTTP interaction
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Validating vulnerabilities with ICMP interaction
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6. Denial of Service
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6. Denial of Service
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Fuzz testing to identify buffer overflows
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Remote FTP service buffer overflow DoS
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Smurf DoS attack
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DNS amplification DoS attack
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SNMP amplification DoS attack
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NTP amplification DoS attack
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SYN flood DoS attack
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Sock stress DoS attack
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DoS attacks with Nmap NSE
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DoS attacks with Metasploit
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DoS attacks with the exploit database
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7. Web Application Scanning
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7. Web Application Scanning
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Web application scanning with Nikto
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SSL/TLS scanning with SSLScan
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SSL/TLS scanning with SSLyze
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Defining a web application target with Burp Suite
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Using Burp Suite Spider
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Using Burp Suite engagement tools
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Using Burp Suite Proxy
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Using the Burp Suite web application scanner
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Using Burp Suite Intruder
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Using Burp Suite Comparer
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Using Burp Suite Repeater
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Using Burp Suite Decoder
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Using Burp Suite Sequencer
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GET method SQL injection with sqlmap
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POST method SQL injection with sqlmap
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Requesting a capture SQL injection with sqlmap
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Automating CSRF testing
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Validating command injection vulnerabilities with HTTP traffic
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Validating command injection vulnerabilities with ICMP traffic
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8. Automating Kali Tools
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8. Automating Kali Tools
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Nmap greppable output analysis
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Nmap port scanning with targeted NSE script execution
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Nmap NSE vulnerability scanning with MSF exploitation
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Nessuscmd vulnerability scanning with MSF exploitation
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Multithreaded MSF exploitation with reverse shell payload
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Multithreaded MSF exploitation with backdoor executable
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Multithreaded MSF exploitation with ICMP verification
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Multithreaded MSF exploitation with admin account creation
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Index
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Index

Chapter 3. Port Scanning

Identifying open ports on a target system is the next step to defining the attack surface of a target. Open ports correspond to the networked services that are running on a system. Programming errors or implementation flaws can make these services vulnerable to attack and can sometimes lead to total system compromise. To determine the possible attack vectors, one must first enumerate the open ports on all of the remote systems within the project's scope. These open ports correspond to services that may be addressed with either UDP or TCP traffic. Both TCP and UDP are transport protocols. Transmission Control Protocol (TCP) is the more commonly used of the two and provides connection-oriented communication. User Datagram Protocol (UDP) is a nonconnection-oriented protocol that is sometimes used with services for which speed of transmission is more important than data integrity. The penetration testing technique used to enumerate these services is called...

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