Nmap Tutorials

In this lab, you will learn how to scan specific hosts using Nmap. Scan single hosts by IP address and hostname. Resolve IPs, increase verbosity, and save scan results. Review results in the Xfce terminal. Learn Nmap basics for network scanning.

In this lab, you'll learn how to simulate various network conditions using Nmap. Explore techniques like simulating bad checksums, setting MTU values, combining MTU settings with scans, increasing verbosity, and saving results for analysis. Analyze the effects of these simulations in the Xfce terminal.

In this lab, you will learn how to troubleshoot Nmap scans using packet tracing and debugging techniques. You'll run scans with packet traces, enable debug levels, combine tracing and debugging, save trace output, and analyze packet details to identify scan issues in the Xfce terminal.

In this lab, you will learn how to perform idle scanning using Nmap. You'll identify zombie hosts, run idle scans, add verbosity for detailed output, scan specific ports, save results to a file, and analyze the scan in the Xfce terminal. Master Nmap idle scan techniques!

In this lab, you will learn how to analyze scan statistics in Nmap. You'll run scans with stats, add verbosity, save stats output, review timing stats, compare stats with different timing templates, and analyze scan duration using the Xfce terminal.

In this lab, you will learn how to optimize Nmap scan timing and performance. You'll explore techniques like using fast templates, increasing parallelism, setting scan delays, tracking progress, and testing stealth. Compare timing results in Xfce terminal.

In this lab, you will learn advanced host discovery techniques using Nmap. You'll explore TCP and UDP ping scans, skipping ping scans, combining techniques, saving results, and analyzing live hosts in the Xfce terminal. Master Nmap for network reconnaissance!

In this lab, you will learn how to randomize target selection in Nmap scans. You'll explore different techniques using the --randomize-hosts option, including subnet randomization, range randomization, and saving scan results. Compare outputs to understand the impact of randomization.

In this lab, you will learn how to conduct TCP ACK scanning using Nmap. You'll explore different options like scanning specific ports, adding verbosity, saving results, and analyzing filtered ports. You'll also compare ACK scan results with SYN scan results.

In this lab, you will learn how to use Hashcat to crack hashes. You will install Hashcat, prepare a hash file, configure GPU support, run a brute-force attack, and verify the cracked hashes.

In this challenge, learn how to save Nmap output to XML format. This allows for easier parsing and analysis of scan results, making it ideal for automation and integration with other security tools. Master this essential Nmap skill for efficient network security assessments.

In this lab, you will learn the fundamental Nmap command syntax. You'll explore basic commands, display help information, increase verbosity, enable debugging, combine options, and test your knowledge on a local network. This hands-on experience will solidify your understanding of Nmap's command-line interface.

In this challenge, you will learn how to scan a target from a file using Wireshark. This hands-on exercise will guide you through the process of analyzing network traffic and identifying specific targets based on data extracted from a file.

In this lab, you will learn how to install Nmap on a Linux system. You'll update the package list, install Nmap using the apt package manager, verify the installation, and check the installed Nmap version. This hands-on lab provides a practical introduction to using Nmap on Linux.

In this lab, you will explore Nmap's help options to understand its functionalities. You'll learn how to list scan types, view output options, and check timing templates using Nmap commands. This hands-on experience will enhance your Nmap skills.

In this challenge, you will use Wireshark to analyze network traffic and identify an open UDP port. This hands-on exercise will enhance your network analysis skills and understanding of UDP communication.

In this challenge, you will use Wireshark to find the open port on the Luna server. Analyze network traffic and identify the port actively listening for connections. Enhance your network analysis skills with this hands-on exercise.

In this challenge, you will learn how to verify the service version locally using Wireshark. This hands-on exercise will guide you through the process of capturing and analyzing network traffic to identify the service version information.