Network Research

Intro to Linux
This module introduces students to Linux operating systems and virtualization technologies. Students learn to install and configure Linux distributions within VMware environments, explore fundamental system architecture, and navigate directory structures. The module establishes the foundation for using Linux as a security research platform.
    

Text Manipulation
Students master Linux command-line tools for processing and transforming text data. This module covers file manipulation commands essential for log analysis, data extraction, and information processing tasks common in security operations. Students learn to combine commands and use regular expressions for efficient data handling.
   

Network Services
This module explores critical network services used in enterprise environments. Students configure and troubleshoot SSH for secure remote access, FTP for file transfers, Apache web servers for hosting applications, and understand DNS and DHCP functionality. The module provides hands-on experience administering services that are frequently targeted in attacks.
    

Scanning
Students learn network reconnaissance techniques using industry-standard scanning tools. This module covers Nmap for comprehensive host and service discovery, including port scanning, version detection, and OS fingerprinting. Students also explore Masscan for rapid large-scale network scanning and understand how to interpret scan results for security assessments.
 

Offline Brute-Force
This module teaches offline password attack methodologies used in security assessments. Students learn to create effective wordlists, understand password hash formats, and utilize cracking tools to recover credentials from captured authentication data. The module emphasizes the importance of strong password policies and secure credential storage.
   

Linux Scripting
Students develop automation skills by writing shell scripts for security tasks and system administration. This module covers scripting fundamentals, control structures, and practical applications for automating repetitive operations. Students create scripts for log parsing, system monitoring, and security tool orchestration.
   

Wireshark
This module provides comprehensive training in network traffic analysis using Wireshark. Students learn packet capture techniques, apply advanced filtering to isolate specific traffic patterns, and extract files and objects from network sessions. The module develops skills essential for incident response, troubleshooting, and security monitoring.
 

TCP/IP Model
Students gain deep understanding of network communication fundamentals through the TCP/IP protocol stack. This module covers the four layers of the TCP/IP model, protocol functions at each layer, and how data encapsulation works across the stack. Understanding this model is critical for analyzing network behavior and identifying security issues.
   

Online Attacks
This module explores active network attack techniques including man-in-the-middle attacks, ARP poisoning, and service brute-forcing. Students learn how attackers intercept communications, manipulate network traffic, and compromise network services in real-time. The module emphasizes detection methods and defensive countermeasures alongside attack mechanics.
 

Intro to Trojans
Students learn payload creation and exploitation techniques using the Metasploit Framework. This module covers developing reverse connection payloads, bind payloads, and using Msfvenom for payload generation and Msfconsole for exploitation operations. Students understand how trojans establish persistence and evade detection.
   

Intro to Firewalls
This module teaches firewall fundamentals including operation principles, configuration techniques, and defensive strategies. Students learn to block ports, create firewall rules, and monitor network devices for suspicious activity. The module emphasizes using firewalls as a critical component of defense-in-depth security architecture.