Penetration Testing

Information Gathering
This module covers reconnaissance techniques essential to the penetration testing lifecycle, including Whois lookups, Dmitry queries, and DNS enumeration for mapping network topology. Students learn to extract domain registrar data, organizational information, and digital footprints using advanced Google Hacking Database (GHDB) queries and subdomain discovery techniques. These passive and active reconnaissance methods form the foundation for identifying potential attack surfaces and planning subsequent testing phases.
 

Scanning
Students master network scanning using Nmap to detect open ports, running services, and operating system fingerprints on target systems. The module covers scan types, timing options, and evasion techniques necessary for stealthy reconnaissance. Students learn to interpret scan results and leverage Nmap Scripting Engine (NSE) capabilities to extend scanning functionality for deeper network analysis and vulnerability detection.
 

Enumeration
This module focuses on extracting detailed system information from discovered services and hosts to support attack planning. Students learn to enumerate SMB shares, SNMP data, user accounts, and network resources using specialized tools and NSE scripts. Enumeration techniques bridge the gap between initial scanning and active exploitation by identifying specific software versions, configurations, and potential entry points.
 

Exploitation
Students execute practical attacks against vulnerable systems using brute force password cracking, pre-existing exploits from databases, and trojan deployment techniques. The module covers both manual exploitation methods and automated frameworks for leveraging documented system weaknesses. Students gain hands-on experience with reverse and bind shell connections, exploiting authentication weaknesses, and maintaining stealth during active compromise attempts.
 

Meterpreter
This module explores the advanced Meterpreter payload, an extensible framework that provides comprehensive post-exploitation capabilities on compromised systems. Students learn to establish Meterpreter sessions, execute commands in memory without touching disk, and leverage built-in modules for credential harvesting, network pivoting, and lateral movement. The module emphasizes Meterpreter's ability to maintain persistent access while evading detection through in-memory operation and encrypted communications.
 

Payloads
Students master payload creation and delivery using Msfvenom, generating customized shellcode for multiple platforms including Windows, Linux, and mobile operating systems. The module covers payload encoding, obfuscation techniques to evade antivirus detection, and automation strategies for streamlining payload generation workflows. Students learn to embed payloads in various file formats and establish reliable command-and-control channels for remote system access.
 

Post Exploitation
This module covers activities performed after successful system compromise, including privilege escalation using local exploits, lateral movement to access additional network resources, and establishing persistence mechanisms across system reboots. Students learn techniques for disabling security controls, harvesting credentials, and maintaining access while minimizing forensic footprints. The module emphasizes practical tactics for maximizing the value of compromised systems in penetration testing engagements.
 

Social Engineering
Students learn to exploit human psychology and trust relationships through phishing campaigns, impersonation tactics, and psychological manipulation techniques. The module covers crafting convincing pretexts, designing effective phishing emails, and leveraging social engineering frameworks to bypass technical security controls. Students gain insight into how attackers target the human element and how organizations can defend against these non-technical attack vectors.
 

WebApp Security
This comprehensive module addresses web application security testing from HTML fundamentals through advanced exploitation techniques. Students explore the OWASP Top 10 vulnerabilities including SQL injection, cross-site scripting (XSS), local and remote file inclusion (LFI/RFI), and authentication flaws. The module includes hands-on practice with Burp Suite, OWASP ZAP, and Metasploit for identifying and exploiting web application weaknesses, deploying web shells, and manipulating database queries to access unauthorized data.