Course Overview

This comprehensive training program is built on a single premise: you cannot secure what you do not understand. The “Cyber Security – Hands on Complete Course” is designed to take participants from foundational concepts to advanced operational capability. Unlike theoretical courses that focus on policy and definitions, this curriculum is seventy percent practical application. Participants will spend the majority of their time in virtual labs, executing real world attack vectors and configuring defensive countermeasures. This is an end to end journey for those ready to become proficient security practitioners, capable of defending networks against sophisticated adversaries.

Introduction

The cybersecurity industry faces a critical shortage of skilled professionals. Companies do not need people who can recite definitions; they need operators who can scan a network, identify a vulnerability, and patch it before an attacker strikes. This course bridges the gap between textbook knowledge and the keyboard.

We simulate a live enterprise environment where students face the same chaos and complexity found in the real world. You will not just learn how to run tools; you will learn how to modify them, chain them together, and analyze their output. From writing your own security scripts in Python to performing deep packet analysis, this course demands active participation. It is intense, rigorous, and designed to build the muscle memory required for high pressure security roles.

Learning Objectives

Upon successful completion of this rigorous program, participants will be able to:

• Navigate and administer Linux and Windows systems exclusively through the command line interface.
• Conduct comprehensive network reconnaissance to map out hidden infrastructure.
• Identify and exploit web application vulnerabilities using industry standard proxy tools.
• Perform privilege escalation to gain administrative control over compromised systems.
• Analyze network traffic to detect anomalies and evidence of intrusion.
• Write custom scripts to automate security tasks and modify existing exploit code.

Our Unique Training Methodology

We utilize a “Learn by Doing” ecosystem that removes the safety net of multiple choice questions.

• The Cyber Range: Each student is given a personal, isolated cloud environment containing vulnerable servers, workstations, and firewalls. This is your sandbox to destroy and rebuild.
• Live Fire Exercises: Scheduled sessions where instructors act as active adversaries on your network, forcing you to detect and respond to attacks in real time.
• Tool Construction: Instead of just using existing tools, we deconstruct them. You will write simple versions of port scanners and packet sniffers to understand the underlying logic.

Pre-course assessment

To ensure you can keep up with the pace of the labs, we require a baseline technical competency.

• Networking Fundamentals Test: A quiz covering IP addressing, subnetting, and the OSI model.
• Operating System Familiarity: A practical check to ensure you can install a Virtual Machine (VM) and navigate a file system.
• Hardware Check: Verification that your personal laptop meets the RAM and CPU requirements to run multiple virtual machines simultaneously.
• Logic and Problem Solving: A short assessment involving riddle like logic puzzles to test your troubleshooting mindset.

Course Outline

Module 1: The Lab Environment and Linux Essentials

• Setting up VirtualBox and VMware for a safe hacking lab.
• Installing and configuring Kali Linux and Parrot OS.
• Mastering the Linux terminal: File manipulation, permissions ($chmod$, $chown$), and piping commands.
• Managing services and users in a Linux environment.

Module 2: Python for Security Professionals

• Python syntax basics: Variables, loops, and functions.
• Writing a custom port scanner using the socket library.
• Automating HTTP requests for web enumeration.
• Parsing log files to extract critical data automatically.

Module 3: Network Reconnaissance and Scanning

• Passive reconnaissance: OSINT (Open Source Intelligence) and Google dorking.
• Active scanning with Nmap: Understanding flags for stealth and aggression.
• Service version detection and OS fingerprinting.
• Enumerating SMB, DNS, and SNMP services for information leaks.

Module 4: Vulnerability Assessment

• Difference between vulnerability scanning and penetration testing.
• Configuring and running Nessus and OpenVAS scans.
• Analyzing vulnerability reports to remove false positives.
• Prioritizing patches based on risk scoring (CVSS).

Module 5: Complex Module – Buffer Overflows and Exploit Development

• Memory Architecture: Understanding the Stack, Heap, and CPU registers ($EIP$, $ESP$, $EBP$).
• Fuzzing: Sending random data to an application to cause a crash.
• The Overflow: Overwriting the return address to control the execution flow.
• Shellcode: Generating and injecting machine code to gain a remote shell.

Module 6: Web Application Hacking (Client Side)

• Understanding the HTTP protocol: GET, POST, headers, and cookies.
• Setting up Burp Suite as a web proxy to intercept traffic.
• Cross Site Scripting (XSS): Stored, Reflected, and DOM based attacks.
• Cross Site Request Forgery (CSRF) mechanics.

Module 7: Web Application Hacking (Server Side)

• SQL Injection (SQLi): Bypassing authentication and dumping database contents.
• Command Injection: Executing system commands through a web form.
• File Inclusion vulnerabilities (LFI/RFI): Reading sensitive server files.
• Brute forcing login forms with Hydra and Burp Intruder.

Module 8: Complex Module – The Metasploit Framework

• Architecture: Understanding modules (Exploits, Payloads, Auxiliaries, Encoders).
• Meterpreter: Using the advanced payload for post exploitation control.
• Database Integration: Managing workspaces and storing scan results within Metasploit.
• Payload Evasion: Using encoders to bypass basic antivirus signatures.

Module 9: Password Cracking and Hashing

• Understanding hash algorithms (MD5, SHA-256, NTLM).
• Online vs. Offline password attacks.
• Using John the Ripper and Hashcat for high speed cracking.
• Creating custom wordlists using Crunch and CeWL.

Module 10: Privilege Escalation

• Linux Privesc: Exploiting SUID binaries, kernel exploits, and weak cron jobs.
• Windows Privesc: Exploiting unquoted service paths and weak file permissions.
• Living off the Land: Using installed system tools to escalate access without uploading malware.
• Automated scripts for enumeration (LinPEAS, WinPEAS).

Module 11: Complex Module – Active Directory Attacks

• AD Fundamentals: Domains, Trees, Forests, and Trust relationships.
• LLMNR Poisoning: Capturing hashes on the local network using Responder.
• Kerberoasting: Extracting service account credentials for offline cracking.
• Golden Ticket: Creating a forged ticket to gain unlimited persistence in the domain.

Module 12: Network Sniffing and Man-in-the-Middle (MITM)

• Using Wireshark to capture and analyze packets.
• ARP Spoofing: Intercepting traffic between a target and the gateway.
• DNS Spoofing: Redirecting victims to malicious websites.
• Extracting clear text credentials (FTP, Telnet, HTTP) from pcap files.

Module 13: Social Engineering and Client Side Attacks

• Creating malicious file attachments (PDFs, Word Macros).
• Cloning websites for credential harvesting.
• Using the Social Engineering Toolkit (SET).
• USB drops and physical security vectors.

Module 14: Wireless Network Attacks

• Monitor Mode and Packet Injection.
• Cracking WPA/WPA2 Handshakes with Aircrack-ng.
• Creating Evil Twin access points.
• De-authentication attacks to disconnect users.

Module 15: Documentation and Reporting

• Writing a professional penetration testing report.
• Categorizing findings by severity and impact.
• Providing actionable remediation steps for developers.
• The executive summary: Explaining technical risk to business leaders.

Post-Course Assessment

The final phase transforms the student into a practitioner through a multi stage exam.

• Capture The Flag (CTF) Challenge: A 24 hour practical exam where you must hack into a series of machines to retrieve specific “flags” (text strings) to prove your access.
• Report Submission: You must document your steps from the CTF in a professional report, exactly as you would for a paying client.
• Vulnerability Fix Validation: You will be given a broken system and must apply the correct patches to secure it against the attacks you learned.
• Oral Board: A 20 minute video interview where you explain the methodology behind your favorite exploit to a panel of instructors.

Lessons Learned

Throughout this hands on journey, we reinforce several critical realities of the cybersecurity profession.

Enumeration is key. The most common mistake beginners make is rushing to exploit. Ninety percent of a successful hack is information gathering. If you do not know the system exists, you cannot secure it or hack it.

Tools are just helpers, not magic. Running a tool without understanding what it does is dangerous. It can crash production servers or trigger alarms. A true professional understands the traffic their tool generates and can do the work manually if needed.

Privilege is a liability. Running everything as “Administrator” or “Root” is a recipe for disaster. We learn to operate with the lowest level of permission necessary to get the job done, reducing the impact if we make a mistake.

Persistence beats brilliance. Cybersecurity is often frustrating. Exploits fail, code breaks, and systems behave unexpectedly. The defining trait of a good security engineer is the refusal to give up when the first method fails.

Ethics are non negotiable. With these skills comes the power to cause massive damage. The line between a criminal and a professional is permission. We drill the importance of scope and legality into every module.