Ethical hacking Beginner level Training Registration is Now Open

Are you ready to master the exact tools, tactics, and procedures used by elite security professionals? Our Ethical Hacking track is fully synchronized with the prestigious Certified Ethical Hacker (blueprint, integrating both foundational attack principles and newly introduced AI-driven offensive security methodologies.

Registration starts today! You can lock in your seat immediately by registering through our secure online portal or by visiting our campus office in person.

Registration Timeline and Learning Modes

  • Registration Status: Open today!
  • Online Enrollment: Register via our secure portal from anywhere.
  • Physical Office Enrollment: Visit our campus to register in person and speak with an advisor.

Who This Training Is For

  • Network Administrators: System teams looking to uncover architectural weak spots before threat actors do.
  • Aspiring Penetration Testers: Tech students seeking a highly specialized framework mapping directly to international red-team roles.
  • Information Security Analysts: Defensive defenders looking to weaponize their knowledge by learning to think exactly like a malicious attacker.

Comprehensive Course Breakdown

  • Investment: ₦200,000
  • Duration: 2 months
  • Level: Professional / Certification Exam Prep
  • Framework Compliance: 100% aligned with global modules and the global NICE 2.0 blueprint.

Phase 1: Reconnaissance, Network Scanning, and Intelligence Gathering

Master the crucial initial phases of hacking by auditing digital footprints and analyzing infrastructure loops.

  • Introduction to Ethical Hacking: Fundamentals of information security controls, vulnerability management legalities, and hacking life cycles.
  • Footprinting and Reconnaissance: Gathering deep metadata using advanced search algorithms, DNS enumeration engines, and tracking networks.
  • Scanning Networks and Enumeration: Discovering live target infrastructure, mapping open ports, extracting system data, and uncovering service identities.
  • Vulnerability Analysis: Exploiting system vulnerabilities through programmatic risk identification frameworks and automated scanning architectures.

Phase 2: Host Exploitation, System Breaches, and Malware Mechanisms

Learn how adversaries gain beachheads into enterprise workstations and deploy covert network packages.

  • System Hacking: Gaining persistent network access, executing privilege escalation techniques, cracking credentials, and executing log-erasing operations.
  • Malware Threats: Analyzing modern ransomware structures, sophisticated Trojans, computer viruses, reverse-engineering botnets, and unpacking payload architectures.
  • Sniffing and Social Engineering: Capturing raw packet traffic over wires and leveraging human manipulation vectors like advanced phishing.

Phase 3: Infrastructure Hardening, Perimeter Bypass, and Web App Hacking

Audit complex software structures and perimeter security barriers using industrial-grade testing configurations.

  • Denial-of-Service (DoS) and Session Hijacking: Investigating infrastructure flooding tactics and intercepting active web authentications.
  • Evading IDS, Firewalls, and Honeypots: Bypassing signature-based firewalls, threat inspection mechanisms, and deep network tracking defenses.
  • Hacking Web Servers and Applications: Identifying programmatic OWASP Top 10 vulnerabilities, server configuration flaws, and Cross-Site Scripting bugs.
  • SQL Injection and Databases: Constructing blind and error-based database injection attacks to extract backend records.

Phase 4: Modern Infrastructure Exploitation and AI Attack Paths

Adapt to contemporary cloud deployments and investigate the newest AI-driven cyber attack surfaces introduced in the CEH v13 engine.

  • Wireless and Mobile Hacking: Cracking encryption models on enterprise Wi-Fi routers and penetrating mobile platforms.
  • IoT and OT Hacking: Finding vulnerabilities in interconnected smart devices and operational industrial control environments.
  • Cloud Computing and Cryptography: Attacking misconfigured cloud spaces (AWS, Azure) while managing advanced cipher algorithms.
  • AI-Driven Attacks: Harnessing threat automation scripts, analyzing adversarial machine learning mechanics, and identifying deepfake injection vectors.

Why Master Ethical Hacking with Cybergon?

  • Real-Time Cyber Range Labs: Access real environments to launch attacks legally against live-patched networks.
  • 4,000+ Exploitation Tools: Direct experience with industry platforms including Nmap, Wireshark, Metasploit, and Nessus.
  • Exam Preparation Track: Comprehensive review modules mapping precisely to the official  theoretical and practical certification exams.

Secure Your Seat Today

  1. Access the portal via the link below or walk straight into our physical office.
  2. Fill out your information to set up your student profile.
  3. Complete your tuition payment to claim your Batch C learning materials.

Click Here to Register Online for Batch C Ethical Hacking Now!

Office Address: GWARINPA TRAINING CENTRE

Please Note: Batch C seats are strictly capped to maintain small class sizes and ensure high individual mentorship.

For more questions, please call 09068888906

  • What is the exact physical address of the Cybergon campus?
  • Do you provide an installment plan breakdown for the ₦200,000 fee?
  • What day of the week do your Batch C hands-on lab sessions launch?