Certified Global Ethical Hacker Advance (CGEH Advance) Certification
The Certified Global Ethical Hacker Advance (CGEH Advance) is an internationally recognized cybersecurity certification designed for professionals looking to excel in ethical hacking, penetration testing, and advanced cybersecurity defense strategies. The program focuses on critical thinking, hands-on cybersecurity assessments, and ethical hacking methodologies, ensuring candidates develop real-world expertise.
This prestigious certification provides an in-depth learning experience, covering AI-driven security approaches, penetration testing techniques, and advanced cybersecurity frameworks aligned with global security standards such as ISO, GDPR, NIST, and PCI-DSS.
Accreditation & Recognition
The CGEH Advance certification is accredited and designed by the Threatsys Technologies Private Limited and recognized by top organizations such as Facebook, Microsoft, Blackberry, Sony, AT&T, Mastercard, and many others. This certification aligns with the OWASP security model and industry-approved penetration testing methodologies, making it a trusted credential among leading cybersecurity professionals.
Course Structure & Details
The CGEH Advance training program is structured to equip professionals with hands-on experience and theoretical knowledge, ensuring they master the skills needed for penetration testing, security auditing, and cyber threat analysis.
Key Course Details:
- Duration: 6 Months (3 Months Training + 3 Months Internship)
- Mode of Training: Offline, Online & On-Site (Hybrid Learning Model)
- Passing Criteria: 65% or above
- Examination Format: Physical & Online Assessments
- Hands-on Labs: Cybersecurity Simulations & Ethical Hacking Labs
- Projects & Assignments: Mandatory Real-World Security Projects
- Internship: Guaranteed 3-Month Industry Internship
- Placement Assistance: Yes (Based on Performance & Evaluation)
- Work Experience: 6 Months (Includes Training & Internship)
Certification & Career Benefits
Upon completion, participants earn a globally recognized CGEH Advance certification, validating their expertise in penetration testing, security analysis, and cyber defense mechanisms.
Key Benefits:
- Globally Recognized Credential accredited by GIS-Council.
- Enhances Career Opportunities in Cybersecurity, Ethical Hacking, and Red Teaming.
- Recognized by Leading MNCs like Intel, Megasoft, and ESET.
- Aligns with International Compliance Standards (ISO, GDPR, NIST, PCI-DSS).
- Hands-on Training with real-world cybersecurity challenges.
Certification Exam Details
To earn the CGEH Advance certification, candidates must pass a comprehensive final exam that assesses both theoretical knowledge and practical skills.
Hands-on Training & Industry Exposure
The CGEH Advance certification emphasizes practical cybersecurity training, ensuring that participants work on real-world cybersecurity challenges and live attack simulations.
Training Includes:
- Cyber Range Labs – Simulated attack environments.
- Security Deployments – Enterprise network security testing.
- Incident Response Training – Hands-on forensic analysis.
- Red Team vs. Blue Team Exercises – Offensive & defensive tactics.
- Regulatory Compliance Assessments – Security audits based on industry standards.
Who Should Enroll?
The CGEH Advance program is ideal for:
- BCA, MCA, B-TECH, M-TECH, BSC (IT) Students, IT executives & professionals.
- Cybersecurity Professionals seeking advanced ethical hacking training.
- Penetration Testers & Security Analysts aiming for senior roles.
- IT Security Engineers & Government Law Enforcement Officers.
- Aspiring Ethical Hackers looking for global certification.
Why Choose CGEH Advance Certification?
- Internationally Recognized cybersecurity credential.
- Cutting-Edge Ethical Hacking Curriculum aligned with global security standards.
- Comprehensive Hands-on Training with real-world attack scenarios.
- Exclusive Access to Security Tools & Frameworks.
- Internship & Placement Assistance for career success.
Enroll today in the CGEH Advance Certification Program and become a highly skilled, globally certified Ethical Hacker & Cybersecurity Expert!
Curriculum
- 12 Sections
- 108 Lessons
- 12 Weeks
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- Week 1Introduction to Ethical Hacking & Cybersecurity Basics9
- 1.1Fundamentals of Ethical Hacking: Concepts, Scope & Impact60 Minutes
- 1.2Role of Cybersecurity in Today’s Digital World
- 1.3Types of Hackers: White Hat, Black Hat, Grey Hat, and Script Kiddies
- 1.4Key Cybersecurity Terminologies: Threats, Vulnerabilities, Exploits, and Risk Management
- 1.5Overview of Cyber Laws & Compliance: GDPR, HIPAA, ISO 27001, PCI DSS, and NIST
- 1.6The Five Phases of Ethical Hacking: Reconnaissance, Scanning, Gaining Access, Maintaining access , Covering tracks
- 1.7Essential Tools for Ethical Hacking: Kali Linux, Metasploit, Nmap, and Wireshark
- 1.8Setting Up a Hacking Lab: Virtual Machines, Networking Basics & Isolated Testing Environments
- 1.9Career Paths in Cybersecurity & Ethical Hacking Certifications (CEH, OSCP, CISSP, etc.)
- Week 2Networking Fundamentals & Reconnaissance8
- 2.1Understanding IP Addressing, Subnetting, and CIDR Notation60 Minutes
- 2.2Common Network Protocols: HTTP, HTTPS, FTP, SSH, DNS, SMTP, SNMP
- 2.3Network Security Devices: Firewalls, IDS, IPS, and Their Functions
- 2.4Network Reconnaissance Techniques: Passive vs. Active Information Gathering
- 2.5OSINT (Open-Source Intelligence): Tools and Techniques for Data Collection
- 2.6WHOIS, DNS Enumeration & Website Footprinting
- 2.7Shodan & Google Dorking for Ethical Hacking
- 2.8Hands-on Lab: Performing Basic Reconnaissance Using Nmap and Wireshark
- Week 3System Hacking & Vulnerability Assessment9
- 3.1Introduction to Operating Systems: Windows & Linux Security Basics60 Minutes
- 3.2Understanding File Systems, Permissions, and Access Control
- 3.3Common System Vulnerabilities: Unpatched Software & Misconfigurations
- 3.4Password Exploitation: Brute Force, Dictionary Attacks & Credential Dumping
- 3.5Malware Analysis: Viruses, Worms, Trojans, Ransomware, and Rootkits
- 3.6Privilege Escalation Techniques in Windows and Linux
- 3.7Vulnerability Scanning Tools: Nessus, OpenVAS, and Nikto
- 3.8Introduction to Metasploit Framework for Exploitation
- 3.9Hands-on Lab: Identifying and Exploiting System Vulnerabilities
- Week 4Web Application Security & Basic Exploitation9
- 4.1Understanding Web Applications: Client-Server Model & HTTP/HTTPS
- 4.2Introduction to Web Vulnerabilities: SQL Injection, XSS, CSRF, and More
- 4.3Deep Dive into OWASP Top 10 Security Risks
- 4.4Common Web Hacking Tools: Burp Suite, SQLmap, Nikto, and ZAP
- 4.5Web Application Attack Methodologies: Reconnaissance & Exploitation
- 4.6Basic Exploitation Techniques: SQL Injection, XSS, and Broken Authentication
- 4.7Bypassing Authentication & Exploiting Poor Session Management
- 4.8Securing Web Applications: Input Validation, Secure Coding, and Patching
- 4.9Hands-on Lab: Web Vulnerability Assessment and Exploitation
- Week 5Advanced Network Penetration Testing9
- 5.1Deep Dive into Nmap: Advanced Scanning, OS Fingerprinting, and Firewall Evasion
- 5.2Advanced Wireshark Techniques: Traffic Analysis & Packet Inspection
- 5.3Enumerating Network Services: SNMP, SMB, FTP, RDP, and More
- 5.4MITM (Man-in-the-Middle) Attacks: ARP Spoofing, DNS Poisoning, and SSL Stripping
- 5.5Wireless Network Hacking: WEP/WPA/WPA2 Cracking & Rogue AP Attacks
- 5.6Advanced Port Scanning & Service Fingerprinting Techniques
- 5.7Bypassing Firewalls & IDS/IPS: Evasion Techniques and Tools
- 5.8Network Exploitation: Capturing Credentials & Sniffing Sensitive Data
- 5.9Hands-on Lab: Simulating Network Attacks and Defenses
- Week 6Windows & Linux Privilege Escalation9
- 6.1Understanding Privilege Escalation: Vertical vs. Horizontal Attacks
- 6.2Windows Privilege Escalation: Exploiting Weak Permissions & Misconfigurations
- 6.3Token Impersonation & Pass-the-Hash Attacks
- 6.4Exploiting Unquoted Service Paths & DLL Hijacking
- 6.5PowerShell for Privilege Escalation: PowerUp, PrivescCheck & Other Tools
- 6.6Linux Privilege Escalation: SUID/GUID Binary Exploits
- 6.7Kernel Exploits & Exploiting Misconfigured Cron Jobs
- 6.8Abusing Sudo Permissions & Weak File Permissions
- 6.9Hands-on Labs: Practical Privilege Escalation Scenarios on Windows & Linux
- Week 7Web Application Exploitation & Post-Exploitation9
- 7.1Advanced SQL Injection Techniques (Blind SQLi, Time-Based, Error-Based)
- 7.2Cross-Site Scripting (XSS): Stored, Reflected, and DOM-Based Attacks
- 7.3Command Injection & File Upload Vulnerabilities
- 7.4Exploiting Authentication & Authorization Flaws (Session Hijacking, JWT Exploits)
- 7.5Post-Exploitation Techniques in Web Applications
- 7.6Maintaining Access: Deploying Backdoors & Web Shells
- 7.7Pivoting & Lateral Movement within Web Environments
- 7.8Data Exfiltration & Covering Tracks
- 7.9Hands-on Labs & Tools: Burp Suite Pro, SQLmap, XSSer, BeEF
- Week 8Exploit Development & Advanced Malware Analysis9
- 8.1Understanding Buffer Overflows (Stack Overflow, Heap Overflow)
- 8.2Writing Custom Exploits (Fuzzing, Shellcoding, Exploit Automation)
- 8.3Reverse Engineering Fundamentals & Malware Analysis (Static vs Dynamic Analysis)
- 8.4Introduction to Assembly Language for Exploit Development
- 8.5Windows Exploit Development (ROP Chains, SEH Exploits, DEP/ASLR Bypass)
- 8.6Linux Exploit Development (Memory Corruption, Race Conditions, Format String Vulnerabilities)
- 8.7Analyzing & Modifying Shellcode for Exploits
- 8.8Tools for Exploit Development (Immunity Debugger, GDB, Radare2, IDA Pro)
- 8.9Hands-on Exploitation Labs & Real-World Exploit Case Studies
- Week 9Defensive Security & Threat Hunting9
- 9.1Understanding Blue Team Operations & Defensive Strategies
- 9.2Cyber Threat Intelligence (CTI) & Threat Hunting Techniques
- 9.3Implementing Security Information & Event Management (SIEM) Solutions
- 9.4Log Analysis & Correlation (Windows Event Logs, Syslog, Elastic Stack)
- 9.5Endpoint Detection & Response (EDR) Solutions & Implementation
- 9.6Network Traffic Analysis (NetFlow, Zeek, Suricata, Wireshark)
- 9.7Malware Detection & Anomaly Behavior Analysis
- 9.8Threat Hunting Methodologies & Frameworks (MITRE ATT&CK, Cyber Kill Chain)
- 9.9Incident Response & Threat Containment Strategies
- Week 10Digital Forensics Fundamentals9
- 10.1Introduction to Digital Forensics & Investigation Process
- 10.2Forensic Evidence Collection (Disk, Memory, Network)
- 10.3Windows & Linux File System Forensics
- 10.4Memory Forensics (RAM Analysis, Volatility Framework, Rekall)
- 10.5Disk Imaging & Data Recovery (Autopsy, FTK, EnCase, dd, Guymager)
- 10.6Identifying and Analyzing Malware Artifacts
- 10.7Log Analysis & Event Reconstruction
- 10.8Mobile Forensics & Data Extraction
- 10.9Legal & Compliance Considerations in Digital Forensics (Chain of Custody, Admissibility of Evidence)
- Week 11Incident Response & Security Operations10
- 11.1Incident Response (IR) Framework & Methodologies (NIST, SANS, ISO 27035)
- 11.2Phases of Incident Handling (Preparation, Identification, Containment,
- 11.3Eradication, Recovery, Lessons Learned)
- 11.4Handling Security Breaches (Ransomware, Data Leaks, Insider Threats, APTs)
- 11.5Investigating Phishing & Social Engineering Attacks
- 11.6Digital Evidence Preservation & Chain of Custody
- 11.7Developing an Incident Response Playbook
- 11.8Threat Intelligence Integration in Incident Response
- 11.9Security Operations Center (SOC) Roles & Responsibilities
- 11.10Automating Incident Response with SOAR (Security Orchestration, Automation, and Response)
- Week 12Red vs. Blue Teaming & Security Hardening9
- 12.1Understanding Red Team vs. Blue Team vs. Purple Team
- 12.2Red Team Attack Simulations (Adversary Tactics & Techniques)
- 12.3Blue Team Defense Strategies (SOC Operations, Threat Intelligence, SIEM Monitoring)
- 12.4Hardening Systems & Networks Against Cyber Threats
- 12.5Secure Configurations for Windows & Linux (Group Policies, Least Privilege, Logging)
- 12.6Patch Management & Vulnerability Remediation Strategies
- 12.7Active Directory Security & Hardening (LDAP Security, Kerberos, Password Policies)
- 12.8Security Testing & Compliance Audits (NIST, CIS Controls, ISO 27001, PCI-DSS)
- 12.9Threat Emulation and Detection (MITRE ATT&CK, Atomic Red Team, Purple Team Exercises)