Master the world's #1 ethical hacking certification. Learn to leverage AI tools to automate vulnerability scanning, perform predictive threat intelligence analysis, and execute comprehensive penetration testing across network perimeters.
Get direct entry requirements and pricing breakdowns for the Kanpur training cycle.
Core Training Term
Exploitation Tools
Official iLabs Access
Exam Validity Metric
The Certified Ethical Hacker (CEH) certification by EC-Council is the most comprehensive cyber security training program available globally. Version 13 integrates specialized automation tools to train security professionals to think and exploit like malicious threat actors, uncovering deep vulnerabilities before enterprise boundaries are targeted.
Through a continuous 4-phase architecture—Learn, Certify, Engage, and Compete—students are dropped directly into structured attack scenario simulations to cultivate real-time reactive combat skills.
Modern black-hat hackers are using automated AI models to write zero-day exploits, coordinate highly targeted spear-phishing campaigns, and launch complex botnets. CEH v13 changes the defensive paradigm by introducing AI-driven hacking methodologies.
This professional certification is explicitly designed for individuals aiming to transition into high-tier offensive security positions:
The CEH v13 roadmap covers all 20 structural domains required by international standards, evaluated through real-time sandboxed execution paths.
Information Security Fundamentals, Cyber Kill Chain methodology, Vulnerability Research frameworks, and global compliance regulations (PCI-DSS, GDPR, HIPAA).
Advanced OSINT gathering methodologies, passive DNS tracking, tracking email communication paths, and automated data mining through specialized reconnaissance toolsets.
Live host checks, port scanning mechanics via Nmap, identifying custom banner structural flags, firewall bypass strategies, and building network topography graphs.
Extracting data records via NetBIOS, SNMP, LDAP, NTP, and SMTP configurations. Exploiting open shares and setting up active MSRPC connection streams.
Flaw classification, scoring models via CVSS v3, handling enterprise vulnerability scans, and utilizing AI assistance to interpret log generation charts.
Executing credential cracking steps, escalating local access rights, deploying rootkits, clearing internal event logs, and hiding execution traces.
Analyzing Malware types (Trojans, Ransomware), Packet Sniffing techniques, and Social Engineering methods (including deepfake voice cloning and advanced spear-phishing setups).
Executing Denial of Service (DoS/DDoS) attacks, hijacking session cookies, hacking Web Servers/Web Apps (SQLi, XSS, CSRF), and auditing Wireless & IoT networks.
Attacking Cloud containers and Kubernetes clusters, utilizing AI-driven threat hunting models, and evaluating symmetric/asymmetric encryption standards.