Certified Ethical Hacker (CEH) v13 AI from ECCouncil Training and Certification in Bhubaneswar, Odisha
Become a Certified Ethical Hacker (New Version)
Gain expertise in ethical hacking with the latest CEH v13 certification training, which incorporates AI-driven tools and techniques to enhance cybersecurity defenses. This highly interactive training is provided by industry leaders and accredited by EC-Council.
Key Highlights:
- Master all domains of CEH v13 with hands-on AI techniques.
- Accredited EC-Council Training Partner with a 98% exam pass rate.
- Post-training support, career mentorship, and placement assistance.
- 40-Hour LIVE Instructor-led Training for an immersive learning experience.
- Practical training on the latest cybersecurity tools and methodologies.
- Access to recorded sessions for continuous learning.
CEH v13 Overview
The EC-Council’s Certified Ethical Hacker (CEH v13) training program is designed to equip professionals with the skills required to identify and mitigate cyber threats, vulnerabilities, and attack vectors. The latest version emphasizes AI-driven cybersecurity techniques to help ethical hackers enhance threat detection and response capabilities.
The Certified Ethical Hacker (CEH v13) Certification from GIIS India & EC-Council is your gateway to a lucrative career in cybersecurity, penetration testing, and ethical hacking. With hands-on training, global certification, and dedicated career support, you will gain the skills and confidence to thrive in the cybersecurity industry.
Enroll Now and take the first step toward becoming a Certified Ethical Hacker! Gain expertise in ethical hacking, exploit vulnerabilities, and protect organizations from cyber threats.
Why Choose This Training with GIIS?
-
- EC-Council Accredited Certification – Achieve global recognition with one of the most sought-after cybersecurity certifications.
- 100% Practical Training – Work on live penetration testing projects, exploit real vulnerabilities, and practice ethical hacking techniques.
- Industry-Relevant Curriculum – Covers the latest hacking tools, security threats, and advanced attack methodologies.
- Internship & Placement Assistance – Hands-on experience with top firms and dedicated career guidance to secure job placements.
- Expert-Led Learning – Learn from EC-Council-certified trainers and experienced cybersecurity professionals.
- Flexible Learning Modes – Choose between online instructor-led sessions or self-paced study to match your schedule.
- Career-Driven Approach – Build a strong foundation in cybersecurity and ethical hacking, ensuring career advancement in the field.
Exam Details
- Number of Questions: 125
- Test Duration: 4 Hours
- Test Format: Multiple Choice
- Certification: CEH v13
- Voucher Includes: e-Courseware & Exam Voucher*
- Test Delivery: ECC EXAM, VUE
- Exam Proctor: EC-Council Remote Proctoring Service
- Exam Prefix: 12-50 (ECC EXAM), 312-50 (VUE)
Start your journey to becoming a Certified Ethical Hacker (CEH v13) and advance your cybersecurity career with confidence!
Who Should Enroll?
- Ethical Hackers
- System Administrators
- Network Administrators and Engineers
- Auditors & Security Professionals
- Network Security Professionals
- Site Administrators
- Security Officers
- Anyone responsible for safeguarding IT infrastructure
- Any Graduate and Students
Curriculum
- 12 Sections
- 115 Lessons
- 12 Weeks
Expand all sectionsCollapse all sections
- Week 1Introduction to Ethical Hacking10
- 1.1Introduction to Ethical Hacking & Its Importance in Cybersecurity60 Minutes
- 1.2Real-World Hacking Skills & Ethical Hacking Use Cases
- 1.3Hacking Concepts: Attack Vectors, Threat Actors & Security Risks
- 1.4Understanding Ethical Hacking Concepts & Legal Boundaries
- 1.5Hacking Methodologies & Frameworks (PTES, OSSTMM, NIST, OWASP)
- 1.6Information Security Controls: Preventive, Detective & Corrective Measures
- 1.7Enumeration Techniques & Countermeasures Against Enumeration
- 1.8Common Attack Techniques: Social Engineering, Phishing, Malware & Exploits
- 1.9Understanding Information Security Laws, Standards & Compliance
- 1.10Hands-on Lab: Setting Up a Legal & Safe Ethical Hacking Environment
- Week 2Footprinting and Reconnaissance10
- 2.1Introduction to Footprinting: Concepts & Importance in Ethical Hacking60 Minutes
- 2.2Footprinting through Search Engines: Google Dorking & Advanced Queries
- 2.3Footprinting through Internet Research Services & Public Databases
- 2.4Footprinting through Social Networking Sites: OSINT Techniques
- 2.5Gathering Domain & Ownership Information
- 2.6DNS Footprinting: Extracting Subdomains, Records & Zone Transfers
- 2.7Network & Email Footprinting: Tracking IPs, Headers & Open Ports
- 2.8Footprinting through Social Engineering: Gathering Info from Humans
- 2.9Automating Footprinting Tasks Using Advanced Tools & AI
- 2.10Footprinting Countermeasures: Protecting Against Information Disclosure
- Week 3Scanning Networks & Enumeration10
- 3.1Introduction to Network Scanning: Concepts & Importance60 Minutes
- 3.2Common Scanning Tools: Nmap, Masscan, Angry IP Scanner & Advanced Scanners
- 3.3Host Discovery Techniques: Identifying Live Hosts in a Network
- 3.4Port & Service Discovery: Scanning Open Ports & Running Services
- 3.5OS Discovery: Banner Grabbing & OS Fingerprinting Techniques
- 3.6Bypassing Firewalls & IDS: Stealth Scanning & Evasion Techniques
- 3.7Source Port Manipulation & Fragmentation Attacks in Scanning
- 3.8Network Scanning Countermeasures: Preventing Unauthorized Scans
- 3.9Enumeration Concepts: Extracting System & User Information
- 3.10Enumeration Techniques: NetBIOS, SNMP, LDAP, NTP, NFS, SMTP & DNS
- Week 4Vulnerability Analysis & System Hacking10
- 4.1Introduction to Vulnerability Assessment: Concepts & Importance
- 4.2Understanding Vulnerability Scoring Systems (CVSS, CVE, CWE) & Databases (Exploit DB , NVD, Rapid7)
- 4.3The Vulnerability Management Life Cycle: Identification to Remediation
- 4.4Vulnerability Research: Identifying & Exploiting Security Flaws
- 4.5Vulnerability Scanning & Analysis: Manual vs. Automated Approaches
- 4.6Popular Vulnerability Assessment Tools: Nessus, OpenVAS, Qualys, Nikto10 Minutes0 Questions
- 4.7Generating & Interpreting Vulnerability Assessment Reports10 Minutes0 Questions
- 4.8System Hacking Techniques: Gaining Initial Access to Target Systems10 Minutes0 Questions
- 4.9Privilege Escalation: Elevating Access & Exploiting Misconfigurations10 Minutes0 Questions
- 4.10Post-Exploitation: Maintaining Access & Covering Tracks (Log Clearing & Rootkits)10 Minutes0 Questions
- Week 5Malware Threats & Sniffing10
- 5.1Introduction to Malware: Concepts, Types & Attack Vectors
- 5.2Advanced Persistent Threats (APT): Understanding Long-Term Cyber Attacks
- 5.3Trojan Horses: Backdoors, Remote Access Trojans (RATs) & Payloads
- 5.4Viruses & Worms: Propagation Techniques & Infection Mechanisms
- 5.5Fileless Malware: Living-Off-The-Land Attacks & Memory-Based Exploits
- 5.6AI-Based Malware: Emerging Threats & Machine Learning in Cyber Attacks
- 5.7Malware Detection & Countermeasures: Behavior Analysis & Sandboxing
- 5.8Anti-Malware Solutions: EDR, XDR, AV & Heuristic-Based Detection
- 5.9Sniffing Concepts: Packet Capture, Network Monitoring & Data Extraction
- 5.10Sniffing Techniques, Tools (Wireshark, Ettercap, MITM), & Countermeasures
- Week 6Social Engineering & Denial-of-Service (DoS)10
- 6.1Introduction to Social Engineering: Psychological Manipulation in Cybersecurity
- 6.2Human-Based Social Engineering Techniques: Impersonation, Pretexting & Baiting
- 6.3Computer-Based Social Engineering: Phishing, Spear Phishing & Fake Websites
- 6.4Mobile-Based Social Engineering: Smishing (SMS Phishing) & Vishing (Voice Phishing)
- 6.5Social Engineering Countermeasures: Awareness, Training & Security Policies
- 6.6Understanding DoS & DDoS Attacks: Concepts, Impact & Real-World Examples
- 6.7Botnets & Their Role in Large-Scale DDoS Attacks
- 6.8Case Study: Major DDoS Attacks (Mirai, AWS Attack, GitHub Attack)
- 6.9DoS/DDoS Attack Techniques: SYN Flood, UDP Flood, HTTP Flood & Amplification
- 6.10DoS/DDoS Attack Countermeasures: Mitigation Strategies & Defensive Mechanisms
- Week 7Session Hijacking & Evading IDS, Firewalls, and Honeypots10
- 7.1Understanding Session Hijacking: Concepts, Risks & Attack Vectors
- 7.2Application-Level Session Hijacking: Cookie Theft, XSS & Session Fixation
- 7.3Network-Level Session Hijacking: TCP/IP Hijacking, ARP Spoofing & MITM Attacks
- 7.4Session Hijacking Tools: Ettercap, Burp Suite, Cain & Abel, & Wireshark
- 7.5Session Hijacking Countermeasures: Secure Session Management & Encryption
- 7.6Intrusion Detection & Prevention Systems (IDS/IPS): Concepts & Implementation
- 7.7Firewalls: Types, Configurations & Bypassing Techniques
- 7.8Evading IDS, Firewalls & NAC: Traffic Manipulation, Encoding & Obfuscation
- 7.9Honeypots: Detection, Deployment & Evasion Strategies
- 7.10Mobile Security: MDM Solutions, Security Guidelines & Protection Tools
- Week 8Hacking Web Servers & Web Applications10
- 8.1Introduction to Web Servers: Architecture, Components & Security Considerations
- 8.2Common Web Server Attacks: Directory Traversal, DoS, Misconfigurations & Zero-Days
- 8.3Web Server Attack Methodology: Reconnaissance, Exploitation & Privilege Escalation
- 8.4Web Server Hardening & Countermeasures: Security Best Practices & Configurations
- 8.5Patch Management: Identifying & Fixing Vulnerabilities in Web Servers
- 8.6Understanding Web Applications: Functionality, Frameworks & Security Risks
- 8.7Common Web Application Threats: OWASP Top 10 & Emerging Vulnerabilities
- 8.8Web Application Hacking Methodology: Recon, Exploitation & Post-Exploitation
- 8.9Web API & Webhooks: Security Risks, Authentication Bypasses & Exploits
- 8.10Web Application Security: Secure Coding, WAFs & Security Headers Implementation
- week 9SQL Injection & Hacking Wireless Networks10
- 9.1Introduction to SQL Injection: Concepts, Risks & Attack Scenarios
- 9.2Types of SQL Injection: Error-Based, Blind, Union-Based & Time-Based Attacks
- 9.3SQL Injection Attack Methodology: Identifying & Exploiting Vulnerabilities
- 9.4SQL Injection Evasion Techniques: WAF Bypassing, Encoding & Obfuscation
- 9.5SQL Injection Countermeasures: Secure Coding Practices & Parameterized Queries
- 9.6Wireless Networking Basics: Standards, Protocols & Security Considerations
- 9.7Wireless Encryption Protocols: WEP, WPA, WPA2 & WPA3 Security
- 9.8Common Wireless Threats: Rogue APs, Evil Twin, Deauthentication & MITM Attacks
- 9.9Wireless Hacking Methodology: Recon, Exploitation & Post-Exploitation
- 9.10Wireless Security & Countermeasures: Hardening, Detection & Prevention Strategies
- Week 10Hacking Mobile Platforms & IoT/OT Hacking10
- 10.1Introduction to Mobile Security: Threats, Risks & Attack Vectors
- 10.2Hacking Android OS: Reverse Engineering, APK Decompilation & Exploits
- 10.3Hacking iOS: Jailbreaking, App Tampering & Bypassing Security Controls
- 10.4Mobile Malware & Exploits: Trojans, Spyware & Ransomware Targeting Mobile Devices
- 10.5Mobile Application Security: Identifying & Exploiting Mobile App Vulnerabilities
- 10.6Introduction to IoT Security: Concepts, Architecture & Attack Surfaces
- 10.7Common IoT Attacks: Default Credentials, Firmware Exploits & API Vulnerabilities
- 10.8IoT Hacking Methodology: Device Recon, Exploitation & Persistence
- 10.9Introduction to OT (Operational Technology) Security: SCADA, ICS & Risks
- 10.10Hacking OT Systems: Targeting Industrial Control Systems & Security Best Practices
- Week 11Cloud Computing Security & Hacking10
- 11.1Introduction to Cloud Computing: Architecture, Services & Deployment Models
- 11.2Container Technology: Concepts, Benefits & Security Risks
- 11.3Serverless Computing: Understanding FaaS, Security Concerns & Exploits
- 11.4Cloud Hacking Overview: Attack Vectors & Exploitation Techniques
- 11.5Cloud Hacking Methodology: Recon, Exploitation & Privilege Escalation
- 11.6AWS Hacking: Exploiting Misconfigurations, Privilege Escalation & Attacks
- 11.7Microsoft Azure Hacking: Identifying Vulnerabilities & Exploiting Cloud Infrastructure
- 11.8Google Cloud Hacking: Security Weaknesses & Attack Strategies in GCP
- 11.9Container Hacking: Exploiting Docker & Kubernetes Vulnerabilities
- 11.10Cloud Security Best Practices: Hardening, Access Control & Threat Mitigation
- Week 12Cryptography & Final Review10
- 12.1Introduction to Cryptography: History, Importance & Modern Applications
- 12.2Encryption Algorithms: Symmetric vs. Asymmetric Encryption (AES, RSA, ECC, etc.)
- 12.3Hashing & Digital Signatures: MD5, SHA, HMAC & PKI Concepts
- 12.4Cryptanalysis: Breaking Encryption & Common Attacks (Brute Force, Rainbow Tables, etc.)
- 12.5Steganography & Data Hiding Techniques: Concealing Information in Plain Sight
- 12.6Cryptographic Protocols: SSL/TLS, PGP, VPN, and Secure Communication Standards
- 12.7Applications of Cryptography: Blockchain, Digital Certificates & Secure Emailing
- 12.8Common Cryptographic Vulnerabilities: Weak Keys, Poor Implementations & Exploits
- 12.9Countermeasures for Cryptographic Attacks: Secure Key Management & Best Practices
- 12.10Final Review & Hands-on Practice: Capture The Flag (CTF) & Real-World Scenarios