CEH Certification - Certified Ethical Hacking Course

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Course Overview : Certified Ethical Hacking Certification

Nvidya’s CEH Ethical Hacking Certification course delivers immersive hands-on training designed to help you understand how hackers think and operate. Through real-world scenarios and labs, you’ll gain practical experience in identifying vulnerabilities and securing systems before they’re exploited.

Key Features

  • Exam Fee Included

    Course comes with CEH v13 exam voucher.

  • Accredited Training Partner

    Delivered by EC-Council-approved experts.

  • Official eCourseware

    Access to updated study materials from EC-Council.

  • AI Labs Access

    6 months of hands-on practice with CEH v13 AI Labs.
     

  • Security Domain Coverage

    Learn across 20 key cybersecurity areas.

  • Latest CEH Version

    Aligned with CEH v13 standards and tools.

Skills Covered

  • Trojans Backdoors and Defense Strategies
  • Mobile and Web Security Innovations
  • AIPowered Network Traffic Analysis
  • AI in Vulnerability Scanning and Exploitation
  • Phishing Detection and Prevention
  • Cloud Security and Monitoring Solutions
  • Cyber Threat Intelligence and Response
  • Advanced Hacking Techniques with Intelligent Tools
  • AIEnhanced Intrusion Detection and Prevention
  • Log Management and Threat Detection
  • Social Engineering Attack Simulations
  • Malware Analysis and Remediation
  • Wireless Network Protection
  • Ethical Hacking Reporting and Documentation

Career Benefits of CEH Certification - Certified Ethical Hacking Course

The Certified Ethical Hacker (CEH) certification validates the core skills needed to excel in the cybersecurity industry. It has become a preferred credential for many IT departments, with several making it mandatory for roles related to information security. CEH-certified professionals often enjoy a significant salary advantage—earning up to 44% more than those without the certification.  

Get CEH Certified and Boost Your Earning Potential in Cybersecurity

Instructor-led
Learn from expert instructors in live, online sessions.
Get 24/7 learner support and access two full-length mock exams.
Choose a schedule that fits your availability.

$3000

Corporate Training
Choose from flexible pricing and billing options.
Join private cohorts tailored to your teams.
Track your training progress with intuitive dashboards.
Assess and benchmark your skills easily. Integrate seamlessly with your existing platforms.
Get support from a dedicated Customer Success Manager.

Eligibility for CEH Certification - Certified Ethical Hacking Course

This ethical hacking course is ideal for professionals involved in IT and cybersecurity roles, including network security officers, system administrators, IS/IT analysts, auditors, IT operations managers, security officers, application developers, cybersecurity consultants, and other related roles within IT support and infrastructure.

Prerequisites

To enroll, learners should hold a high school diploma or undergraduate degree and have at least two years of experience in IT security. All participants must agree to EC-Council’s exam policies and code of ethics to proceed with certification.

Course Content: CEH Certification - Certified Ethical Hacking Course

Module 01 – Introduction to Ethical Hacking
Lesson 01 – Information Security Overview
  • 1.01 Demo of Aspen and iLabs
  • 1.02 Internet is an Integral Part of Business and Personal Life – What Happens Online in 60 Seconds
  • 1.03 Essential Terminology
  • 1.04 Elements of Information Security
  • 1.05 The Security, Functionality, and Usability Triangle
  • 2.01 Motives, Goals, and Objectives of Information Security Attacks
  • 2.02 Top Information Security Attack Vectors
  • 2.03 Information Security Threat Categories
  • 2.04 Types of Attacks on a System
  • 2.05 Information Warfare
  • 3.01 What is Hacking?
  • 3.02 Who is a Hacker?
  • 3.03 Hacker Classes
  • 3.04 Hacking Phases
  • 4.01 What is Ethical Hacking?
  • 4.02 Why Ethical Hacking is Necessary
  • 4.03 Scope and Limitations of Ethical Hacking
  • 4.04 Skills of an Ethical Hacker
  • 5.01 Information Assurance (IA)
  • 5.02 Information Security Management Program
  • 5.03 Enterprise Information Security Architecture (EISA)
  • 5.04 Network Security Zoning
  • 5.05 Defense in Depth
  • 5.06 Information Security Policies
  • 5.07 Physical Security
  • 5.08 What is Risk?
  • 5.09 Threat Modeling
  • 5.10 Incident Management
  • 5.11 Security Incident and Event Management (SIEM)
  • 5.12 User Behavior Analytics (UBA)
  • 5.13 Network Security Controls
  • 5.14 Identity and Access Management (IAM)
  • 5.15 Data Leakage
  • 5.16 Data Backup
  • 5.17 Data Recovery
  • 5.18 Role of AI/ML in Cybersecurity
  • 6.01 Penetration Testing
  • 6.02 Why Penetration Testing
  • 6.03 Comparing Security Audit, Vulnerability Assessment, and Penetration Testing
  • 6.04 Blue Teaming/Red Teaming
  • 6.05 Types of Penetration Testing
  • 6.06 Phases of Penetration Testing
  • 6.07 Security Testing Methodology
  • 7.01 Payment Card Industry Data Security Standard (PCI-DSS)
  • 7.02 ISO/IEC 27001:2013
  • 7.03 Health Insurance Portability and Accountability Act (HIPAA)
  • 7.04 Sarbanes-Oxley Act (SOX)
  • 7.05 The Digital Millennium Copyright Act (DMCA)
  • 7.06 Federal Information Security Management Act (FISMA)
  • 7.07 Cyber Law in Different Countries
  • 1.01 What is Footprinting?
  • 1.02 Objectives of Footprinting
  • 2.01 Footprinting through Search Engines
  • 2.02 Footprinting using Advanced Google Hacking Techniques
  • 2.03 Information Gathering Using Google Advanced Search and Image Search
  • 2.04 Google Hacking Database
  • 2.05 VoIP and VPN Footprinting through Google Hacking Database
  • 3.01 Finding Company’s Top-level Domains (TLDs) and Sub-domains
  • 3.02 Finding the Geographical Location of the Target
  • 3.03 People Search on Social Networking Sites and People Search Services
  • 3.04 Gathering Information from LinkedIn
  • 3.05 Gather Information from Financial Services
  • 3.06 Footprinting through Job Sites
  • 3.07 Monitoring Target Using Alerts
  • 3.08 Information Gathering Using Groups, Forums, and Blogs
  • 3.09 Determining the Operating System
  • 3.10 VoIP and VPN Footprinting through SHODAN

4.01 Collecting Information through Social Engineering on Social Networking Sites

  • 5.01 Website Footprinting
  • 5.02 Website Footprinting using Web Spiders
  • 5.03 Mirroring Entire Website
  • 5.04 Extracting Website Information from archive.org
  • 5.05 Extracting Metadata of Public Documents
  • 5.06 Monitoring Web Pages for Updates and Changes
  • 6.01 Tracking Email Communications
  • 6.02 Collecting Information from Email Header
  • 6.03 Email Tracking Tools
  • 7.01 Competitive Intelligence Gathering
  • 7.02 Competitive Intelligence – When Did This Company Begin? How Did It Develop?
  • 7.03 Competitive Intelligence – What Are the Company's Plans?
  • 7.04 Competitive Intelligence – What Expert Opinions Say About the Company
  • 7.05 Monitoring Website Traffic of Target Company
  • 7.06 Tracking Online Reputation of the Target
  • 8.01 Whois Lookup
  • 8.02 Whois Lookup Result Analysis
  • 8.03 Whois Lookup Tools
  • 8.04 Finding IP Geolocation Information
  • 9.01 Extracting DNS Information
  • 9.02 DNS Interrogation Tools
  • 10.01 Locate the Network Range
  • 10.02 Traceroute
  • 10.03 Traceroute
  • 10.04 Traceroute Tools
  • 11.01 Footprinting through Social Engineering
  • 11.02 Collect Information Using Eavesdropping, Shoulder Surfing, and Dumpster Diving
  • 12.01 Maltego
  • 12.02 Recon-ng
  • 12.03 FOCA
  • 12.04 Recon-Dog
  • 12.05 OSRFramework
  • 12.06 Additional Footprinting Tools

13.01 Footprinting Countermeasures

  • 14.01 Footprinting Pen Testing
  • 14.02 Footprinting Pen Testing Report Templates
  • 1.01 Overview of Network Scanning
  • 1.02 TCP Communication Flags
  • 1.03 TCP/IP Communication
  • 1.04 Creating Custom Packet Using TCP Flags
  • 1.05 Scanning in IPv6 Networks
  • 2.01 Nmap
  • 2.02 Hping2 / Hping3
  • 2.03 Scanning Tools
  • 2.04 Scanning Tools for Mobile
  • 3.01 Scanning Technique
  • 3.02 Port Scanning Countermeasures

4.01 IDS/Firewall Evasion Techniques

  • 5.01 Banner Grabbing
  • 5.02 How to Identify Target System OS
  • 5.03 Banner Grabbing Countermeasures
  • 6.01 Draw Network Diagrams
  • 6.02 Network Discovery and Mapping Tools
  • 6.03 Network Discovery Tools for Mobile

7.01 Scanning Pen Testing

  • 1.01 What is Enumeration?
  • 1.02 Techniques for Enumeration
  • 1.03 Services and Ports to Enumerate
  • 2.01 NetBIOS Enumeration
  • 2.02 NetBIOS Enumeration Tool
  • 2.03 Enumerating User Accounts
  • 2.04 Enumerating Shared Resources Using Net View
  • 3.01 SNMP (Simple Network Management Protocol) Enumeration
  • 3.02 Working of SNMP
  • 3.03 Management Information Base (MIB)
  • 3.04 SNMP Enumeration Tools
  • 4.01 LDAP Enumeration
  • 4.02 LDAP Enumeration Tools
  • 5.01 NTP Enumeration
  • 5.02 NTP Enumeration Commands
  • 5.03 NTP Enumeration Tools
  • 6.01 SMTP Enumeration
  • 6.02 SMTP Enumeration Tools
  • 6.03 DNS Enumeration Using Zone Transfer
  • 7.01 IPsec Enumeration
  • 7.02 VoIP Enumeration
  • 7.03 RPC Enumeration
  • 7.04 Unix/Linux User Enumeration

8.01 Enumeration Countermeasures

9.01 Enumeration Pen Testing

  • 1.01 Vulnerability Research
  • 1.02 Vulnerability Classification
  • 1.03 What is Vulnerability Assessment?
  • 1.04 Types of Vulnerability Assessment
  • 1.05 Vulnerability-Management Life Cycle
  • 2.01 Comparing Approaches to Vulnerability Assessment
  • 2.02 Working of Vulnerability Scanning Solutions
  • 2.03 Types of Vulnerability Assessment Tools
  • 2.04 Characteristics of a Good Vulnerability Assessment Solution
  • 2.05 Choosing a Vulnerability Assessment Tool
  • 2.06 Criteria for Choosing a Vulnerability Assessment Tool
  • 2.07 Best Practices for Selecting Vulnerability Assessment Tools
  • 3.01 Common Vulnerability Scoring System (CVSS)
  • 3.02 Common Vulnerabilities and Exposures (CVE)
  • 3.03 National Vulnerability Database (NVD)
  • 3.04 Resources for Vulnerability Research
  • 4.01 Vulnerability Assessment Tools
  • 4.02 Vulnerability Assessment Tools for Mobile
  • 5.01 Vulnerability Assessment Reports
  • 5.02 Analyzing Vulnerability Scanning Report
  • 1.01 CEH Hacking Methodology (CHM)
  • 1.02 System Hacking Goals
  • 2.01 Password Cracking
  • 2.02 Types of Password Attacks
  • 2.03 Password Recovery Tools
  • 2.04 Microsoft Authentication
  • 2.05 How Hash Passwords Are Stored in Windows SAM
  • 2.06 NTLM Authentication Process
  • 2.07 Kerberos Authentication
  • 2.08 Password Salting
  • 2.09 Tools to Extract the Password Hashes
  • 2.10 Password Cracking Tools
  • 2.11 How to Defend Against Password Cracking
  • 2.12 How to Defend Against LLMNR/NBT-NS Poisoning
  • 3.01 Privilege Escalation
  • 3.02 Privilege Escalation Using DLL Hijacking
  • 3.03 Privilege Escalation by Exploiting Vulnerabilities
  • 3.04 Privilege Escalation Using Dylib Hijacking
  • 3.05 Privilege Escalation Using Spectre and Meltdown Vulnerabilities
  • 3.06 Other Privilege Escalation Techniques
  • 3.07 How to Defend Against Privilege Escalation
  • 4.01 Executing Applications
  • 4.02 Keylogger
  • 4.03 Spyware
  • 4.04 How to Defend Against Keyloggers
  • 4.05 How to Defend Against Spyware
  • 5.01 Rootkits
  • 5.02 NTFS Data Stream
  • 5.03 What is Steganography?
  • 6.01 Covering Tracks
  • 6.02 Disabling Auditing: Auditpol
  • 6.03 Clearing Logs
  • 6.04 Manually Clearing Event Logs
  • 6.05 Ways to Clear Online Tracks
  • 6.06 Covering BASH Shell Tracks
  • 6.07 Covering Tracks on Network
  • 6.08 Covering Tracks on OS
  • 6.09 Covering Tracks Tools
  • 7.01 Password Cracking
  • 7.02 Privilege Escalation
  • 7.03 Executing Applications
  • 7.04 Hiding Files
  • 7.05 Covering Tracks
  • 5.01 Trojan Countermeasures
  • 5.02 Backdoor Countermeasures
  • 5.03 Virus and Worms Countermeasures
  • 1.01 Introduction to Malware
  • 1.02 Different Ways a Malware Can Get Into a System
  • 1.03 Common Techniques Attackers Use to Distribute Malware on the Web
  • 1.04 Components of Malware
  • 2.01 What is a Trojan?
  • 2.02 How Hackers Use Trojans
  • 2.03 Common Ports Used by Trojans
  • 2.04 How to Infect Systems Using a Trojan
  • 2.05 Trojan Horse Construction Kit
  • 2.06 Wrappers
  • 2.07 Crypters
  • 2.08 How Attackers Deploy a Trojan
  • 2.09 Exploit Kits
  • 2.10 Evading Anti-Virus Techniques
  • 2.11 Types of Trojans
  • 3.01 Introduction to Viruses
  • 3.02 Stages of Virus Life
  • 3.03 Working of Viruses
  • 3.04 Indications of Virus Attack
  • 3.05 How Does a Computer Get Infected by Viruses
  • 3.06 Virus Hoaxes
  • 3.07 Fake Antiviruses
  • 3.08 Ransomware
  • 3.09 Types of Viruses
  • 3.10 Creating Virus
  • 3.11 Computer Worms
  • 3.12 Worm Makers
  • 4.01 What is Sheep Dip Computer?
  • 4.02 Anti-Virus Sensor Systems
  • 4.03 Introduction to Malware Analysis
  • 4.04 Malware Analysis Procedure: Preparing Testbed
  • 4.05 Static Malware Analysis
  • 4.06 Dynamic Malware Analysis
  • 4.07 Virus Detection Methods
  • 4.08 Trojan Analysis: ZeuS/Zbot
  • 4.09 Virus Analysis: WannaCry
  • 6.01 Anti-Trojan Software
  • 6.02 Antivirus Software

7.01 Malware Penetration Testing

  • 1.01 Network Sniffing
  • 1.02 Types of Sniffing
  • 1.03 How an Attacker Hacks the Network Using Sniffers
  • 1.04 Protocols Vulnerable to Sniffing
  • 1.05 Sniffing in the Data Link Layer of the OSI Model
  • 1.06 Hardware Protocol Analyzers
  • 1.07 SPAN Port
  • 1.08 Wiretapping
  • 1.09 Lawful Interception
  • 2.01 MAC Address/CAM Table
  • 2.02 How CAM Works
  • 2.03 What Happens When CAM Table Is Full?
  • 2.04 MAC Flooding
  • 2.05 Switch Port Stealing
  • 2.06 How to Defend Against MAC Attacks
  • 3.01 How DHCP Works
  • 3.02 DHCP Request/Reply Messages
  • 3.03 DHCP Starvation Attack
  • 3.04 Rogue DHCP Server Attack
  • 3.05 How to Defend Against DHCP Starvation and Rogue Server Attack
  • 4.01 What Is Address Resolution Protocol (ARP)?
  • 4.02 ARP Spoofing Attack
  • 4.03 Threats of ARP Poisoning
  • 4.04 ARP Poisoning Tools
  • 4.05 How to Defend Against ARP Poisoning
  • 4.06 Configuring DHCP Snooping and Dynamic ARP Inspection on Cisco Switches
  • 4.07 ARP Spoofing Detection Tools
  • 5.01 MAC Spoofing/Duplicating
  • 5.02 MAC Spoofing Technique: Windows
  • 5.03 MAC Spoofing Tools
  • 5.04 IRDP Spoofing
  • 5.05 How to Defend Against MAC Spoofing
  • 6.01 DNS Poisoning Techniques
  • 6.02 How to Defend Against DNS Spoofing
  • 7.01 Sniffing Tool: Wireshark
  • 7.02 Sniffing Tools
  • 7.03 Packet Sniffing Tools for Mobile

8.01 How to Defend Against Sniffing

  • 9.01 How to Detect Sniffing
  • 9.02 Sniffer Detection Techniques
  • 9.03 Promiscuous Detection Tools

10.01 Sniffing Penetration Testing

  • 1.01 What is Social Engineering?
  • 1.02 Phases of a Social Engineering Attack
  • 2.01 Types of Social Engineering
  • 2.02 Human-based Social Engineering
  • 2.03 Computer-based Social Engineering
  • 2.04 Mobile-based Social Engineering
  • 3.01 Insider Threat / Insider Attack
  • 3.02 Types of Insider Threats
  • 4.01 Social Engineering Through Impersonation on Social Networking Sites
  • 4.02 Impersonation on Facebook
  • 4.03 Risks of Social Networking Threats to Corporate Networks

5.01 Identity Theft

  • 6.01 Social Engineering Countermeasures
  • 6.02 Insider Threats Countermeasures
  • 6.03 Identity Theft Countermeasures
  • 6.04 How to Detect Phishing Emails
  • 6.05 Anti-Phishing Toolbar
  • 6.06 Common Social Engineering Targets and Defense Strategies
  • 7.01 Social Engineering Pen Testing
  • 7.02 Social Engineering Pen Testing Tools
  • 8.01Insider Threat / Insider Attack
  • 8.02 Type of Insider Threats
  • 1.01 What is Denial of Service Attack?
  • 1.02 What is Distributed Denial of Service Attack?
  • 2.01 Basic Categories of DoS/DDoS Attack Vectors
  • 2.02 UDP Flood Attack
  • 2.03 ICMP Flood Attack
  • 2.04 Ping of Death and Smurf Attack
  • 2.05 SYN Flood Attack
  • 2.06 Fragmentation Attack
  • 2.07 HTTP GET/POST and Slowloris Attacks
  • 2.08 Multi-Vector Attack
  • 2.09 Peer-to-Peer Attacks
  • 2.10 Permanent Denial-of-Service Attack
  • 2.11 Distributed Reflection Denial-of-Service (DRDoS)
  • 3.01 Organized Cyber Crime: Organizational Chart
  • 3.02 Botnet
  • 3.03 A Typical Botnet Setup
  • 3.04 Botnet Ecosystem
  • 3.05 Scanning Methods for Finding Vulnerable Machines
  • 3.06 How Malicious Code Propagates?
  • 3.07 Botnet Trojan
  • 4.01 DDoS Attack
  • 4.02 Hackers Advertise Links to Download Botnet
  • 4.03 Use of Mobile Devices as Botnets for Launching DDoS Attacks
  • 4.04 DDoS Case Study: Dyn DDoS Attack
  • 5.01 DoS and DDoS Attack Tool
  • 5.02 DoS and DDoS Attack Tool for Mobile
  • 6.01 Detection Techniques
  • 6.02 DoS/DDoS Countermeasure Strategies
  • 6.03 DDoS Attack Countermeasures
  • 6.04 Techniques to Defend Against Botnets
  • 6.05 DoS/DDoS Countermeasures
  • 6.06 DoS/DDoS Protection at ISP Level
  • 6.07 Enabling TCP Intercept on Cisco IOS Software
  • 7.01 Advanced DDoS Protection Appliances
  • 7.02 DoS/DDoS Protection Tools

8.01 Denial-of-Service (DoS) Attack Pen Testing

  • 1.01 What is Session Hijacking?
  • 1.02 Why Session Hijacking is Successful?
  • 1.03 Session Hijacking Process
  • 1.04 Packet Analysis of a Local Session Hijack
  • 1.05 Types of Session Hijacking
  • 1.06 Session Hijacking in OSI Model
  • 1.07 Spoofing vs. Hijacking
  • 2.01 Application Level Session Hijacking
  • 2.02 Compromising Session IDs using Sniffing and by Predicting Session Token
  • 2.03 Compromising Session IDs Using Man-in-the-Middle Attack
  • 2.04 Compromising Session IDs Using Man-in-the-Browser Attack
  • 2.05 Compromising Session IDs Using Client-side Attacks
  • 2.06 Compromising Session IDs Using Client-side Attacks: Cross-site Script Attack
  • 2.07 Compromising Session IDs Using Client-side Attacks: Cross-site Request Forgery Attack
  • 2.08 Compromising Session IDs Using Session Replay Attack
  • 2.09 Compromising Session IDs Using Session Fixation
  • 2.10 Session Hijacking Using Proxy Servers
  • 2.11 Session Hijacking Using CRIME Attack
  • 2.12 Session Hijacking Using Forbidden Attack
  • 3.01 TCP/IP Hijacking
  • 3.02 IP Spoofing: Source Routed Packets
  • 3.03 RST Hijacking
  • 3.04 Blind Hijacking
  • 3.05 UDP Hijacking
  • 3.06 MiTM Attack Using Forged ICMP and ARP Spoofing
  • 4.01 Session Hijacking Tools
  • 4.02 Session Hijacking Tools for Mobile
  • 5.01 Session Hijacking Detection Methods
  • 5.02 Protecting Against Session Hijacking
  • 5.03 Methods to Prevent Session Hijacking: To be Followed by Web Developers
  • 5.04 Methods to Prevent Session Hijacking: To be Followed by Web Users
  • 5.05 Session Hijacking Detection Tools
  • 5.06 Approaches Vulnerable to Session Hijacking and Their Preventative Solutions
  • 5.07 Approaches to Prevent Session Hijacking
  • 5.08 IPSec
  • 5.09 Session Hijacking Prevention Tools

6.01 Session Hijacking Pen Testing

  • 1.01 Intrusion Detection System (IDS)
  • 1.02 Firewall
  • 1.03 Honeypot
  • 2.01 Intrusion Detection Tool
  • 2.02 Firewalls
  • 2.03 Honeypot Tools

3.01 IDS Evasion Techniques

4.01 Firewall Evasion Techniques

  • 5.01 IDS/Firewall Evasion Tools
  • 5.02 Packet Fragment Generator Tools
  • 6.01 Detecting Honeypots
  • 6.02 Detecting and Defeating Honeypots
  • 6.03 Honeypot Detection Tool: Send-Safe Honeypot Hunter
  • 7.01 How to Defend Against IDS Evasion
  • 7.02 How to Defend Against Firewall Evasion

8.01 Firewall/IDS Penetration Testing

  • 1.01 Web Server Operations
  • 1.02 Open Source Web Server Architecture
  • 1.03 IIS Web Server Architecture
  • 1.04 Web Server Security Issue
  • 1.05 Why Web Servers Are Compromised?
  • 1.06 Impact of Web Server Attacks
  • 2.01 DoS/DDoS Attacks
  • 2.02 DNS Server Hijacking
  • 2.03 DNS Amplification Attack
  • 2.04 Directory Traversal Attacks
  • 2.05 Man-in-the-Middle/Sniffing Attack
  • 2.06 Phishing Attacks
  • 2.07 Website Defacement
  • 2.08 Web Server Misconfiguration
  • 2.09 HTTP Response Splitting Attack
  • 2.10 Web Cache Poisoning Attack
  • 2.11 SSH Brute Force Attack
  • 2.12 Web Server Password Cracking
  • 2.13 Web Application Attacks
  • 3.01 Information Gathering
  • 3.02 Web Server Footprinting/Banner Grabbing
  • 3.03 Website Mirroring
  • 3.04 Vulnerability Scanning
  • 3.05 Session Hijacking
  • 3.06 Web Server Passwords Hacking
  • 3.07 Using Application Server as a Proxy
  • 4.01 Metasploit
  • 4.02 Web Server Attack Tools
  • 5.01 Place Web Servers in Separate Secure Server Security Segment on Network
  • 5.02 Countermeasures
  • 5.03 Detecting Web Server Hacking Attempts
  • 5.04 How to Defend Against Web Server Attacks
  • 5.05 How to Defend Against HTTP Response Splitting and Web Cache Poisoning
  • 5.06 How to Defend Against DNS Hijacking
  • 6.01 Patches and Hotfixes
  • 6.02 What is Patch Management
  • 6.03 Installation of a Patch
  • 6.04 Patch Management Tools
  • 7.01 Web Application Security Scanners
  • 7.02 Web Server Security Scanners
  • 7.03 Web Server Security Tools
  • 8.01 Web Server Penetration Testing
  • 8.02 Web Server Pen Testing Tools
  • 1.01 Introduction to Web Applications
  • 1.02 Web Application Architecture
  • 1.03 Web 2.0 Applications
  • 1.04 Vulnerability Stack
  • 2.01 OWASP Top 10 Application Security Risks – 2017
  • 2.02 Other Web Application Threats
  • 3.01 Web App Hacking Methodology
  • 3.02 Footprint Web Infrastructure
  • 3.03 Attack Web Servers
  • 3.04 Analyze Web Applications
  • 3.05 Bypass Client-Side Controls
  • 3.06 Attack Authentication Mechanism
  • 3.07 Authorization Attack Schemes
  • 3.08 Attack Access Controls
  • 3.09 Attack Session Management Mechanism
  • 3.10 Perform Injection/Input Validation Attacks
  • 3.11 Attack Application Logic Flaws
  • 3.12 Attack Database Connectivity
  • 3.13 Attack Web App Client
  • 3.14 Attack Web Services

4.01 Web Application Hacking Tools

  • 5.01 Web Application Fuzz Testing
  • 5.02 Source Code Review
  • 5.03 Encoding Schemes
  • 5.04 How to Defend Against Injection Attacks
  • 5.05 Web Application Attack Countermeasures
  • 5.06 How to Defend Against Web Application Attacks
  • 6.01 Web Application Security Testing Tools
  • 6.02 Web Application Firewall
  • 7.01 Web Application Pen Testing
  • 7.02 Web Application Pen Testing Framework
  • 1.01 What is SQL Injection?
  • 1.02 SQL Injection and Server-side Technologies
  • 1.03 Understanding HTTP POST Request
  • 1.04 Understanding Normal SQL Query
  • 1.05 Understanding an SQL Injection Query
  • 1.06 Understanding an SQL Injection Query – Code Analysis
  • 1.07 Example of a Web App Vulnerable to SQL Injection: BadProductList.aspx
  • 1.08 Example of a Web Application Vulnerable to SQL Injection: Attack Analysis
  • 1.09 Example of SQL Injection
  • 2.01 Types of SQL Injection
  • 3.01 SQL Injection Methodology
  • 4.01 SQL Injection Tools
  • 4.02 SQL Injection Tools (Duplicate Entry – consider consolidating or distinguishing)
  • 4.03 SQL Injection Tools for Mobile
  • 5.01 Evading IDS
  • 5.02 Types of Signature Evasion Techniques
  • 6.01 How to Defend Against SQL Injection Attacks
  • 6.02 SQL Injection Detection Tools
  • 6.03 SQL Injection Detection Tools (Duplicate Entry – consider consolidating or specifying)
  • 1.01 Wireless Terminologies
  • 1.02 Wireless Networks
  • 1.03 Wireless Standards
  • 1.04 Service Set Identifier (SSID)
  • 1.05 Wi-Fi Authentication Modes
  • 1.06 Wi-Fi Authentication Process Using a Centralized Authentication Server
  • 1.07 Types of Wireless Antenna
  • 2.01 Types of Wireless Encryption
  • 2.02 WEP vs. WPA vs. WPA2
  • 2.03 WEP Issues
  • 2.04 Weak Initialization Vectors (IV)
  • 3.01 Wireless Threats
  • 4.01 Wireless Hacking Methodology
  • 5.01 WEP/WPA Cracking Tools
  • 5.02 WEP/WPA Cracking Tool for Mobile
  • 5.03 Wi-Fi Sniffer
  • 5.04 Wi-Fi Traffic Analyzer Tools
  • 5.05 Other Wireless Hacking Tools
  • 6.01 Bluetooth Stack
  • 6.02 Bluetooth Hacking
  • 6.03 Bluetooth Threats
  • 6.04 How to BlueJack a Victim?
  • 6.05 Bluetooth Hacking Tools
  • 7.01 Wireless Security Layers
  • 7.02 How to Defend Against WPA/WPA2 Cracking
  • 7.03 How to Defend Against KRACK Attacks
  • 7.04 How to Detect and Block Rogue AP
  • 7.05 How to Defend Against Wireless Attacks
  • 7.06 How to Defend Against Bluetooth Hacking
  • 8.01 Wireless Intrusion Prevention Systems
  • 8.02 Wireless IPS Deployment
  • 8.03 Wi-Fi Security Auditing Tool
  • 8.04 Wi-Fi Intrusion Prevention System
  • 8.05 Wi-Fi Predictive Planning Tools
  • 8.06 Wi-Fi Vulnerability Scanning Tools
  • 8.07 Bluetooth Security Tool
  • 8.08 Wi-Fi Security Tools for Mobile
  • 9.01 Wireless Penetration Testing
  • 9.02 Wireless Penetration Testing Framework
  • 1.01 Vulnerable Areas in Mobile Business Environment
  • 1.02 OWASP Top 10 Mobile Risks – 2016
  • 1.03 Anatomy of a Mobile Attack
  • 1.04 How a Hacker Can Profit from Mobile When Successfully Compromised
  • 1.05 Mobile Attack Vectors and Mobile Platform Vulnerabilities
  • 1.06 Security Issues Arising from App Stores
  • 1.07 App Sandboxing Issues
  • 1.08 Mobile Spam
  • 1.09 SMS Phishing Attack (SMiShing) (Targeted Attack Scan)
  • 1.10 Pairing Mobile Devices on Open Bluetooth and Wi-Fi Connections
  • 2.01 Android OS
  • 2.02 Android Rooting
  • 2.03 Blocking Wi-Fi Access Using NetCut
  • 2.04 Hacking with zANTI
  • 2.05 Hacking Networks Using Network Spoofer
  • 2.06 Launching DoS Attack Using Low Orbit Ion Cannon (LOIC)
  • 2.07 Performing Session Hijacking Using DroidSheep
  • 2.08 Hacking with Orbot Proxy
  • 2.09 Android-based Sniffers
  • 2.10 Android Trojans
  • 2.11 Securing Android Devices
  • 2.12 Android Security Tool: Find My Device
  • 2.13 Android Security Tools
  • 2.14 Android Vulnerability Scanner
  • 2.15 Android Device Tracking Tools
  • 3.01 Apple iOS
  • 3.02 Jailbreaking iOS
  • 3.03 iOS Trojans
  • 3.04 Guidelines for Securing iOS Devices
  • 3.05 iOS Device Tracking Tools
  • 3.06 iOS Device Security Tools
  • 4.01 Mobile Spyware
  • 4.02 Mobile Spyware: mSpy
  • 4.03 Mobile Spywares
  • 5.01 Mobile Device Management (MDM)
  • 5.02 Mobile Device Management Solutions
  • 5.03 Bring Your Own Device (BYOD)
  • 6.01 General Guidelines for Mobile Platform Security
  • 6.02 Mobile Device Security Guidelines for Administrators
  • 6.03 SMS Phishing Countermeasures
  • 6.04 Mobile Protection Tools
  • 6.05 Mobile Anti-Spyware
  • 7.01 Android Phone Pen Testing
  • 7.02 iPhone Pen Testing
  • 7.03 Mobile Pen Testing Toolkit: Hackode
  • 1.01 What is IoT
  • 1.02 How IoT Works
  • 1.03 IoT Architecture
  • 1.04 IoT Application Areas and Devices
  • 1.05 IoT Technologies and Protocols
  • 1.06 IoT Communication Models
  • 1.07 Challenges of IoT
  • 1.08 Threat vs Opportunity
  • 2.01 IoT Security Problems
  • 2.02 OWASP Top 10 IoT Vulnerabilities and Obstacles
  • 2.03 IoT Attack Surface Areas
  • 2.04 IoT Threats
  • 2.05 Hacking IoT Devices: General Scenario
  • 2.06 IoT Attacks
  • 2.07 IoT Attacks in Different Sectors
  • 3.01 What is IoT Device Hacking?
  • 3.02 IoT Hacking Methodology
  • 4.01 Information Gathering Tools
  • 4.02 Sniffing Tools
  • 4.03 Vulnerability Scanning Tools
  • 4.04 IoT Hacking Tools
  • 5.01 How to Defend Against IoT Hacking
  • 5.02 General Guidelines for IoT Device Manufacturing Companies
  • 5.03 OWASP Top 10 IoT Vulnerabilities Solutions
  • 5.04 IoT Framework Security Considerations
  • 5.05 IoT Security Tools
  • 6.01 IoT Pen Testing
  • 1.01 Introduction to Cloud Computing
  • 1.02 Separation of Responsibilities in Cloud
  • 1.03 Cloud Deployment Models
  • 1.04 NIST Cloud Computing Reference Architecture
  • 1.05 Cloud Computing Benefits
  • 1.06 Understanding Virtualization
  • 2.01 Cloud Computing Threats
  • 3.01 Service Hijacking Using Social Engineering Attacks
  • 3.02 Service Hijacking Using Network Sniffing
  • 3.03 Session Hijacking Using XSS Attack
  • 3.04 Session Hijacking Using Session Riding
  • 3.05 Domain Name System (DNS) Attacks
  • 3.06 Side Channel Attacks or Cross-Guest VM Breaches
  • 3.07 SQL Injection Attacks
  • 3.08 Cryptanalysis Attacks
  • 3.09 Wrapping Attack
  • 3.10 Denial-of-Service (DoS) and Distributed Denial-of-Service (DDoS) Attacks
  • 3.11 Man-in-the-Cloud Attack
  • 4.01 Cloud Security Control Layers
  • 4.02 Cloud Security Is the Responsibility of Both Cloud Provider and Consumer
  • 4.03 Cloud Computing Security Considerations
  • 4.04 Placement of Security Controls in the Cloud
  • 4.05 Best Practices for Securing Cloud
  • 4.06 NIST Recommendations for Cloud Security
  • 4.07 Organization/Provider Cloud Security Compliance Checklist
  • .01 Cloud Security Tools
  • 6.01 What Is Cloud Pen Testing?
  • 6.02 Key Considerations for Pen Testing in the Cloud
  • 6.03 Cloud Penetration Testing
  • 6.04 Recommendations for Cloud Testing
  • 1.01 Cryptography
  • 1.02 Government Access to Keys (GAK)
  • 2.01 Ciphers
  • 2.02 Data Encryption Standard (DES)
  • 2.03 Advanced Encryption Standard (AES)
  • 2.04 RC4, RC5, and RC6 Algorithms
  • 2.05 Twofish
  • 2.06 The DSA and Related Signature Schemes
  • 2.07 Rivest Shamir Adleman (RSA)
  • 2.08 Diffie-Hellman
  • 2.09 Message Digest (One-Way Hash) Functions
  • 3.01 MD5 Hash Calculators
  • 3.02 Hash Calculators for Mobile
  • 3.03 Cryptography Tools
  • 3.04 Cryptography Tools for Mobile
  • 4.01 Public Key Infrastructure (PKI)
  • 5.01 Digital Signature
  • 5.02 Secure Sockets Layer (SSL)
  • 5.03 Transport Layer Security (TLS)
  • 5.04 Cryptography Toolkit
  • 5.05 Pretty Good Privacy (PGP)
  • 6.01 Disk Encryption
  • 6.02 Disk Encryption Tools
  • 7.01 Cryptanalysis Methods
  • 7.02 Code Breaking Methodologies
  • 7.03 Cryptography Attacks
  • 7.04 Cryptanalysis Tools
  • 7.05 Online MD5 Decryption Tools

8.01 How to Defend Against Cryptographic Attacks

Exam & Certification FAQs

What are the prerequisites for this Ethical Hacking course?

This CEH certification program is best suited for individuals with a foundational understanding of IT. While no formal degree is required, it’s recommended that learners have:

  • A high school diploma or undergraduate degree
  • At least 2 years of work experience in information security or related roles

Once you’ve completed your training and earned your course completion certificate, you can schedule your CEH exam through the learning portal. The exam voucher, included in the course, lets you book the test directly with EC-Council.

Yes, EC-Council occasionally updates its exam pricing. If a fee revision occurs while you're still enrolled, you may need to cover the price difference when scheduling your exam.

To earn your CEH credential, you must complete official training—either via an accredited provider or through self-study—and pass the CEH exam. We highly recommend a structured course for beginners to build a strong foundation in ethical hacking.

The CEH exam is a 4-hour online test with 125 multiple-choice questions. You'll be assessed on topics like cyber threats, security tools, and network defense strategies. There’s also an optional CEH practical exam to validate your hands-on skills.

CERTIFICATE FOR CEH Certification - Certified Ethical Hacking Course
THIS CERTIFICATE IS AWARDED TO
Your Name
FOR SUCCESSFUL PARTICIPATION IN
CEH Certification - Certified Ethical Hacking Course
Issued By NVidya
Certificate ID __________
Date __________

Success Stories

Aarushi D’Souza
Aarushi D’Souza

““A game-changer for anyone stepping into cybersecurity.””

“I joined this program with limited knowledge and walked away with a solid understanding of hacking tools, methodologies, and how to defend systems. The training was engaging and easy to follow, even for someone new to the field. Scheduling the CEH exam through the portal was smooth, and I passed on the first try. Highly recommend this to anyone looking for a credible and approachable way into ethical hacking.”

Ravi Menon
Ravi Menon

““From overwhelmed to confident—this course truly delivers.””

“I was initially intimidated by the idea of ethical hacking, but this course made everything manageable. The modules were well-structured, and the labs gave me real hands-on experience. I appreciated the clarity of the instructors and how practical the examples were. After completing the course, I felt genuinely prepared for the CEH exam and even more excited about cybersecurity as a career path.”

Why Choose This Program?

Develop In-Demand Skills

Gain practical expertise crafted with industry and academic input

Learn from Seasoned Professionals

Learn from seasoned professionals sharing real-world insights and case studies

Engage in Applied Learning

Build skills through hands-on projects with real data and virtual labs

Benefit from Continuous Support

Enjoy 24/7 access to mentors and a supportive learning community

Frequently Asked Questions

What is the CEH Certification certification?

CEH Certificationis a globally respected credential designed to validate foundational cybersecurity skills. It covers essential topics like securing networks, protecting devices, managing threats, and implementing risk mitigation strategies. Perfect for those starting a career in IT security, it emphasizes practical, job-ready skills.
At Nvidya, our focused training program prepares you not just for the SY0-701 exam, but also for real-world challenges faced in cybersecurity roles.

The Certified Ethical Hacker (CEH) certification is an industry-respected credential that demonstrates your ability to think and act like a hacker—ethically. It verifies your expertise in identifying vulnerabilities, strengthening cybersecurity defenses, and using cutting-edge tools and technologies to stay ahead of potential threats.

By earning the CEH v13 certification through Nvidya, you prove your ability to:

  1. Understand how cybercriminals exploit systems, applications, and networks
  2. Implement robust defense strategies using leading cybersecurity techniques
  3. Leverage AI-driven tools to proactively respond to modern threat landscapes

An ethical hacker is a cybersecurity expert who performs authorized testing to identify vulnerabilities in digital systems before malicious attackers can exploit them. Their responsibilities typically include:

  1. Conducting penetration tests to simulate real-world cyberattacks
  2. Performing vulnerability assessments and security audits
  3. Delivering detailed reports and recommendations to improve system integrity
  4. Ensuring compliance with security standards and protecting sensitive data

Ethical hackers are proactive defenders—playing offense for the purpose of defense.

Pursuing an ethical hacking course from Nvidya comes with several career and skill-building advantages:

  1. Master advanced techniques: Learn how to identify, assess, and mitigate digital threats using modern ethical hacking tools
  2. Boost employability: The CEH certification is globally respected and opens doors to high-paying cybersecurity roles
  3. Sharpen your problem-solving skills: Gain the critical thinking mindset needed to outmanoeuvre evolving cyber threats

Absolutely. If your goal is to build a career in offensive cybersecurity, the CEH certification is a strong launchpad. It confirms that you can think like an attacker to defend against them—an essential skill in today’s digital world.

Nvidya’s CEH training is designed to help professionals not just pass the exam, but develop real-world skills that organizations value—making you job-ready from day one.

  • cyberattacks they will launch. 
  • What are the career opportunities after earning a CEH certification?

With cybersecurity consistently evolving and the demand for professionals increasing, earning a Certified Ethical Hacker (CEH) certification opens up many lucrative career opportunities across industries. Certified professionals can pursue roles like:

  • Penetration Tester
  • Security Engineer
  • Cybersecurity Analyst
  • Incident Responder
  • Threat Intelligence Analyst
  • Network Security Engineer
  • Cloud Security Engineer
  • Security Auditor
  • Web Application Security Specialist, and more…

Earning a Certified Ethical Hacker (CEH) credential through Nvidya opens doors to a wide range of high-demand cybersecurity roles across industries. As digital threats evolve, skilled professionals who can think like hackers are more essential than ever. Career paths include:

  1. Penetration Tester
  2. Cybersecurity Analyst
  3. Security Engineer
  4. Incident Responder
  5. Threat Intelligence Analyst
  6. Network Security Engineer
  7. Web Application Security Specialist
  8. Cloud Security Engineer
  9. Security Auditor

…and many more roles where offensive security skills are crucial.

Upon successful completion of your CEH training with Nvidya, you will receive a course completion certificate recognizing your hands-on expertise and theoretical understanding of ethical hacking concepts. This certificate demonstrates your readiness to sit for the official CEH certification exam by EC-Council.

The Certified Ethical Hacker certification is valid for three years. To maintain your certification status, you’ll need to:

  1. Earn 120 Continuing Education Credits (ECEs) through eligible learning activities
  2. Maintain an active EC-Council membership
  3. Stay current with the latest cybersecurity trends and tools

Recertification ensures your skills evolve with the threat landscape.

A successful ethical hacker combines technical expertise with critical thinking to identify vulnerabilities and secure systems. Key skills include:

  1. Phishing detection and prevention
  2. Threat intelligence gathering and response planning
  3. Cloud infrastructure security and monitoring
  4. Malware analysis and removal techniques
  5. Network traffic analysis (wired and wireless)
  6. Understanding of Trojans, backdoors, and countermeasures
  7. Proficiency in communication and encryption protocols

Modern ethical hackers also benefit from AI-based security tools and automation techniques to stay ahead of sophisticated cyber threats.

Choosing the right ethical hacking course is a pivotal decision in building a successful cybersecurity career. Here are key factors to consider:

  1. Curriculum Depth: Opt for a course that spans foundational principles to advanced penetration testing, malware analysis, and AI-powered threat detection.
  2. Trainer Expertise: Make sure the program is led by certified cybersecurity professionals with real-world experience in ethical hacking and incident response.
  3. Delivery Format: Look for hands-on labs, live mentoring, and real-world scenarios that mimic current cyberattack vectors.
  4. Course Reviews: Research learner testimonials and success stories to assess the quality of training.
  5. Pricing vs. Value: Evaluate if the course justifies its price based on support, resources, industry relevance, and certification recognition.

Nvidya’s CEH Training Program checks all these boxes—delivering industry-relevant content, hands-on labs, and mentorship to fast-track your career in cybersecurity.

The demand for ethical hackers is surging across industries. Salaries reflect this need for offensive security professionals. Average annual salaries include:

  • United States: $158,000 to $295,000
  • India: ₹4.3 Lakhs to ₹54 Lakhs

These figures may include base pay, performance bonuses, and other benefits. Salaries vary depending on your location, experience, employer, and additional certifications.

At Nvidya, learners receive round-the-clock support to help them succeed. Our offerings include:

  • 24/7 access to learner support via live chat, email, and helpdesk
  • On-demand academic assistance through our learner community and support channels
  • Lifetime access to our professional forums and technical discussions
  • Mentor feedback and technical guidance for hands-on labs and projects

We’re here to support you every step of your ethical hacking journey.

Absolutely. Nvidya partners with enterprises to deliver tailored cybersecurity training for teams across industries. Our corporate training features:

  • Role-based learning paths aligned with specific job functions
  • Customized certification programs for IT, DevSecOps, and InfoSec teams
  • Access to Nvidya’s Learning Hub+ for unlimited interactive resources
  • Instructor-led workshops, simulations, and assessments designed to drive real outcomes

We work with L&D teams to design scalable, results-driven cybersecurity upskilling plans.

Yes. Nvidya offers a diverse portfolio of cybersecurity courses for all experience levels. In addition to CEH, we provide:

  • CISSP® (Certified Information Systems Security Professional)
  • CISA® (Certified Information Systems Auditor)
  • Cybersecurity Expert Master’s Program
  • Red Team vs Blue Team Training
  • Professional Certificate Programs in collaboration with leading universities and global security bodies

Whether you're starting out or advancing into a specialized role, Nvidya has the right cybersecurity pathway for you.

The latest version is CEH v13, released by EC-Council. What’s new?

  • Integration of AI in ethical hacking to improve detection, analysis, and decision-making
  • Updated real-world attack simulations that reflect the modern threat landscape
  • Coverage of emerging technologies like cloud, IoT, and hybrid networks
  • Advanced hacking tools and methodologies
  • Greater focus on practical learning and vulnerability exploitation

Nvidya’s CEH training is fully aligned with the CEH v13 blueprint, ensuring you’re ready to pass the exam and thrive in real-world roles.