CEH v13 AI Course in 2026: Eligibility, Syllabus, Exam, Fees and Career Scope

Artificial intelligence is transforming cybersecurity from both sides. Cybercriminals can use AI to create convincing phishing messages, analyse exposed information, automate repetitive attacks and generate variations of malicious code. At the same time, ethical hackers can use AI to organise reconnaissance findings, examine large datasets, prepare testing checklists and improve vulnerability reports. This shift means that learning a few hacking tools is no longer enough. A modern ethical hacker needs to understand networks, operating systems, web applications, cloud platforms, security controls, business risk and legal boundaries. They must also know when AI can improve efficiency—and when its output must be questioned. The CEH v13 AI Course, now promoted by EC-Council as CEH AI, is designed around this changing environment. It combines established ethical hacking methodologies with AI-supported techniques, practical labs and exposure to multiple cybersecurity domains. EC-Council currently describes CEH AI as a 20-module programme with 221 hands-on labs, more than 550 attack techniques and access to over 4,000 hacking and security tools. The standard knowledge examination includes 125 multiple-choice questions over four hours, while the separate CEH Practical assessment contains 20 scenario-based challenges completed over six hours. This complete guide explains:

• What CEH v13 AI is
• Who can join the course
• Official examination eligibility
• Complete CEH syllabus
• Practical labs and tools
• CEH exam pattern
• Course and examination fees
• Career opportunities
• Beginner learning roadmap
• How to choose the right CEH training institute

Quick Answer: What Is the CEH v13 AI Course?

CEH v13 AI is an ethical hacking training and certification programme developed by EC-Council. It teaches learners how attackers identify and exploit weaknesses so that organisations can discover and fix those weaknesses through authorised security testing. The programme covers reconnaissance, network scanning, vulnerability analysis, system hacking, malware, social engineering, web application security, wireless security, mobile platforms, cloud computing, IoT, operational technology and cryptography. The AI component introduces learners to the responsible use of AI in areas such as reconnaissance, vulnerability analysis, automated testing support and documentation. AI assists the ethical hacker, but it does not replace technical understanding, manual validation or professional judgment. CEH v13 AI teaches you to understand how attackers think while operating legally, ethically and within an approved scope.

What Does CEH Stand For in the CEH v13 AI Course?

CEH stands for Certified Ethical Hacker. An ethical hacker tests systems, applications or networks only after receiving clear authorisation from the owner. Their objective is to identify security weaknesses before malicious attackers can misuse them. A professional ethical hacking engagement may involve:

• Defining the authorised scope
• Collecting information about the target
• Identifying systems, services and technologies
• Scanning for security weaknesses
• Validating vulnerabilities safely
• Recording technical evidence
• Evaluating business impact
• Recommending remediation
• Retesting after the issue is fixed
• Preparing a professional security report

Ethical hacking is not unauthorised hacking performed with positive intentions. Without permission, even well-intended security testing may be illegal.

What Is New in the CEH v13 AI Course?

Traditional ethical hacking programmes mainly concentrated on manual reconnaissance, scanning, exploitation and security tools. CEH v13 expands this approach by integrating AI-assisted capabilities throughout the ethical hacking framework. According to EC-Council, the programme integrates AI-driven ethical hacking across the learning experience and includes dedicated opportunities to practise AI-related skills. Its current framework is organised into four stages: Learn, Certify, Engage and Compete.

How the CEH v13 AI Course Uses AI to Support Ethical Hackers

• Organising public reconnaissance data
• Summarising authorised scan results
• Suggesting investigation paths
• Explaining unfamiliar technical output
• Drafting testing checklists
• Comparing configurations
• Structuring vulnerability reports
• Improving remediation explanations
• Supporting repetitive documentation
• Helping analyse larger technical datasets

However, AI can also produce incorrect commands, fictional vulnerabilities, misleading explanations or unsafe recommendations. A trained ethical hacker must validate every AI-generated result against the actual system, evidence and authorised scope.

Why the CEH v13 AI Course Does Not Mean Automated Hacking

CEH v13 AI is not a “press one button and hack” course. It teaches learners how AI can improve speed and productivity while the human professional remains responsible for:

• Legal authorisation
• Testing scope
• Evidence validation
• Exploit safety
• Business impact
• Risk classification
• Remediation advice
• Final reporting

Why Learn the CEH v13 AI Course in 2026?

Modern organisations no longer operate through a small number of office computers and internal servers. Their environments may include:

• Websites
• APIs
• Mobile applications
• Cloud infrastructure
• Remote employees
• SaaS platforms
• Wireless networks
• Identity systems
• IoT devices
• Operational technology
• Third-party integrations

Every additional technology can increase the attack surface. CEH provides broad exposure to many of these areas, which can help learners understand how vulnerabilities appear across interconnected environments. The programme can be particularly useful for students who want a structured cybersecurity learning path rather than trying to learn disconnected tools through random online content. CEH also introduces common terminology and methodologies used in:

• Vulnerability assessment
• Penetration testing
• Network security
• Application security
• Security analysis
• Incident response
• Cloud security
• Cybersecurity consulting

That does not mean CEH alone makes someone an advanced penetration tester. Learners still need repeated hands-on practice, reporting experience and deeper specialisation.

CEH v13 AI Course Eligibility Criteria

Students frequently confuse course eligibility with official exam eligibility. They are different.

Who Can Join the CEH v13 AI Course?

Learners from many educational and professional backgrounds can enrol in CEH training. A formal cybersecurity degree is not always required to begin learning ethical hacking. The course may be suitable for:

• Students after 12th
• B.Tech and B.E. students
• BCA and MCA students
• B.Sc. and M.Sc. students
• Diploma students
• IT support professionals
• Network administrators
• System administrators
• Developers
• SOC analysts
• Security analysts
• Cloud professionals
• Working professionals changing careers

A beginner may join training, but having foundational technical knowledge makes the learning process much easier.

Recommended Knowledge Before the CEH v13 AI Course

Before entering the main CEH modules, learners should ideally understand:

• TCP/IP networking
• The OSI model
• IP addressing
• Common ports and protocols
• DNS, HTTP and HTTPS
• Windows fundamentals
• Linux fundamentals
• Command-line basics
• Web application fundamentals
• Cybersecurity terminology
• Virtual machines

Students who do not understand networking can first complete Cyber DefenTech’s Basic Networking Course, which covers networking concepts including LAN/WAN technologies, IP addressing, routing, switching and security fundamentals.

Is Coding Required for the CEH v13 AI Course?

Advanced coding is not compulsory for starting CEH. However, basic programming or scripting can be useful for:

• Understanding application logic
• Reading scripts
• Automating repetitive tasks
• Modifying testing scripts
• Understanding payload behaviour
• Analysing technical errors

Beginners can start without advanced coding and gradually learn Python, Bash or JavaScript.

Official CEH v13 AI Course Examination Eligibility

EC-Council provides two primary routes for becoming eligible to attempt the knowledge examination.

Route 1: Complete Official CEH v13 AI Course Training

Candidates who complete approved official training through an authorised EC-Council training route can become eligible for the examination without following the separate self-study experience application process. Before enrolling, ask the institute whether:

• The training is official EC-Council training
• Examination eligibility is included
• An official exam voucher is included
• Official courseware is included
• Lab access is included

Route 2: CEH v13 AI Course Self-Study Eligibility

Candidates who do not take official training generally need to:

• Demonstrate at least two years of information-security-related experience
• Submit the CEH eligibility application
• Pay a non-refundable USD 100 application fee
• Receive EC-Council approval
• Purchase the examination voucher separately

These requirements are stated in EC-Council’s current CEH Candidate Handbook.

Important CEH v13 AI Course Clarification for Beginners

A student may be allowed to join CEH training without professional cybersecurity experience. However, eligibility for the official certification examination depends on the selected training and examination route. Always request written confirmation before making payment.

CEH v13 AI Course at Cyber DefenTech

Cyber DefenTech currently lists its CEH v13 AI training with the following details:

Course Detail	Information
Course duration	50 hours
Language	Hindi and English
Learning mode	Online and offline
Curriculum	All 20 CEH modules
Contact number	+91 84480 46612
Email	training@cyberdefentech.com

The course page describes an instructor-led learning environment with practical exposure across the CEH modules and a focus on modern cybersecurity and AI. Students can review the complete programme on the CEH v13 AI Training Course page.

Complete CEH v13 AI Course Syllabus

The official CEH curriculum contains 20 modules. Together, they provide broad coverage of ethical hacking across systems, networks, applications, cloud environments and emerging technologies.

CEH v13 AI Course Module 1: Introduction to Ethical Hacking

The first module establishes the legal, ethical and technical foundation of the programme. It introduces:

• Information-security concepts
• Threats and vulnerabilities
• Types of hackers
• Ethical hacking phases
• Security controls
• Risk management
• Incident management
• Cyber Kill Chain
• MITRE ATT&CK
• Relevant regulations and standards
• AI in ethical hacking

This module matters because technical capability without ethical discipline can create serious legal and operational risks.

CEH v13 AI Course Module 2: Footprinting and Reconnaissance

Footprinting and reconnaissance involve collecting information about the target before deeper testing begins. Learners may examine:

• Search-engine reconnaissance
• Website technologies
• Domain-registration data
• DNS information
• Email addresses
• Public documents
• Metadata
• Employee information
• Social-media exposure
• Open-source intelligence

The defensive lesson is equally important: organisations should minimise unnecessary public exposure.

CEH v13 AI Course Module 3: Scanning Networks

Scanning helps ethical hackers identify active systems, open ports, services and operating-system information. This module covers areas such as:

• Host discovery
• Port scanning
• Service detection
• Operating-system identification
• Network mapping
• Firewall behaviour
• Scanning techniques
• Scan-result interpretation

Tools such as Nmap are commonly used, but learners must understand what the output means rather than memorising commands. Students interested in specialising beyond CEH can explore the Network Penetration Testing Course, which focuses on authorised testing of networks, routers, servers, firewalls and related infrastructure.

CEH v13 AI Course Module 4: Enumeration

Enumeration extracts more detailed information from services identified during scanning. Topics may include:

• User and group information
• Network shares
• Service banners
• DNS records
• SNMP information
• Directory services
• Authentication services
• Exposed system details

The objective is to identify information that could increase the risk of unauthorised access.

CEH v13 AI Course Module 5: Vulnerability Analysis

Vulnerability analysis involves discovering, validating and prioritising security weaknesses. Learners study:

• Vulnerability scanners
• CVEs
• Severity ratings
• Credentialed scans
• Non-credentialed scans
• False positives
• Vulnerability validation
• Risk prioritisation
• Remediation recommendations

A scanner result is not automatically a confirmed vulnerability. Professional analysts must assess whether:

• The issue is real
• It is exploitable
• Existing controls reduce the risk
• The vulnerable asset is business-critical
• Remediation is practical

CEH v13 AI Course Module 6: System Hacking

This module introduces techniques attackers may use after discovering an exploitable weakness. The learning areas may include:

• Password attacks
• Authentication weaknesses
• Access acquisition
• Privilege escalation
• Credential risks
• Persistence concepts
• Security-log awareness
• Defensive countermeasures

All exercises must be performed only in authorised labs.

CEH v13 AI Module 7: Malware Threats

Malware is designed to damage systems, steal information, maintain unauthorised access or disrupt operations. The module introduces:

• Viruses
• Worms
• Trojans
• Ransomware
• Spyware
• Rootkits
• Fileless malware
• Malware delivery
• Persistence
• Indicators of compromise
• Detection and prevention

CEH provides broad malware awareness. Advanced reverse engineering normally requires separate specialist training.

CEH v13 AI Module 8: Sniffing

Packet sniffing involves capturing and analysing network communications. Learners may practise:

• Packet capture
• Protocol analysis
• Wireshark usage
• Network-interface modes
• Clear-text credential risks
• Man-in-the-middle concepts
• ARP-related attacks
• Segmentation
• Secure protocols

The module helps learners understand how insecure network communication can expose sensitive information.

CEH v13 AI Module 9: Social Engineering

Social engineering targets human decisions rather than only software or hardware. It can include:

• Phishing
• Spear phishing
• Pretexting
• Impersonation
• Baiting
• Credential harvesting
• Physical social engineering
• AI-generated messages
• Deepfake-related fraud

Modern AI can make fraudulent messages more personalised and grammatically convincing. Organisations therefore need verification procedures, technical controls and employee awareness.

CEH v13 AI Module 10: Denial-of-Service

Denial-of-service attacks attempt to make applications, websites or infrastructure unavailable. Learners study:

• DoS and DDoS concepts
• Resource exhaustion
• Network-layer attacks
• Application-layer attacks
• Botnets
• Rate limiting
• Filtering
• Monitoring
• Response strategies

DoS testing should never be conducted on production or public systems without explicit permission and safeguards.

CEH v13 AI Module 11: Session Hijacking

Session hijacking occurs when an attacker attempts to take control of an authenticated user session. The module can include:

• Session identifiers
• Browser cookies
• Authentication tokens
• Session fixation
• Predictable tokens
• Insecure transport
• Secure session management
• Timeout controls

This topic connects application authentication with browser and network security.

CEH v13 AI Module 12: Evading IDS, Firewalls and Honeypots

Security controls such as firewalls, intrusion-detection systems and honeypots help organisations identify or restrict suspicious activity. This module explains:

• Firewall operation
• IDS and IPS concepts
• Traffic filtering
• Network segmentation
• Evasion concepts
• Honeypot technologies
• Detection limitations
• Defence in depth

The purpose is to help professionals understand how defensive controls may fail and how they can be improved.

CEH v13 AI Module 13: Hacking Web Servers

Web-server security concentrates on the infrastructure hosting websites and applications. Common risks include:

• Outdated software
• Default credentials
• Exposed services
• Unnecessary directories
• Weak configuration
• Information disclosure
• Missing patches
• Insecure permissions

Students learn how server weaknesses can create an entry point into wider infrastructure.

CEH v13 AI Module 14: Hacking Web Applications

Web applications are frequent targets because they process user input, authentication, business logic and sensitive data. The module can include:

• Authentication weaknesses
• Access-control issues
• Input-validation flaws
• Security misconfiguration
• Cross-site scripting
• Insecure file uploads
• Parameter tampering
• Session risks
• Application-testing methodology

Learners who want deeper practical application-security skills can continue with the Web Application Penetration Testing Course. Cyber DefenTech’s curriculum includes OWASP Top 10, Burp Suite, broken access control, XSS, SQL injection, API testing, report writing and a capstone project.

CEH v13 AI Module 15: SQL Injection

SQL injection may occur when untrusted user input reaches a database query without appropriate protection. This module explores:

• SQL injection fundamentals
• Error-based behaviour
• Union-based techniques
• Blind SQL injection
• Authentication bypass
• Database enumeration
• Secure queries
• Parameterised statements
• Remediation

Ethical hackers must explain both the technical weakness and how developers can fix it.

CEH v13 AI Module 16: Hacking Wireless Networks

Wireless networks create security concerns because communication takes place through radio signals rather than only physical cables. Topics may include:

• Wireless standards
• Authentication methods
• Encryption
• Access-point discovery
• Rogue access points
• Wireless attack concepts
• WPA security
• Secure wireless configuration
• Enterprise wireless controls

Wireless testing must be restricted to networks the learner owns or is authorised to assess.

CEH v13 AI Module 17: Hacking Mobile Platforms

Mobile platforms store sensitive data and connect to applications, APIs, cloud services and identity providers. Learners may study:

• Mobile architecture
• Application permissions
• Insecure storage
• Weak communication
• Mobile malware
• Device security
• Application risks
• Secure configuration

Advanced Android or iOS application testing normally requires further specialised study.

CEH v13 AI Module 18: IoT and OT Hacking

IoT and operational technology can have different security and safety requirements from conventional IT systems. The module introduces:

• Embedded-device risks
• Default credentials
• Insecure protocols
• Weak update mechanisms
• Firmware concerns
• Device exposure
• IoT attack surfaces
• OT-security awareness
• Availability and safety requirements

Testing operational technology requires exceptional caution because disruption may affect physical processes.

CEH v13 AI Module 19: Cloud Computing

Cloud platforms shift security responsibilities across customers and service providers. This module may cover:

• Cloud service models
• Shared responsibility
• Identity and access management
• Storage exposure
• Misconfiguration
• Cloud logging
• Virtual networks
• Cloud attack surfaces
• Monitoring
• Remediation

CEH introduces cloud-security concepts, but professionals seeking cloud-specific roles need deeper AWS, Azure or Google Cloud experience. Cyber DefenTech also offers a dedicated Cloud Security Course for learners who want to continue in this specialisation.

CEH v13 AI Module 20: Cryptography

Cryptography protects data through mathematical and technical controls. Students are introduced to:

• Symmetric encryption
• Asymmetric encryption
• Hashing
• Digital signatures
• Public-key infrastructure
• Certificates
• Cryptographic attacks
• Cryptanalysis concepts
• Secure implementation

The objective is to understand how cryptography protects information and how incorrect implementation may weaken that protection.

CEH v13 AI Course Practical Labs and Tools

Ethical hacking cannot be learned effectively through theory alone. EC-Council says CEH AI includes:

• 20 learning modules
• 221 hands-on labs
• More than 550 attack techniques
• Over 4,000 security and hacking tools
• AI-focused lab experience

More than 50% of training time dedicated to labs in its online training framework Depending on the training environment, learners may encounter tools associated with:

Security Area	Common Tool Examples
Network scanning	Nmap
Packet analysis	Wireshark
Web application testing	Burp Suite
Vulnerability assessment	Nessus, OpenVAS
Exploitation labs	Metasploit
Password auditing	Hydra, Hashcat, John the Ripper
Wireless assessment	Aircrack-ng
Database testing	SQLmap
Operating environment	Kali Linux
Reporting	Vulnerability and penetration-test report templates

Tools are only part of the skill. A competent ethical hacker must be able to explain:

• Why the test was performed
• What the output means
• Whether the finding is valid
• What evidence supports it
• How serious the risk is
• How the organisation can fix it
• How the fix should be retested

CEH v13 AI Course Exam Details

CEH v13 AI Course Knowledge Examination

Exam Detail	Official Information
Exam code	312-50
Format	Multiple-choice questions
Questions	125
Duration	4 hours
Delivery	EC-Council testing route or Pearson VUE
Passing score	Determined by the exam form

The knowledge examination assesses understanding of threats, attack vectors, procedures, methodologies, detection and prevention. EC-Council uses different examination forms. Therefore, candidates should not assume that every exam attempt has one identical passing percentage.

CEH v13 AI Course Practical Examination

Exam Detail	Official Information
Format	Hands-on cyber-range assessment
Challenges	20 scenario-based challenges
Duration	6 hours
Objective	Validate practical ethical hacking skills
Requirement	Separate from the standard knowledge exam

The practical assessment examines skills including network scanning, OS detection, vulnerability analysis, system hacking and web application testing.

CEH v13 AI Course: CEH vs CEH Master

Candidates who pass the knowledge examination earn the CEH credential. Learners who complete both the knowledge and practical assessment can progress towards the CEH Master credential. EC-Council describes this as the combination of formal knowledge validation and practical skills assessment.

CEH v13 AI Course Fees in 2026

The term “CEH fee” can refer to several different costs:

• Training fee
• Official courseware
• Lab access
• Knowledge-exam voucher
• Practical-exam voucher
• Eligibility application
• Proctoring
• Retake
• Taxes
• Additional institute projects
• Career-support services

This is why two CEH training packages may have very different prices.

Official CEH v13 AI Course Knowledge Exam Voucher

The official EC-Council store currently lists the Pearson VUE CEH examination voucher at USD 1,199. The voucher is non-transferable and is listed as valid for one year from release. Prices and policies may change, so candidates should verify the store before purchasing.

CEH v13 AI Course Self-Study Eligibility Fee

Candidates using the self-study eligibility route may also have to pay the USD 100 non-refundable eligibility application fee.

Cyber DefenTech CEH v13 AI Course Training Fee

Cyber DefenTech does not currently display one fixed CEH v13 AI training fee on the public course page. Students should contact the admissions team and request a written fee breakdown. Before payment, confirm whether the quoted amount includes:

• Instructor-led classes
• Official courseware
• Official lab access
• CEH examination voucher
• CEH Practical voucher
• Examination retake
• Recorded sessions
• Mock tests
• VAPT projects
• Report-writing sessions
• GST or applicable taxes
• Interview preparation
• Placement assistance

Do not compare CEH programmes using price alone. Compare instructor quality, official material, practical access, exam inclusion, mentorship and post-training support.

CEH v13 AI Course Duration and Learning Modes

Cyber DefenTech currently lists its CEH v13 AI programme as a 50-hour course, taught in Hindi or English through online and offline modes. The total calendar duration will depend on the schedule. For example:

• Daily batches may finish faster
• Weekend batches may take longer
• Working-professional batches may run at a slower pace
• Foundation classes may add additional hours
• Lab projects may continue beyond classroom instruction

Questions to Ask Before Joining the CEH v13 AI Course

Are all 50 hours instructor-led? How many hours are dedicated to practical labs? Are recordings available? Is lab access available outside class? Are networking and Linux basics included? Are practice questions provided? Is report writing taught? Is the examination voucher included? Are there weekday and weekend batches?

Career Scope After the CEH v13 AI Course

CEH can support several cybersecurity career pathways, depending on the candidate’s previous experience, practical ability and additional specialisation.

1. Ethical Hacker

Ethical hackers identify security weaknesses through authorised testing. Their work may involve:

• Reconnaissance
• Vulnerability validation
• Controlled exploitation
• Documentation
• Remediation guidance
• Retesting

2. Junior Penetration Tester

A junior penetration tester helps assess networks, systems or applications under supervision. CEH provides broad exposure, but learners should build additional practical projects before independently managing professional engagements. Advanced learners may later explore programmes such as PEN-200 Penetration Testing with Kali Linux, which focuses more deeply on enumeration, exploitation, privilege escalation and post-exploitation.

3. VAPT Analyst

VAPT analysts conduct vulnerability assessments and controlled penetration testing. Their responsibilities may include:

• Running authorised scans
• Validating findings
• Removing false positives
• Assigning risk
• Preparing reports
• Recommending remediation
• Conducting retesting

4. Web Application Security Tester

Web security testers assess authentication, access controls, input validation, sessions and application business logic. CEH introduces these areas, but deeper web-security work requires continued practice with:

• HTTP
• OWASP Top 10
• Burp Suite
• APIs
• Authentication
• Authorisation
• Secure coding
• Manual testing

5. API Security Tester

Modern applications often depend heavily on APIs. Learners interested in this direction can continue with the API Penetration Testing Course, which focuses on API architecture, testing methodology, vulnerabilities and defensive controls.

6. Security Analyst

Security analysts review vulnerabilities, configurations, alerts and technical risks. CEH can help them understand attacker behaviour, although defensive roles may require additional SIEM, endpoint and incident-response skills.

7. SOC Analyst

CEH helps SOC analysts understand reconnaissance, exploitation and attacker techniques. However, candidates seeking SOC roles should also study:

• Log analysis
• SIEM
• EDR/XDR
• Alert triage
• Threat intelligence
• Incident response
• Case documentation

Cyber DefenTech’s Certified SOC Analyst Course covers security operations, cyber threats, indicators of compromise, logging, SIEM, threat intelligence and incident response.

8. Digital Forensics Professional

Some learners move from ethical hacking into cybercrime investigation and digital evidence. The CHFI pathway focuses more strongly on forensic processes, evidence acquisition, analysis and cybercrime investigation. Students can review Cyber DefenTech’s CHFI-related training resources.

9. Network Security Analyst

Network security professionals analyse:

• Firewall configurations
• Network traffic
• Routing
• VPNs
• Exposed services
• Network vulnerabilities
• Segmentation
• Access controls

Strong networking knowledge is essential for this pathway.

10. Cloud Security Professional

CEH provides introductory exposure to cloud risks, but dedicated cloud positions require deeper understanding of:

• IAM
• Cloud logging
• Storage security
• Virtual networks
• Key management
• Workload protection
• Containers
• Infrastructure as code
• Cloud incident response

Does the CEH v13 AI Course Guarantee a Job?

No certification can guarantee employment. CEH may strengthen a candidate’s knowledge, resume and understanding of ethical hacking, but hiring decisions depend on much more. Employers may evaluate:

• Networking knowledge
• Linux and Windows skills
• Practical projects
• Vulnerability validation
• Report writing
• Communication
• Legal awareness
• Interview performance
• Previous IT experience
• Problem-solving ability

A candidate with CEH plus practical evidence will usually present a stronger profile than someone who has only memorised examination questions.

Projects to Build Alongside the CEH v13 AI Course

Create a beginner portfolio containing:

• An authorised network-assessment report
• A vulnerable web-application assessment
• An Nmap scan-analysis report
• A Wireshark traffic-analysis exercise
• A vulnerability-prioritisation report
• A phishing-risk assessment
• A cloud-security checklist
• A remediation and retesting report

Never publish real credentials, client data or exploitable production details.

Is the CEH v13 AI Course Good for Beginners?

CEH can be valuable for beginners who understand basic IT and networking. A complete beginner may find the course difficult if they are unfamiliar with:

• IP addresses
• Ports
• Protocols
• DNS
• Operating systems
• Command-line usage
• Web requests
• Authentication
• Virtual machines

Students needing a wider foundation may consider the One-Year Diploma Course in Cybersecurity, which combines networking, Linux, Python, ethical hacking, penetration testing, cloud security, digital forensics, SOC and interview preparation. Learners looking for a certification-focused security foundation before CEH can also review the CompTIA Security+ Course, which covers general security concepts, threats, security architecture, operations and security-program management.

Recommended CEH v13 AI Course Learning Roadmap

Step 1: Learn Networking

Study:

• OSI and TCP/IP models
• IP addressing
• DNS
• HTTP and HTTPS
• Ports and protocols
• Routing
• Firewalls
• VPNs

Step 2: Learn Windows and Linux

Practise:

• File systems
• Users and permissions
• Processes and services
• Logs
• Terminal commands
• Network commands
• Basic administration

Step 3: Understand Cybersecurity Fundamentals

Learn:

• Threats
• Vulnerabilities
• Risk
• Security controls
• Authentication
• Encryption
• Incident response
• Legal boundaries

Step 4: Complete CEH Training

Study each CEH module in sequence and understand the methodology behind every tool and technique.

Step 5: Practise in Authorised Labs

Use:

• Virtual machines
• Cyber ranges
• Capture-the-flag challenges
• Deliberately vulnerable applications
• Personally owned test systems

Step 6: Learn Report Writing

For every lab, document:

• Objective
• Scope
• Method
• Evidence
• Risk
• Remediation
• Retest result

Step 7: Prepare for the Examination

Use:

• Official courseware
• Module-based revision
• Practice questions
• Lab repetition
• Mock examinations
• Time-management exercises

How to Prepare for the CEH v13 AI Course Exam

Understand Concepts Instead of Memorising Tools

Candidates may be tested on methodologies, procedures, attacks, detection and preventive controls. For each topic, understand:

• What the technique does
• Why it works
• How it is detected
• How it is prevented
• When it is legal to use
• What evidence confirms it

Divide the Syllabus Into Groups

A practical revision plan can follow these groups:

• Ethical hacking, reconnaissance and scanning
• Enumeration and vulnerability analysis
• System hacking and malware
• Sniffing and social engineering
• DoS, sessions and security controls
• Web servers, web applications and SQL injection
• Wireless, mobile, IoT and OT
• Cloud and cryptography

Repeat Practical Labs

Watching a trainer perform a lab is not the same as performing it independently. Repeat each major exercise until you can explain:

• What you did
• Why you did it
• What you expected
• What happened
• What the result means
• How the weakness should be fixed

Study Countermeasures

CEH is not only about offensive techniques. You should also understand:

• Hardening
• Detection
• Logging
• Access controls
• Encryption
• Patching
• Network segmentation
• Secure configuration

How to Choose the Right CEH v13 AI Course Training Institute

1. Verify the Training Route

Ask whether the programme qualifies as official training and how examination eligibility will be handled.

2. Check the Trainer’s Practical Experience

A capable trainer should be able to explain:

• Technical concepts
• Testing methodology
• Legal limitations
• Defensive controls
• Vulnerability impact
• Professional reporting
• Common mistakes

3. Evaluate Practical Access

Confirm:

• Number of labs
• Lab-access duration
• Live demonstrations
• Student practice time
• Projects
• Report writing
• Mock tests

4. Request a Complete Fee Breakdown

Confirm whether the fee includes:

• Courseware
• Labs
• Exam voucher
• Practical exam
• Retake
• Proctoring
• Taxes
• Career support

5. Avoid Unrealistic Claims

A responsible institute may offer resume support, mock interviews and placement assistance, but no training provider should casually guarantee a cybersecurity job.

Why Choose Cyber DefenTech for the CEH v13 AI Course?

Cyber DefenTech’s current CEH v13 AI programme is listed as a 50-hour course available in Hindi and English through both online and offline delivery. The learning format may be suitable for students seeking:

• CEH v13 AI training in Delhi
• Ethical hacking classes in Hindi or English
• Live online training
• Classroom cybersecurity training
• Hands-on lab guidance
• CEH examination preparation
• Instructor-supported learning
• A structured pathway into penetration testing

The institute’s existing ethical-hacking content identifies Aakash Jha as a cybersecurity trainer, and its official CEH page provides the current course duration and delivery information. Before admission, candidates should still confirm the current fee, batch schedule, official voucher inclusion, lab validity and support terms.

CEH v13 AI Course Enquiry

Phone: +91 84480 46612 Email: training@cyberdefentech.com

• Learning modes: Online and offline
• Languages: Hindi and English

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CEH v13 AI Course Frequently Asked Questions

1. What is the CEH v13 AI Course?

CEH v13 AI is EC-Council’s ethical hacking programme combining established penetration-testing concepts, hands-on labs and AI-supported ethical hacking techniques.

2. Is CEH v13 the current CEH version in 2026?

EC-Council’s current public programme is presented as CEH AI and references version 13 with added AI capabilities.

3. How many modules are included?

The CEH curriculum contains 20 modules, beginning with ethical hacking fundamentals and ending with cryptography.

4. What is the CEH exam pattern?

The knowledge examination contains 125 multiple-choice questions and lasts four hours.

5. Is there a CEH Practical exam?

Yes. CEH Practical is a separate six-hour hands-on assessment involving 20 scenario-based challenges.

6. Can beginners join CEH training?

Yes. However, beginners should first understand networking, Windows, Linux, ports, protocols and basic cybersecurity.

7. Is coding compulsory?

No. Advanced programming is not mandatory, although basic Python, Bash or JavaScript knowledge can improve practical understanding.

8. Can I attempt CEH without official training?

Candidates using the self-study route generally need two years of information-security experience, an eligibility application and the applicable non-refundable fee.

9. What is the official CEH exam voucher price?

The EC-Council store currently lists the Pearson VUE CEH voucher at USD 1,199. Prices can change.

10. Does the CEH fee include training?

Not necessarily. Training, courseware, labs, knowledge examination, practical assessment and taxes may be priced separately.

11. Is CEH enough to become a penetration tester?

CEH provides broad foundational knowledge, but professional penetration testing requires deeper hands-on experience, reporting ability and specialist practice.

12. Is CEH useful for SOC analysts?

Yes. It helps SOC analysts understand attacker techniques, but SOC candidates should also learn SIEM, EDR, log analysis, threat intelligence and incident response.

13. Does CEH guarantee employment?

No. Employment depends on practical ability, projects, communication, interviews, experience and market requirements.

14. Can students after 12th learn CEH?

Yes, provided they first develop basic networking, operating-system and cybersecurity knowledge.

15. Is CEH training available online?

Yes. Cyber DefenTech currently advertises online and offline training.

16. How long is the Cyber DefenTech CEH course?

The current course page lists 50 training hours.

17. Which course should I take after CEH?

The answer depends on your career goal:

• Network security: Network Penetration Testing
• Web security: Web Application Penetration Testing
• API security: API Penetration Testing
• Advanced penetration testing: PEN-200
• Defensive security: Certified SOC Analyst
• Digital investigation: CHFI
• Cloud security: Cloud Security

Final Verdict: Is the CEH v13 AI Course Worth It in 2026?

CEH v13 AI can be valuable for learners who want:

• A structured ethical hacking curriculum
• Broad exposure to multiple security domains
• A recognised certification pathway
• Practical lab experience
• An introduction to AI-assisted ethical hacking
• A foundation for penetration testing or security analysis

The certification is most useful when combined with:

• Networking fundamentals
• Windows and Linux practice
• Authorised lab exercises
• Vulnerability reporting
• Web and network security projects
• Clear communication
• Continued specialisation

CEH should not be pursued only as a resume keyword. The real objective should be to develop the ability to:

• Identify a weakness
• Validate it safely
• Collect reliable evidence
• Explain the business risk
• Recommend an effective solution
• Confirm that the solution works

A certificate can introduce your profile. Practical skill, ethical discipline and clear reporting determine how far your cybersecurity career can grow.

Ready to Begin Your CEH v13 AI Course Journey?

Learn ethical hacking through structured modules, practical labs, instructor guidance and examination-oriented preparation.

🌐 cyberdefentech.in

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