Prasenjit Sarkar
By Prasenjit SarkarLast verified: 2026-09-06
EC-CouncilCybersecurityASSOCIATE

Certified Ethical Hacker (CEH): Complete Guide 2026

312-50

The Certified Ethical Hacker (CEH) certification from EC-Council validates your ability to assess the security posture of an organization by identifying vulnerabilities using the same knowledge and tools as a malicious hacker, but in a lawful and legitimate manner. Structured across 20 learning modules and covering more than 550 attack techniques, CEH gives you the core knowledge to succeed as a cybersecurity professional.

Exam Details

Exam Code312-50
Duration240 min
Questions125
Passing Score70%
Exam Cost$1,199 USD
Validity3 years
Avg. Salary$98,000/yr

Free Exam Dumps

312-50 practice questions

473 free questions with verified answers and an explanation for every option. A sample from each bank is below; every question has its own page.

312-50 exam dumps (473 questions)

All 312-50 questions

312-50 Question 1

Single answer▪ Information Security Overview

A healthcare company is moving part of its patient scheduling system to a web-based platform. During a security review, management says the biggest concern is that appointment records must not be altered by unauthorized users, even if the system remains online and the data is not leaked. As the ethical hacker advising the project team, which security objective should be prioritized to address this concern?

  1. A

    Confidentiality, because the main goal is to prevent unauthorized disclosure of patient scheduling data

  2. B

    Integrity, because the primary concern is preventing unauthorized modification of appointment records

  3. C

    Availability, because keeping the scheduling platform accessible is the most important requirement

  4. D

    Non-repudiation, because the organization needs proof that users cannot deny scheduling changes they made

Show answer and explanation

Correct answer: B

Explanation

This question tests applied understanding of core information security objectives, especially the CIA triad: confidentiality, integrity, and availability. In CEH and general security practice, integrity refers to protecting information from improper modification or destruction and ensuring authenticity and accuracy. Because the scenario emphasizes preventing unauthorized changes to appointment records, integrity is the correct priority. Confidentiality would be the priority if the concern were unauthorized viewing of patient data; availability would apply if the concern were outages or denial-of-service conditions; and non-repudiation supports accountability after actions occur but is not the primary control objective described. This aligns with common guidance from NIST, including the definition of integrity in NIST SP 800-12 and broader foundational security principles used throughout security architecture and ethical hacking assessments.

  • A. Incorrect.

    This is incorrect. Confidentiality focuses on preventing unauthorized access or disclosure of information. While patient-related data often has confidentiality requirements, the scenario specifically states that the main concern is unauthorized alteration of records rather than data exposure.

  • B. Correct.

    This is correct. Integrity ensures that data remains accurate, complete, and unaltered except by authorized actions. In this scenario, management is specifically worried that appointment records could be changed by unauthorized users, which is a direct integrity issue within the CIA triad.

  • C. Incorrect.

    This is incorrect. Availability ensures systems and data are accessible when needed. The scenario explicitly says the concern remains even if the system stays online, meaning uptime is not the primary issue being tested here.

  • D. Incorrect.

    This is incorrect. Non-repudiation provides evidence of an action so a user cannot later deny performing it, often through logs, digital signatures, and audit trails. Although useful for accountability, it does not directly address the main requirement of preventing unauthorized modification in the first place.

312-50 Question 2

Single answer▪ Information Security Overview

A healthcare company is preparing to roll out a new patient portal that allows customers to view medical records and pay bills online. During a security planning meeting, management states that the main goal is to prevent unauthorized users from viewing patient data, ensure records are not altered in transit, and keep the portal available during peak usage. As the ethical hacker advising the team, which information security model best summarizes these three primary objectives for the portal?

  1. A

    The CIA triad: confidentiality, integrity, and availability

  2. B

    The AAA framework: authentication, authorization, and accounting

  3. C

    The Parkerian Hexad: possession, authenticity, utility, confidentiality, integrity, and availability

  4. D

    The non-repudiation model: proof of origin, proof of delivery, and accountability

Show answer and explanation

Correct answer: A

Explanation

The best answer is the CIA triad because the scenario explicitly describes its three elements: preventing unauthorized access to patient data corresponds to confidentiality, preventing improper modification of records corresponds to integrity, and keeping the portal accessible corresponds to availability. In information security overview topics, the CIA triad is the foundational model used to classify security objectives and guide control selection. This is consistent with common security guidance such as NIST principles for protecting information and systems, where confidentiality, integrity, and availability are treated as fundamental security objectives. AAA and non-repudiation are important supporting concepts, and the Parkerian Hexad is a valid extended model, but for CEH-style foundational application questions, the direct and best fit is the CIA triad.

  • A. Correct.

    Correct. The scenario directly maps to the three core principles of the CIA triad: confidentiality protects patient data from unauthorized disclosure, integrity ensures records are not altered improperly, and availability ensures the portal remains accessible to authorized users when needed. In CEH and general security practice, the CIA triad is the foundational model used to describe these primary information security objectives.

  • B. Incorrect.

    Incorrect. AAA is an important access control and identity management framework, but it does not directly summarize the three broad security goals described in the scenario. Authentication verifies identity, authorization determines permitted actions, and accounting logs activity. These controls support security, but they are not the overarching objectives being asked about here.

  • C. Incorrect.

    Incorrect. The Parkerian Hexad is a broader model that extends beyond the CIA triad and includes additional concepts such as possession, authenticity, and utility. While it is a legitimate information security model, the question asks for the model that best summarizes the three specific objectives stated by management. Those objectives exactly align with the CIA triad, making this option unnecessarily broad and not the best answer.

  • D. Incorrect.

    Incorrect. Non-repudiation is a specific security property that helps prove that an action or communication occurred and cannot later be denied. Although accountability-related controls are useful in healthcare environments, they do not represent the three main objectives listed in the scenario. This option reflects a common misconception of confusing one security service with the full set of core information security goals.

312-50 Question 3

Single answer▪ Information Security Overview

A healthcare company is launching a web portal that allows patients to view lab results and pay invoices online. During a security review, management states that the top priority is preventing unauthorized disclosure of patient records, while also ensuring records are not altered by attackers and the portal remains available during business hours. Which security objective should the ethical hacker use as the primary framework when assessing the portal's controls?

  1. A

    The CIA triad: confidentiality, integrity, and availability

  2. B

    The five phases of ethical hacking: reconnaissance, scanning, gaining access, maintaining access, and clearing tracks

  3. C

    Nonrepudiation, accounting, and auditing as the complete information security model

  4. D

    Patch management, asset inventory, and backup scheduling as the core security model

Show answer and explanation

Correct answer: A

Explanation

The best answer is the CIA triad because it is the standard foundational model for information security and aligns precisely with the scenario's requirements: preventing disclosure of patient data maps to confidentiality, preventing unauthorized modification maps to integrity, and keeping the patient portal accessible maps to availability. In CEH and broader security practice, ethical hackers assess technical and administrative controls in the context of these objectives. For example, access controls and encryption support confidentiality, input validation and change control support integrity, and redundancy, backups, and resilience measures support availability. This framing is also consistent with widely recognized security guidance such as NIST's definitions of confidentiality, integrity, and availability in FIPS 199 and related security publications.

  • A. Correct.

    Correct. The scenario directly maps to the CIA triad: confidentiality protects patient records from unauthorized disclosure, integrity ensures records are not improperly modified, and availability keeps the portal accessible to authorized users. In an information security overview context, the CIA triad is the foundational model used to evaluate whether security controls address the organization's primary protection goals.

  • B. Incorrect.

    Incorrect. These are commonly cited phases of an attack or penetration-testing workflow, not the primary framework for defining information security objectives. An ethical hacker may use these phases when planning an engagement, but they do not describe the core protection goals the organization is trying to achieve.

  • C. Incorrect.

    Incorrect. Nonrepudiation, accounting, and auditing are important security concepts and control areas, but they are not the complete foundational model for information security objectives. A candidate might select this because healthcare environments require logging and proof of actions, but those controls support broader goals such as integrity and accountability rather than replacing the CIA triad.

  • D. Incorrect.

    Incorrect. Patch management, asset inventory, and backup scheduling are valuable operational security practices. However, they are specific control activities, not the overarching framework used to categorize and assess the security objectives in the scenario. For example, backups mainly support availability and recovery, but they do not by themselves define all core information security goals.

Exam Content

Exam Domains & Topics

Master these 20 domains to pass your exam

1

Introduction to Ethical Hacking

6%

Fundamentals of information security, ethical hacking concepts, cyber kill chain methodology, MITRE ATT&CK framework, and relevant laws and standards.

Information SecurityCyber Kill ChainMITRE ATT&CKRisk ManagementThreat IntelligencePCI DSSGDPR
2

Footprinting and Reconnaissance

6%

Techniques and tools for gathering information about target networks, including OSINT, DNS footprinting, and social engineering reconnaissance.

OSINTDNS FootprintingWhois LookupGoogle HackingDark Web FootprintingEmail Footprinting
3

Scanning Networks

5%

Network scanning techniques for host, port, service, and OS discovery, including methods to bypass IDS and firewalls.

Port ScanningHost DiscoveryOS FingerprintingNmapService DiscoveryIDS Evasion
4

Enumeration

5%

Enumerating network resources including NetBIOS, SNMP, LDAP, NFS, DNS, SMTP, and SMB services.

NetBIOSSNMP EnumerationLDAPNFSDNS Zone TransferSMB Enumeration
5

Vulnerability Analysis

5%

Identifying security loopholes using vulnerability scoring systems, databases, scanning tools, and AI-powered assessment.

CVSSCVE DatabaseVulnerability ScanningNessusVulnerability LifecycleRisk Assessment
6

System Hacking

7%

System hacking methodologies including password cracking, privilege escalation, steganography, and covering tracks.

Password CrackingPrivilege EscalationMetasploitBuffer OverflowSteganographyRootkitsKeyloggers
7

Malware Threats

5%

Types of malware including trojans, viruses, worms, ransomware, fileless malware, and APTs with static and dynamic analysis.

TrojansRansomwareAPTFileless MalwareStatic AnalysisDynamic AnalysisAI-based Malware
8

Sniffing

5%

Packet-sniffing techniques including MAC flooding, ARP poisoning, MITM attacks, DNS poisoning, and countermeasures.

ARP PoisoningMAC FloodingMITM AttackDHCP StarvationDNS PoisoningWireshark
9

Social Engineering

5%

Social engineering concepts and techniques including phishing, impersonation, identity theft, and AI-powered attacks.

PhishingImpersonationPretextingBaitingIdentity TheftAnti-Phishing
10

Denial-of-Service

5%

DoS and DDoS attack techniques, botnet operations, and detection/protection strategies.

DoSDDoSBotnetsVolumetric AttacksApplication Layer AttacksDDoS Mitigation
11

Session Hijacking

4%

Session hijacking techniques at application and network levels including TCP/IP hijacking, session ID compromise, and countermeasures.

Session TokensTCP HijackingCookie TheftXSS Session HijackingCSRFSession Fixation
12

Evading IDS, Firewalls, and Honeypots

5%

Techniques for evading intrusion detection systems, firewalls, and honeypots, and related countermeasures.

IDS EvasionFirewall BypassHoneypotsTunnelingFragmentationNAC Evasion
13

Hacking Web Servers

4%

Web server attack methodology including reconnaissance, DNS hijacking, web cache poisoning, and server hardening.

Web Server AttacksDNS HijackingCache PoisoningDirectory TraversalBanner GrabbingServer Hardening
14

Hacking Web Applications

6%

Web application hacking methodology covering OWASP Top 10, API security, web service attacks, and security testing.

OWASP Top 10XSSCSRFAPI SecurityWeb FuzzingInput Validation
15

SQL Injection

5%

SQL injection attack techniques, evasion methods, and countermeasures for protecting database-driven applications.

SQL Injection TypesBlind SQLiUnion-based SQLiSQLMapParameterized QueriesWAF Evasion
16

Hacking Wireless Networks

4%

Wireless network security including encryption cracking, Bluetooth hacking, and wireless attack countermeasures.

WPA/WPA2 CrackingWPA3Bluetooth AttacksEvil TwinRogue APAircrack-ng
17

Hacking Mobile Platforms

4%

Mobile platform attack vectors for Android and iOS, mobile device management, and mobile security guidelines.

Android HackingiOS AttacksMDMMobile MalwareBYOD SecurityApp Sandboxing
18

IoT and OT Hacking

4%

IoT and Operational Technology attack surfaces, vulnerabilities, hacking methodologies, and security countermeasures.

IoT ArchitectureSCADA/ICSIoT ProtocolsOT SecurityFirmware AnalysisIoT Botnets
19

Cloud Computing

5%

Cloud computing concepts, threats, attacks on cloud services (AWS, Azure, GCP), and cloud security best practices.

AWS SecurityAzure SecurityGCP SecurityContainer SecurityServerless AttacksCloud Pentesting
20

Cryptography

5%

Encryption algorithms, PKI, digital signatures, cryptanalysis techniques, and cryptographic attack countermeasures.

Symmetric EncryptionAsymmetric EncryptionPKIDigital SignaturesHashingCryptanalysis

Who Should Take This Exam?

  • Cybersecurity professionals looking to validate ethical hacking skills
  • IT administrators wanting to understand offensive security
  • Penetration testers seeking industry-recognized certification
  • Security auditors and consultants
  • Network engineers transitioning to security roles

Study Timeline

8-12 weeks

Recommended duration

01

Foundation · Weeks 1-2

Review exam objectives & core concepts

02

Deep Dive · Weeks 3-6

Study each domain with hands-on labs

03

Practice & Review · Weeks 7-8

Take practice exams & target weak areas

View Full Study Plan

Study Guide

312-50 Study Plan

The Certified Ethical Hacker (CEH) v13 certification by EC-Council is the world's leading ethical hacking credential. CEH v13 incorporates AI-driven tools and techniques, preparing cybersecurity professionals to identify vulnerabilities, counter threats, and protect organizational assets using the same knowledge and tools as malicious hackers, but lawfully. This comprehensive study guide covers all 20 modules of the CEH v13 exam, providing structured study plans, recommended resources, and expert tips to help you pass on your first attempt.

  1. Week 1–2

    Foundation & Reconnaissance

    Build your ethical hacking foundation and master information gathering techniques.

    • Complete Modules 1–4 (Intro, Footprinting, Scanning, Enumeration)
    • Set up your practice lab (Kali Linux, Metasploitable, DVWA)
    • Practice OSINT tools: Maltego, theHarvester, Shodan
    • Master Nmap scan types and output interpretation
  2. Week 3–4

    Vulnerability Analysis & System Hacking

    Learn to identify vulnerabilities and exploit system-level weaknesses.

    • Complete Modules 5–7 (Vulnerability Analysis, System Hacking, Malware)
    • Practice password cracking with John the Ripper and Hashcat
    • Learn Metasploit Framework for exploitation
    • Understand Windows and Linux privilege escalation
  3. Week 5–6

    Network Attacks & Social Engineering

    Master network-level attacks and understand social engineering tactics.

    • Complete Modules 8–12 (Sniffing, Social Engineering, DoS, Session Hijacking, Evasion)
    • Practice Wireshark packet analysis
    • Understand ARP poisoning and MITM attacks
    • Learn IDS/IPS evasion techniques
  4. Week 7–8

    Web & Application Hacking

    Deep dive into web application vulnerabilities, the most heavily tested area.

    • Complete Modules 13–15 (Web Servers, Web Apps, SQL Injection)
    • Master OWASP Top 10 vulnerabilities
    • Practice SQL injection with SQLMap and Burp Suite
    • Understand XSS, CSRF, and other web attack vectors
  5. Week 9–10

    Wireless, Mobile, IoT & Cloud

    Cover emerging technology domains and modern attack surfaces.

    • Complete Modules 16–19 (Wireless, Mobile, IoT/OT, Cloud)
    • Practice wireless attacks with Aircrack-ng
    • Understand cloud security across AWS, Azure, GCP
    • Study IoT/OT-specific protocols and vulnerabilities
  6. Week 11–12

    Cryptography, Review & Practice Exams

    Complete final module, review all domains, and take practice exams.

    • Complete Module 20 (Cryptography)
    • Take 3–5 full-length practice exams
    • Review weak areas identified from practice tests
    • Final review of key tools, ports, and protocols

Study tips

Hands-On Practice Is Essential

  • Set up a home lab with Kali Linux, Metasploitable, and DVWA, theory alone won't pass the CEH exam
  • Practice every tool mentioned in the exam objectives: Nmap, Wireshark, Metasploit, Burp Suite, SQLMap, Aircrack-ng
  • Complete at least 100 hands-on lab exercises before attempting the exam
  • Use CTF (Capture the Flag) challenges to reinforce offensive techniques

Master the Tools and Their Flags

  • CEH heavily tests tool-specific knowledge, know Nmap flags (-sS, -sT, -sU, -A, -O, -sV) cold
  • Understand Wireshark display filters and how to identify attacks in packet captures
  • Learn Metasploit workflow: msfconsole → search → use → set options → exploit
  • Know when to use which tool for each phase of the penetration testing methodology

Focus on High-Weight Domains

  • System Hacking (7%) and Web Application Hacking (7%) carry the most weight, prioritize these
  • SQL Injection and Footprinting/Reconnaissance are also heavily tested
  • Don't neglect newer domains: IoT/OT, Cloud, and AI-driven attack techniques (new in v13)
  • Review OWASP Top 10 thoroughly, it appears across multiple exam domains

Exam Strategy

  • Read each question completely, CEH questions often have subtle clues in the scenario description
  • Eliminate obviously wrong answers first to improve your odds
  • Know your port numbers: 21 (FTP), 22 (SSH), 23 (Telnet), 25 (SMTP), 53 (DNS), 80 (HTTP), 443 (HTTPS), 445 (SMB)
  • Time management is critical: 125 questions in 4 hours, roughly 1.9 minutes per question

Exam day checklist

  • Get 7–8 hours of sleep the night before, a rested mind performs significantly better on scenario-based questions
  • Review your cheat sheet of port numbers, tool flags, and encryption algorithms in the morning
  • Arrive at the testing center 30 minutes early (or ensure your Pearson VUE setup is tested for remote proctoring)
  • Read each question fully, scenario-based questions often contain the key in the last sentence
  • Flag difficult questions and return to them, don't spend more than 2 minutes on any single question
  • For questions about attack types, visualize the attack flow and match it to the correct technique name
  • Trust your preparation, if you've completed practice exams scoring 85%+, you're ready
  • Double-check answers on flagged questions in the last 30 minutes of the exam

Career

Career Opportunities

Roles and salary potential for Certified Ethical Hacker (CEH) certified professionals

Related Job Titles

Ethical HackerPenetration TesterSecurity AnalystCybersecurity ConsultantSOC AnalystVulnerability Assessor

$98,000

Average Annual Salary

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Certification Comparisons

See how Certified Ethical Hacker (CEH) compares to other certifications

Prerequisites

Two years of work experience in Information Security or attend official EC-Council training.

FAQ

Certified Ethical Hacker (CEH) FAQs

Common questions about the 312-50 certification exam

The Certified Ethical Hacker (CEH) is a professional certification offered by EC-Council that validates your expertise in the relevant technology domain. The exam code is 312-50. This certification demonstrates your ability to design, implement, and manage solutions using EC-Council technologies.

The Certified Ethical Hacker (CEH) exam typically contains 125 questions. These questions are a mix of multiple-choice and scenario-based questions designed to test both theoretical knowledge and practical application.

The passing score for the Certified Ethical Hacker (CEH) exam is 70%. Note that EC-Council uses a scaled scoring system, so focus on understanding all exam domains thoroughly rather than just achieving the minimum score.

The Certified Ethical Hacker (CEH) exam duration is 240 minutes (4 hours). This includes time for reviewing your answers. We recommend practicing with timed mock exams to manage your time effectively.

The Certified Ethical Hacker (CEH) exam costs $1,199 USD. Prices may vary by region and are subject to change. EC-Council occasionally offers discounts or voucher programs for certification exams.

The Certified Ethical Hacker (CEH) certification is valid for 3 years. To maintain your certification, you'll need to recertify before it expires, either by passing the current exam version or through EC-Council's continuing education program.

While EC-Council doesn't always require formal prerequisites, we recommend having hands-on experience with the relevant technologies. Familiarity with core concepts and practical experience will significantly improve your chances of passing the exam.

Yes, the Certified Ethical Hacker (CEH) exam is proctored and can be taken either at a testing center or online through remote proctoring. Online proctoring allows you to take the exam from home while being monitored via webcam. Ensure you have a quiet, private space with a stable internet connection if choosing the online option.

If you don't pass the Certified Ethical Hacker (CEH) exam on your first attempt, you can retake it. EC-Council typically has a waiting period between attempts (usually 14 days for the first retake). Use this time to review the areas where you struggled and take additional practice exams.

To prepare for the Certified Ethical Hacker (CEH) exam, we recommend: 1) Review the official exam guide and objectives, 2) Gain hands-on experience with the technologies, 3) Use practice exams to identify knowledge gaps, 4) Study each exam domain thoroughly, and 5) Join study groups or forums to discuss challenging topics with other candidates.

About the Certified Ethical Hacker (CEH) Certification

The Certified Ethical Hacker (CEH) (312-50) is a associate-level certification offered by EC-Council. This certification validates your expertise in cybersecurity and is recognized globally by employers seeking qualified professionals. The exam consists of 125 questions to be completed in 240 minutes, with a passing score of 70%. The exam fee is $1,199 USD, and the certification is valid for 3 years.

Why Get Certified Ethical Hacker (CEH) Certified?

  • Career Advancement: Certified professionals earn an average of $98,000 per year. EC-Council-certified professionals are among the most sought-after in the cybersecurity industry.
  • Industry Recognition: EC-Council certifications are respected worldwide by employers, demonstrating verified competency in cybersecurity technologies and practices.
  • Skill Validation: The Certified Ethical Hacker (CEH) exam rigorously tests your knowledge across 20 domains, ensuring you have the practical skills employers demand.

Certified Ethical Hacker (CEH) Exam Format & Details

The 312-50 exam is designed to test both theoretical knowledge and practical application. Candidates are given 240 minutes to complete the exam, which contains approximately 125 questions. A score of 70% is required to pass. As an associate-level certification, it requires a solid understanding of the core technologies and some hands-on experience. Prerequisites include: Two years of work experience in Information Security or attend official EC-Council training..

Exam Domains & Topics

The Certified Ethical Hacker (CEH) exam covers 20 key domains. Understanding the weight of each domain helps you allocate your study time effectively:

  • Introduction to Ethical Hacking (6% of exam): Fundamentals of information security, ethical hacking concepts, cyber kill chain methodology, MITRE ATT&CK framework, and relevant laws and standards.
  • Footprinting and Reconnaissance (6% of exam): Techniques and tools for gathering information about target networks, including OSINT, DNS footprinting, and social engineering reconnaissance.
  • Scanning Networks (5% of exam): Network scanning techniques for host, port, service, and OS discovery, including methods to bypass IDS and firewalls.
  • Enumeration (5% of exam): Enumerating network resources including NetBIOS, SNMP, LDAP, NFS, DNS, SMTP, and SMB services.
  • Vulnerability Analysis (5% of exam): Identifying security loopholes using vulnerability scoring systems, databases, scanning tools, and AI-powered assessment.
  • System Hacking (7% of exam): System hacking methodologies including password cracking, privilege escalation, steganography, and covering tracks.
  • Malware Threats (5% of exam): Types of malware including trojans, viruses, worms, ransomware, fileless malware, and APTs with static and dynamic analysis.
  • Sniffing (5% of exam): Packet-sniffing techniques including MAC flooding, ARP poisoning, MITM attacks, DNS poisoning, and countermeasures.
  • Social Engineering (5% of exam): Social engineering concepts and techniques including phishing, impersonation, identity theft, and AI-powered attacks.
  • Denial-of-Service (5% of exam): DoS and DDoS attack techniques, botnet operations, and detection/protection strategies.
  • Session Hijacking (4% of exam): Session hijacking techniques at application and network levels including TCP/IP hijacking, session ID compromise, and countermeasures.
  • Evading IDS, Firewalls, and Honeypots (5% of exam): Techniques for evading intrusion detection systems, firewalls, and honeypots, and related countermeasures.
  • Hacking Web Servers (4% of exam): Web server attack methodology including reconnaissance, DNS hijacking, web cache poisoning, and server hardening.
  • Hacking Web Applications (6% of exam): Web application hacking methodology covering OWASP Top 10, API security, web service attacks, and security testing.
  • SQL Injection (5% of exam): SQL injection attack techniques, evasion methods, and countermeasures for protecting database-driven applications.
  • Hacking Wireless Networks (4% of exam): Wireless network security including encryption cracking, Bluetooth hacking, and wireless attack countermeasures.
  • Hacking Mobile Platforms (4% of exam): Mobile platform attack vectors for Android and iOS, mobile device management, and mobile security guidelines.
  • IoT and OT Hacking (4% of exam): IoT and Operational Technology attack surfaces, vulnerabilities, hacking methodologies, and security countermeasures.
  • Cloud Computing (5% of exam): Cloud computing concepts, threats, attacks on cloud services (AWS, Azure, GCP), and cloud security best practices.
  • Cryptography (5% of exam): Encryption algorithms, PKI, digital signatures, cryptanalysis techniques, and cryptographic attack countermeasures.

Who Should Take the Certified Ethical Hacker (CEH) Exam?

This certification is designed for professionals in the following roles:

  • Cybersecurity professionals looking to validate ethical hacking skills
  • IT administrators wanting to understand offensive security
  • Penetration testers seeking industry-recognized certification
  • Security auditors and consultants
  • Network engineers transitioning to security roles

Career Opportunities & Salary

Earning the Certified Ethical Hacker (CEH) certification opens doors to roles such as Ethical Hacker, Penetration Tester, Security Analyst, Cybersecurity Consultant, SOC Analyst, and 1 more. Certified professionals earn an average salary of $98,000 per year, reflecting the high demand for cybersecurity skills in today's job market.

Recertification & Renewal

The Certified Ethical Hacker (CEH) certification is valid for 3 years. To maintain your credential, you will need to meet EC-Council's renewal requirements before your certification expires. This may include earning continuing education credits, passing a recertification exam, or earning a higher-level certification.

Exam Registration & Cost

The 312-50 exam costs $1,199 USD. You can register through EC-Council's official website or an authorized testing center. Most candidates choose between in-person testing at a Pearson VUE or PSI center and online proctored exams taken from home. Be sure to review the exam policies, including identification requirements and prohibited items, before your test date.

How to Prepare for 312-50

We recommend 8-12 weeks of dedicated study time to prepare for the Certified Ethical Hacker (CEH) exam. Start by reviewing the official exam objectives, then work through each domain systematically. Regular practice with exam-style questions is essential for building confidence and identifying weak areas. Combine reading with hands-on practice to develop both theoretical knowledge and practical skills.

HydraNode publishes 473 free 312-50 practice questions with answers and explanations, plus a timed practice exam drawn from the same bank. Every question is written to the published objectives, so what you practise matches the format and difficulty of the actual 312-50 exam.