HackingPoint Check Point Certification

HackingPoint Check Point Certified PenTesting Expert - Infrastructure Hacking (CCPE-I) Practice Test

Prepare for the HackingPoint Check Point Certified PenTesting Expert - Infrastructure Hacking exam with free practice tests covering port scanning, password attacks, database testing, Metasploit basics, UNIX, Windows enumeration, privilege escalation, post-exploitation, and Windows domains. Each 20-question test uses a proportional timer based on the commonly listed CCPE-I pace of 1.2 minutes per question.

19Practice Tests
380Total Questions
14Objectives Covered
100%Free Forever

Domain Wise — CCPE-I Mock Tests

Strengthen one CCPE-I topic area at a time with focused mock tests. Each domain-wise test contains 20 questions mapped to the Infrastructure Hacking syllabus areas used in the HackingPoint penetration testing track.

D1
The Art of Port Scanning
Hacking methodology, reconnaissance planning, enumeration concepts, service discovery, port scanning interpretation, and defensive validation of exposed network services
Official Weight Not Published Start Test →
D2
The Art of Online Password Attacks
Authentication weaknesses, password attack concepts, account lockout considerations, network service misconfiguration, and responsible password security testing
Official Weight Not Published Start Test →
D3
The Art of Hacking Databases
Database exposure risks, MySQL and Postgres security concepts, attack chaining awareness, misconfiguration discovery, and secure remediation thinking
Official Weight Not Published Start Test →
D4
Metasploit Basics
Exploitation concepts, manual exploitation methodology, Metasploit framework terminology, module selection, validation workflow, and ethical testing boundaries
Official Weight Not Published Start Test →
D5
Password Cracking
Cryptography fundamentals, password hash concepts, offline brute-force risk, password policy evaluation, cracking workflow awareness, and defensive controls
Official Weight Not Published Start Test →
D6
Hacking UNIX
Linux and UNIX vulnerability concepts, insecure permissions, service misconfiguration, privilege escalation awareness, local enumeration, and hardening priorities
Official Weight Not Published Start Test →
D7
Hacking Application Servers on UNIX
UNIX-hosted application server exposure, web server misconfiguration, application platform weaknesses, exploitation concepts, and secure service configuration
Official Weight Not Published Start Test →
D8
Hacking Third Party CMS Software
CMS platform risk, plugin and theme exposure, vulnerability scanning concepts, patching gaps, exploitation awareness, and secure configuration review
Official Weight Not Published Start Test →
D9
Windows Enumeration
Windows enumeration techniques, configuration issue discovery, service and share review, identity exposure, domain context, and defensive visibility
Official Weight Not Published Start Test →
D10
Client-Side Attacks
Windows client-side attack concepts, user-driven risk, browser and document exposure, endpoint hardening, awareness controls, and safe test planning
Official Weight Not Published Start Test →
D11
Privilege Escalation on Windows
Post-exploitation decision points, Windows privilege escalation concepts, security feature bypass awareness, local misconfiguration review, and remediation priorities
Official Weight Not Published Start Test →
D12
Hacking Application Servers on Windows
Windows application server misconfiguration, exposed services, server role review, application platform weaknesses, and secure administration practices
Official Weight Not Published Start Test →
D13
Post Exploitation
Post-exploitation methodology, scope control, evidence handling, risk validation, lateral movement awareness, cleanup expectations, and professional reporting
Official Weight Not Published Start Test →
D14
Hacking Windows Domains
Windows authentication concepts, domain controller risk, Active Directory exposure, access path analysis, privilege boundaries, and enterprise hardening priorities
Official Weight Not Published Start Test →

About the CCPE-I Certification Exam

The HackingPoint Check Point Certified PenTesting Expert - Infrastructure Hacking certification validates practical infrastructure security testing knowledge for professionals who assess networks, servers, services, and enterprise attack paths in authorized environments.

What Is the CCPE-I?

The Check Point Certified PenTesting Expert - Infrastructure Hacking (CCPE-I) is part of the HackingPoint training and accreditation track. It focuses on infrastructure penetration testing methodology, service enumeration, password security, database exposure, UNIX and Windows weaknesses, application server risk, client-side attack concepts, post-exploitation awareness, and Windows domain security.

CCPE-I is designed for security enthusiasts, system administrators, SOC analysts, network engineers, penetration testers, vulnerability analysts, and security consultants who want to understand how infrastructure weaknesses are identified, validated, prioritized, and reported during authorized assessments.

Infrastructure penetration testing skills support roles such as penetration tester, red team operator, security consultant, vulnerability management analyst, network security engineer, security operations analyst, and infrastructure security assessor. The U.S. Bureau of Labor Statistics reported a median annual wage of $124,910 for information security analysts in May 2024, with higher compensation possible for experienced specialists and consultants.

Exam Format (2026)

Exam name: Check Point Certified PenTesting Expert - Infrastructure Hacking (CCPE-I).

Exam code: 156-402.

Testing method: Pearson VUE testing center or available online proctored delivery through Pearson VUE.

Questions: Commonly listed as 75 multiple-choice questions. Confirm the active count during Pearson VUE scheduling.

Duration: Commonly listed as 90 minutes, which equals about 1.2 minutes per question.

Question types: Multiple-choice questions focused on methodology, tool awareness, analysis, security testing decisions, and infrastructure risk scenarios.

Passing score: Commonly listed as 70%. Confirm the current score policy at registration.

Exam fee: Check Point exam prices vary by exam and region, and Pearson VUE shows the exact price at checkout.

Eligibility Requirements

Prerequisites: Public Check Point materials do not list a mandatory certification prerequisite for CCPE-I.

Recommended knowledge: Candidates should understand TCP/IP networking, operating systems, common services, web and database basics, authentication, and security testing terminology.

Hands-on readiness: The HackingPoint Infrastructure Hacking course is lab-heavy, so familiarity with Linux command-line usage, Windows administration concepts, and virtual lab environments is helpful.

Ethical requirement: CCPE-I preparation should be performed only in authorized labs, sanctioned training environments, or systems where you have explicit permission to test.

Validity: Check Point certifications and accreditations are generally valid for two years from the exam date.

CCPE-I Objective Areas — Infrastructure Hacking Outline

Check Point public materials list the Infrastructure Hacking topic sequence but do not publish official percentage weights for each objective. This table maps the practice tests to the published topic areas so you can cover every module systematically.

DomainObjective AreaOfficial Weight
Domain 1The Art of Port ScanningNot Published
Domain 2The Art of Online Password AttacksNot Published
Domain 3The Art of Hacking DatabasesNot Published
Domain 4Metasploit BasicsNot Published
Domain 5Password CrackingNot Published
Domain 6Hacking UNIXNot Published
Domain 7Hacking Application Servers on UNIXNot Published
Domain 8Hacking Third Party CMS SoftwareNot Published
Domain 9Windows EnumerationNot Published
Domain 10Client-Side AttacksNot Published
Domain 11Privilege Escalation on WindowsNot Published
Domain 12Hacking Application Servers on WindowsNot Published
Domain 13Post ExploitationNot Published
Domain 14Hacking Windows DomainsNot Published

How Our Practice Tests Are Designed

Infrastructure Hacking alignment — The mixed and domain-wise tests are organized around the CCPE-I Infrastructure Hacking syllabus areas, including scanning, enumeration, password security, database testing, Metasploit concepts, UNIX, Windows, application servers, CMS software, client-side risk, post-exploitation, and Windows domains.

Ethical, exam-safe question style — Questions focus on authorized assessment methodology, risk recognition, analysis, reporting, and defensive understanding. The goal is to prepare for certification while reinforcing professional testing boundaries.

Proportional timer — The CCPE-I exam is commonly listed as 90 minutes for 75 questions, or about 1.2 minutes per question. Each 20-question practice test is timed at approximately 24 minutes to build a realistic exam-day rhythm.

Targeted remediation — After each mixed test, use domain-wise practice to strengthen weak areas. For example, repeated mistakes in Windows enumeration or UNIX privilege escalation concepts should guide your next focused review session.

CCPE-I Exam Preparation Tips

Study Strategy

Understand the methodology: Learn the flow from reconnaissance and enumeration to validation, risk analysis, evidence gathering, cleanup, and reporting. CCPE-I is easier when you understand the assessment lifecycle.

Use authorized labs: Practice only in legal lab environments. Build confidence with sandboxed targets, training VMs, and controlled exercises rather than testing unknown systems.

Compare UNIX and Windows paths: Review how enumeration, permissions, services, authentication, and privilege boundaries differ across UNIX, Windows, and domain environments.

Connect offense to defense: For every weakness you study, identify the matching mitigation, such as patching, least privilege, hardening, monitoring, segmentation, or secure configuration.

Test-Taking Strategy

Look for the safest valid answer: Many questions may include aggressive actions. Choose the answer that fits authorized testing scope, professional methodology, and accurate risk validation.

Do not skip fundamentals: Port scanning, enumeration, authentication, and service misconfiguration concepts appear throughout advanced infrastructure scenarios.

Manage time carefully: With about 1.2 minutes per question, avoid spending too long on one scenario. Eliminate clearly incorrect answers and select the best operational choice.

Review by topic cluster: Track missed questions by domain. Repeated errors in databases, Metasploit concepts, Windows domains, or post-exploitation show exactly where to study next.

Frequently Asked Questions

How many questions are on the real CCPE-I exam?+
The CCPE-I 156-402 exam is commonly listed as 75 multiple-choice questions. Confirm the active question count on Pearson VUE before scheduling because exam details can change.
How long is the CCPE-I exam?+
The CCPE-I exam is commonly listed as 90 minutes, which equals about 1.2 minutes per question. Each 20-question practice test on this page is timed at approximately 24 minutes.
What is the passing score for the CCPE-I exam?+
The passing score is commonly listed as 70%. Always verify the current passing score during Pearson VUE registration because Check Point may update exam policies.
Are these CCPE-I practice tests free?+
Yes. All CCPE-I practice tests on Security Practice Test are free, and a free PDF is available for offline review and focused revision.
How are domain-wise questions organized?+
Domain-wise tests follow the Infrastructure Hacking topic areas, including port scanning, online password attacks, databases, Metasploit basics, password cracking, UNIX, CMS software, Windows enumeration, client-side attacks, privilege escalation, post-exploitation, and Windows domains.
Are official CCPE-I domain weights published?+
Public Check Point materials list the CCPE-I topic sequence but do not publish official percentage weights for each objective. The mixed sets balance coverage across all listed infrastructure hacking topics.
Do I need prior penetration testing experience for CCPE-I?+
Prior hands-on security testing experience is helpful but not always mandatory. You should understand networking, operating systems, common services, authentication, and safe lab-based testing before attempting CCPE-I.
What is the Check Point retake policy?+
Pearson VUE states that candidates must wait 24 hours after a first failed attempt. After the second attempt, candidates must wait 30 days for the third and any later attempts.

Ready to Test Your CCPE-I Knowledge?

Start with a mixed CCPE-I practice test to measure your readiness, then use the domain-wise tests to strengthen weak areas before exam day.

Start CCPE-I Practice Test 1 →

Authors

  • Security Practice Test Editorial Team

    Security Practice Test Editorial Team is the expert content team at SecurityPracticeTest.com dedicated to producing authoritative cybersecurity certification exam-prep resources. We create comprehensive practice tests, study materials, and exam-focused content for top security certifications including CompTIA Security+, SecurityX, PenTest+, CISSP, CCSP, SSCP, Certified in Cybersecurity (CC), CGRC, CISM, SC-900, SC-200, AZ-500, AWS Certified Security - Specialty, Professional Cloud Security Engineer, OSCP+, GIAC certifications, CREST certifications, Check Point, Cisco, Fortinet, and Palo Alto Networks exams. Our content is developed through careful review of official exam objectives, cybersecurity knowledge domains, and practical job-relevant concepts to help learners build confidence, strengthen understanding, and prepare effectively for certification success.

  • Sudhanshu Thakur - Reviewer

    Enterprise Technology and Digital Transformation Professional with 18+ years of experience in enterprise software, SaaS, industrial automation, and business consulting. Formerly associated with Rockwell Automation, Tech Mahindra, Emerson, ABB, L&T Infotech, and Hewlett Packard Enterprise.