HackingPoint Check Point Certified PenTesting Expert - IoT Hacking (CCPE-IoT) Practice Test
Prepare for the HackingPoint Check Point Certified PenTesting Expert - IoT Hacking exam with free practice tests covering IoT security fundamentals, protocol vulnerabilities, offensive IoT security concepts, and defensive IoT security techniques. Each 20-question test uses a proportional timer based on the commonly listed CCPE-IoT exam pace of 1.2 minutes per question.
Mixed Set — CCPE-IoT Practice Tests
Use these mixed CCPE-IoT practice tests to review IoT assessment concepts across embedded device security, common IoT protocols, firmware analysis awareness, device communication risks, authorized testing boundaries, and defensive control selection.
Domain Wise — CCPE-IoT Mock Tests
Strengthen one IoT security topic at a time with focused CCPE-IoT mock tests. Each domain-wise test contains 20 questions designed around HackingPoint IoT Security Hacking concepts and authorized IoT assessment preparation.
About the CCPE-IoT Certification Exam
The HackingPoint Check Point Certified PenTesting Expert - IoT Hacking certification validates IoT security assessment knowledge for professionals who evaluate connected devices, embedded systems, IoT protocols, firmware exposure, and defensive controls in authorized environments.
What Is the CCPE-IoT?
The Check Point Certified PenTesting Expert - IoT Hacking (CCPE-IoT) is part of the HackingPoint training and accreditation track. It focuses on IoT security fundamentals, connected device risk, protocol weaknesses, firmware analysis awareness, safe offensive assessment concepts, and defensive techniques used to protect IoT and embedded device environments.
CCPE-IoT is useful for security engineers, SOC analysts, penetration testers, red-team professionals, firmware developers, embedded systems engineers, vulnerability analysts, and security consultants who need to understand how IoT weaknesses are identified, validated, prioritized, and remediated during authorized assessments.
IoT security skills support roles such as IoT security analyst, penetration tester, embedded security engineer, product security analyst, security consultant, vulnerability researcher, SOC analyst, and connected device security engineer. 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 - Hacking IoT (CCPE-IoT).
Exam code: 156-404.
Testing method: Pearson VUE testing center or available online proctored delivery through Pearson VUE.
Questions: Infinity Specialist and HackingPoint exams are 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 IoT security concepts, protocol risk, authorized assessment methodology, defensive controls, and remediation decisions.
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-IoT.
Recommended knowledge: Candidates should understand basic Linux, networking, embedded systems, IoT communication models, device security concepts, authentication, encryption basics, and security testing terminology.
Hands-on readiness: The IoT Security Hacking workshop recommends basic Linux knowledge and uses hands-on labs, so familiarity with lab environments, firmware concepts, and safe device testing workflows is helpful.
Ethical requirement: CCPE-IoT preparation should be performed only in authorized labs, sanctioned training environments, owned test devices, or systems where you have explicit permission to assess security.
Validity: Check Point certifications and accreditations are generally valid for two years from the exam date.
CCPE-IoT Objective Areas — IoT Hacking Outline
Check Point public materials describe IoT Security Hacking topic areas but do not publish official percentage weights for each CCPE-IoT objective. This table maps the practice tests to the major IoT security areas so you can cover every module systematically.
| Domain | Objective Area | Official Weight |
|---|---|---|
| Domain 1 | IoT Security Fundamentals | Not Published |
| Domain 2 | IoT Protocol Vulnerabilities | Not Published |
| Domain 3 | Offensive IoT Security Techniques | Not Published |
| Domain 4 | Defensive IoT Security Techniques | Not Published |
How Our Practice Tests Are Designed
IoT security alignment — The mixed and domain-wise tests are organized around CCPE-IoT topic areas, including IoT security fundamentals, protocol vulnerabilities, safe offensive assessment concepts, and defensive IoT security techniques.
Ethical, exam-safe question style — Questions focus on authorized IoT assessment methodology, vulnerability recognition, defensive thinking, secure configuration, risk analysis, and remediation. The goal is certification readiness while reinforcing professional testing boundaries.
Proportional timer — The CCPE-IoT 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. Repeated mistakes in protocols, firmware concepts, offensive methodology, or defensive controls show exactly where to study next.
CCPE-IoT Exam Preparation Tips
Study Strategy
Start with device architecture: Understand the relationship between hardware, firmware, operating system, communication protocols, cloud services, and management interfaces before reviewing vulnerability scenarios.
Review Linux fundamentals: The official IoT Security Hacking workshop recommends basic Linux knowledge. Comfort with Linux concepts helps when studying firmware, embedded services, file systems, and lab-based analysis.
Use authorized labs: Practice only with owned devices, sanctioned training labs, or environments where you have explicit permission. IoT testing can affect physical devices and networks if performed carelessly.
Connect findings to defenses: For every weakness you study, identify the matching control, such as secure boot, signed firmware, strong authentication, encrypted communication, segmentation, patch management, and device inventory.
Test-Taking Strategy
Read for the device context: Determine whether the question is about firmware, protocols, credentials, network exposure, cloud connectivity, monitoring, or remediation before choosing an answer.
Choose the safest valid answer: Prefer answers that respect authorization, scope, device stability, evidence quality, and responsible disclosure. Avoid options that damage devices or weaken security unnecessarily.
Manage the timer: With about 1.2 minutes per question, do not spend too long on one scenario. Eliminate clearly incorrect answers, select the best fit, and keep moving.
Review by topic area: Track missed questions by domain. Repeated errors in IoT fundamentals, protocol vulnerabilities, offensive testing concepts, or defensive controls should guide your next study block.
Frequently Asked Questions
Ready to Test Your CCPE-IoT Knowledge?
Start with a mixed CCPE-IoT practice test to measure your readiness, then use the domain-wise tests to strengthen weak areas before exam day.
Start CCPE-IoT Practice Test 1 →
