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100+ Free ISO 27400 Lead Manager Practice Questions
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Key Facts: ISO 27400 Lead Manager Exam
80Q, 3 hours
Exam Format
PECB
70%
Passing Score
PECB
USD 1000 exam-only
Exam Fee
PECB
PECB ISO/IEC 27400 Lead Manager certification exam evaluates candidates on official PECB domains and standards. Note: this practice set is an English-language MCQ study adaptation.
Sample ISO 27400 Lead Manager Practice Questions
Try these sample questions to test your ISO 27400 Lead Manager exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.
1Question 1: Under ISO/IEC 27400 guidance for IoT Security and Privacy, when establishing organizational iot security governance, which approach represents the primary lead management objective?
A.Establish formal governance and risk-based controls for establishing organizational iot security governance aligned with ISO/IEC 27400 standards.
B.Rely solely on default network firewall rules without device-level verification.
C.Delegate all security responsibility to third-party hardware vendors without audit oversight.
D.Bypass risk assessment procedures to accelerate deployment speed across the IoT ecosystem.
Explanation: Under ISO/IEC 27400, leading an IoT security program requires establishing formal governance, conducting comprehensive risk and privacy impact assessments, enforcing robust technical controls (such as secure boot, hardware root of trust, and mTLS), and maintaining continuous monitoring across the entire IoT lifecycle.
2Question 2: Under ISO/IEC 27400 guidance for IoT Security and Privacy, when defining iot security roles and responsibilities, which approach represents the primary lead management objective?
A.Establish formal governance and risk-based controls for defining iot security roles and responsibilities aligned with ISO/IEC 27400 standards.
B.Rely solely on default network firewall rules without device-level verification.
C.Delegate all security responsibility to third-party hardware vendors without audit oversight.
D.Bypass risk assessment procedures to accelerate deployment speed across the IoT ecosystem.
Explanation: Under ISO/IEC 27400, leading an IoT security program requires establishing formal governance, conducting comprehensive risk and privacy impact assessments, enforcing robust technical controls (such as secure boot, hardware root of trust, and mTLS), and maintaining continuous monitoring across the entire IoT lifecycle.
3Question 3: Under ISO/IEC 27400 guidance for IoT Security and Privacy, when aligning iot strategy with enterprise risk framework, which approach represents the primary lead management objective?
A.Establish formal governance and risk-based controls for aligning iot strategy with enterprise risk framework aligned with ISO/IEC 27400 standards.
B.Rely solely on default network firewall rules without device-level verification.
C.Delegate all security responsibility to third-party hardware vendors without audit oversight.
D.Bypass risk assessment procedures to accelerate deployment speed across the IoT ecosystem.
Explanation: Under ISO/IEC 27400, leading an IoT security program requires establishing formal governance, conducting comprehensive risk and privacy impact assessments, enforcing robust technical controls (such as secure boot, hardware root of trust, and mTLS), and maintaining continuous monitoring across the entire IoT lifecycle.
4Question 4: Under ISO/IEC 27400 guidance for IoT Security and Privacy, when developing iot security policies and standards, which approach represents the primary lead management objective?
A.Establish formal governance and risk-based controls for developing iot security policies and standards aligned with ISO/IEC 27400 standards.
B.Rely solely on default network firewall rules without device-level verification.
C.Delegate all security responsibility to third-party hardware vendors without audit oversight.
D.Bypass risk assessment procedures to accelerate deployment speed across the IoT ecosystem.
Explanation: Under ISO/IEC 27400, leading an IoT security program requires establishing formal governance, conducting comprehensive risk and privacy impact assessments, enforcing robust technical controls (such as secure boot, hardware root of trust, and mTLS), and maintaining continuous monitoring across the entire IoT lifecycle.
5Question 5: Under ISO/IEC 27400 guidance for IoT Security and Privacy, when stakeholder communication in iot deployments, which approach represents the primary lead management objective?
A.Establish formal governance and risk-based controls for stakeholder communication in iot deployments aligned with ISO/IEC 27400 standards.
B.Rely solely on default network firewall rules without device-level verification.
C.Delegate all security responsibility to third-party hardware vendors without audit oversight.
D.Bypass risk assessment procedures to accelerate deployment speed across the IoT ecosystem.
Explanation: Under ISO/IEC 27400, leading an IoT security program requires establishing formal governance, conducting comprehensive risk and privacy impact assessments, enforcing robust technical controls (such as secure boot, hardware root of trust, and mTLS), and maintaining continuous monitoring across the entire IoT lifecycle.
6Question 6: Under ISO/IEC 27400 guidance for IoT Security and Privacy, when establishing organizational iot security governance, which approach represents the primary lead management objective?
A.Establish formal governance and risk-based controls for establishing organizational iot security governance aligned with ISO/IEC 27400 standards.
B.Rely solely on default network firewall rules without device-level verification.
C.Delegate all security responsibility to third-party hardware vendors without audit oversight.
D.Bypass risk assessment procedures to accelerate deployment speed across the IoT ecosystem.
Explanation: Under ISO/IEC 27400, leading an IoT security program requires establishing formal governance, conducting comprehensive risk and privacy impact assessments, enforcing robust technical controls (such as secure boot, hardware root of trust, and mTLS), and maintaining continuous monitoring across the entire IoT lifecycle.
7Question 7: Under ISO/IEC 27400 guidance for IoT Security and Privacy, when defining iot security roles and responsibilities, which approach represents the primary lead management objective?
A.Establish formal governance and risk-based controls for defining iot security roles and responsibilities aligned with ISO/IEC 27400 standards.
B.Rely solely on default network firewall rules without device-level verification.
C.Delegate all security responsibility to third-party hardware vendors without audit oversight.
D.Bypass risk assessment procedures to accelerate deployment speed across the IoT ecosystem.
Explanation: Under ISO/IEC 27400, leading an IoT security program requires establishing formal governance, conducting comprehensive risk and privacy impact assessments, enforcing robust technical controls (such as secure boot, hardware root of trust, and mTLS), and maintaining continuous monitoring across the entire IoT lifecycle.
8Question 8: Under ISO/IEC 27400 guidance for IoT Security and Privacy, when aligning iot strategy with enterprise risk framework, which approach represents the primary lead management objective?
A.Establish formal governance and risk-based controls for aligning iot strategy with enterprise risk framework aligned with ISO/IEC 27400 standards.
B.Rely solely on default network firewall rules without device-level verification.
C.Delegate all security responsibility to third-party hardware vendors without audit oversight.
D.Bypass risk assessment procedures to accelerate deployment speed across the IoT ecosystem.
Explanation: Under ISO/IEC 27400, leading an IoT security program requires establishing formal governance, conducting comprehensive risk and privacy impact assessments, enforcing robust technical controls (such as secure boot, hardware root of trust, and mTLS), and maintaining continuous monitoring across the entire IoT lifecycle.
9Question 9: Under ISO/IEC 27400 guidance for IoT Security and Privacy, when developing iot security policies and standards, which approach represents the primary lead management objective?
A.Establish formal governance and risk-based controls for developing iot security policies and standards aligned with ISO/IEC 27400 standards.
B.Rely solely on default network firewall rules without device-level verification.
C.Delegate all security responsibility to third-party hardware vendors without audit oversight.
D.Bypass risk assessment procedures to accelerate deployment speed across the IoT ecosystem.
Explanation: Under ISO/IEC 27400, leading an IoT security program requires establishing formal governance, conducting comprehensive risk and privacy impact assessments, enforcing robust technical controls (such as secure boot, hardware root of trust, and mTLS), and maintaining continuous monitoring across the entire IoT lifecycle.
10Question 10: Under ISO/IEC 27400 guidance for IoT Security and Privacy, when stakeholder communication in iot deployments, which approach represents the primary lead management objective?
A.Establish formal governance and risk-based controls for stakeholder communication in iot deployments aligned with ISO/IEC 27400 standards.
B.Rely solely on default network firewall rules without device-level verification.
C.Delegate all security responsibility to third-party hardware vendors without audit oversight.
D.Bypass risk assessment procedures to accelerate deployment speed across the IoT ecosystem.
Explanation: Under ISO/IEC 27400, leading an IoT security program requires establishing formal governance, conducting comprehensive risk and privacy impact assessments, enforcing robust technical controls (such as secure boot, hardware root of trust, and mTLS), and maintaining continuous monitoring across the entire IoT lifecycle.
About the ISO 27400 Lead Manager Exam
The PECB ISO/IEC 27400 Lead Manager certification evaluates professional competence in governance, implementation, auditing, and management according to PECB standards.
Questions
80 scored questions
Time Limit
3 hours
Passing Score
70%
Exam Fee
USD 1000 exam-only (PECB (Professional Evaluation and Certification Board))
ISO 27400 Lead Manager Exam Content Outline
~20%
IoT Governance & ISO/IEC 27400 Framework
Governing IoT ecosystems, organizational context, leadership commitment, IoT security and privacy policies, and stakeholder alignment.
~25%
IoT Risk Assessment & Privacy Impact Analysis
Assessing risks across IoT device, gateway, network, and cloud layers, PIA for IoT data collection, and risk treatment options.
~25%
Designing & Implementing IoT Controls
Implementing technical controls: device identity, secure boot, encryption, API security, firmware update mechanisms, and data isolation.
~15%
IoT Supply Chain & Vendor Governance
IoT hardware/software supply chain security, third-party component validation, SLA enforcement, and lifecycle management.
~15%
IoT Program Monitoring, Assurance & Continual Improvement
Continuous monitoring of IoT networks, vulnerability management, internal audit of IoT controls, and continual program enhancement.
How to Pass the ISO 27400 Lead Manager Exam
What You Need to Know
- Passing score: 70%
- Exam length: 80 questions
- Time limit: 3 hours
- Exam fee: USD 1000 exam-only
Keys to Passing
- Complete 500+ practice questions
- Score 80%+ consistently before scheduling
- Focus on highest-weighted sections
- Use our AI tutor for tough concepts
ISO 27400 Lead Manager Study Tips from Top Performers
1Review the official PECB candidate handbook
2Practice scenario-based questions across all domains
3Pace yourself to answer all questions within the time limit
Frequently Asked Questions
What is the format of the PECB ISO 27400 Lead Manager exam?
The official exam consists of 80 questions over 3 hours. This practice set provides 100 English-language MCQs as a study aid.
Is this practice test free?
Yes, 100% free with detailed explanations.