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Information Systems Security Management Professional Practice Test

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Exam Code: ISSMP
Exam Name: Information Systems Security Management Professional
Length of exam: 3 hours
Number of items: 125
Item format: Multiple choice and advanced item types
Passing grade: 700 out of 1000 points
Exam language availability: English
Testing center: Pearson VUE Testing Center

- Establish security’s role in organizational culture- vision- and mission
- Defining information security program vision and mission
- Aligning security with organizational goals- objectives- and values
- Defining security’s relationship with the overall organization processes
- Defining the relationship between organizational culture and security

- Align security program with organizational governance
- Identifying and navigating organizational governance structure
- Verifying and validating roles of key stakeholders
- Validating sources and boundaries of authorization
- Advocating and obtaining organizational support for security initiatives

- Define and implement information security strategies
- Identifying security requirements from organizational initiatives
- Evaluating capacity and capability to implement security strategies
- Prescribing security architecture design
- Managing implementation of security strategies
- Reviewing and maintaining security strategies

- Define and maintain security policy framework
- Determining applicable external standards- laws- and regulations
- Determining data classification and protection requirements
- Establishing internal policies
- Advocating and obtaining organizational support for policies
- Developing procedures- standards- guidelines- and baselines
- Ensuring periodic review of security policy framework

- Manage security requirements in contracts and agreements
- Evaluating service management agreements (e.g.- risk- financial)
- Governing managed services (e.g.- infrastructure- cloud services)
- Managing security impact of organizational change (e.g.- mergers and acquisitions- outsourcing- capability development)
- Ensuring that applicable regulatory compliance statements and requirements are included in contractual and service management agreements
- Monitoring and enforcing compliance with contractual and service management agreements

- Manage security awareness and training programs
- Promoting security programs to key stakeholders
- Identifying needs and implementing training programs by target segment
- Monitoring- evaluating- and reporting on effectiveness of security awareness and training programs

- Define- measure- and report security metrics
- Identifying Key Performance Indicators (KPI) and Key Risk Indicators (KRI)
- Associating metrics to the risk posture of the organization
- Using metrics to drive improvements to the security program and operations

- Prepare- obtain- and manage security budget
- Preparing and securing annual budget
- Adjusting or requesting budget based on evolving risks and threat landscape
- Managing and reporting financial responsibilities

- Manage security programs
- Defining roles and responsibilities
- Determining and managing team accountability
- Building cross-functional relationships
- Resolving conflicts between security and other stakeholders
- Identifying communication bottlenecks and barriers
- Integrating security controls into organization processes

- Apply product development and project management principles
- Incorporating security throughout the lifecycle
- Identifying and applying applicable methodology (e.g.- agile- waterfall- lean- rapid application development)
- Analyzing project scope- timelines- quality- and budget

- Manage integration of security throughout system life cycle
- Integration of information security decision points and requirements throughout the system life cycle
- Implementation of security controls throughout the system life cycle
- Overseeing security configuration management (CM) processes

- Integrate organization initiatives and emerging technologies throughout the security architecture
- Implementing security principles
- Addressing impact of organization initiatives on security posture

- Define and manage comprehensive vulnerability management programs (e.g.- vulnerabilities- scanning- penetration testing- threat analysis)
- Identification- classification- and prioritization of assets- systems- and services based on criticality and impact to the organization
- Prioritization of threats and vulnerabilities based on risk
- Management of security testing
- Management of mitigation and/or remediation of vulnerabilities
- Monitoring and reporting of vulnerabilities

- Manage security aspects of change control
- Integration of security requirements with change control process
- Conducting a security impact analysis
- Identification and coordination with the stakeholders
- Management of documentation and tracking
- Ensuring policy compliance (e.g.- continuous monitoring)

- Develop and manage a risk management program
- Identifying risk management program objectives
- Defining risk management objectives with risk owners and other stakeholders
- Determining scope of organizational risk program
- Identifying organizational risk tolerance/appetite
- Obtaining and verifying organizational asset inventory
- Analyzing organizational risks
- Determine countermeasures- compensating and mitigating controls
- Identifying risk treatment options
- Conducting Cost-benefit analysis (CBA) of risk treatment options
- Recommending risk treatment options to stakeholders
- Documenting and managing agreed risks and issues treatments
- Testing- monitoring- and reporting on risks and issues

- Manage security risks within the supply chain (e.g.- supplier- vendor- third-party risk- contracts)
- Identifying supply chain security risk objectives
- Integrating supply chain security risks into organizational risk management
- Verifying and validating security risk control within the supply chain
- Monitoring and reviewing the supply chain security risks

- Conduct risk assessments
- Identifying risk factors
- Determining the risk assessment approach (e.g.- qualitative- quantitative)
- Performing the risk analysis

- Manage risk controls
- Identifying controls
- Determining control effectiveness
- Evaluating control coverage
- Monitoring/reporting risk control effectiveness and coverage

- Establish and maintain security operations center
- Development of security operations center (SOC) documentation

- Establish and maintain threat intelligence program
- Aggregating threat data from multiple threat intelligence sources
- Conducting baseline analysis of network traffic- data- and user behavior
- Detecting and analyzing anomalous behavior patterns for potential concerns
- Conducting threat modeling
- Identifying and categorizing attacks
- Correlating related security events and threat data
- Defining actionable alerts

- Establish and maintain incident management program
- Development of program documentation
- Establishing incident response (IR) case management processes
- Establishing incident response (IR) team
- Applying incident management methodologies
- Establishing and maintaining incident handling processes
- Establishing and maintaining investigation processes
- Quantifying and reporting incident impacts and investigations to stakeholders
- Conducting root cause analysis

- Facilitate development of contingency plans
- Identifying and analyzing factors related to resiliency planning (e.g.- Continuity of Operations Plan (COOP)- external factors- laws- regulations- business impact analysis (BIA))
- Identifying and analyzing factors related to the business continuity plan (BCP) (e.g.- time- resources- verification- business impact analysis (BIA))
- Identifying and analyzing factors related to the disaster recovery plan (DRP) (e.g.- time- resources- verification)
- Coordinating contingency management plans with key stakeholders
- Defining internal and external crisis communications plan
- Defining and communicating contingency roles and responsibilities
- Identifying and analyzing contingency impact on organization processes and priorities
- Managing third-party contingency dependencies (e.g.- cloud providers- utilities)
- Preparing security management succession plan

- Develop recovery strategies
- Identifying and analyzing alternatives
- Recommending and coordinating recovery strategies
- Assigning recovery roles and responsibilities

- Maintain contingency plan- resiliency plan (e.g.- Continuity of Operations Plan (COOP))- business continuity plan (BCP) and disaster recovery plan (DRP)
- Planning testing- evaluation- and modification
- Determining survivability and resiliency capabilities
- Managing plan update process

- Manage disaster response and recovery process
- Declaring and communicating disaster
- Implementing plan
- Restoring normal operations
- Gathering lessons learned
- Updating plan based on lessons learned

- Identify the impact of laws and regulations that relate to information security
- Identifying legal jurisdictions that the organization and users operate within (e.g.- trans-border data flow)
- Identifying applicable security and privacy laws/regulations/standards
- Identifying intellectual property laws
- Identifying and advising on risks of non-compliance and non-conformity

- Understand- adhere to- and promote professional ethics
- ISC2 Code of Ethics
- Organizational code of ethics

- Validate compliance in accordance with applicable laws- regulations- and industry standards
- Informing and advising senior management
- Evaluating and selecting compliance framework(s)
- Implementing the compliance framework(s)
- Defining and monitoring compliance metrics

- Coordinate with auditors and regulators in support of internal and external audit processes
- Planning
- Scheduling
- Coordinating audit activities
- Evaluating and validating findings
- Formulating response
- Monitoring and validating implemented mitigation and remediation actions

- Document and manage compliance exceptions
- Identifying and documenting controls and workarounds
- Reporting and obtaining authorized approval of risk waiver

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Information Systems Security Management Professional
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Question: 2115
An organization decides to transfer a cyber risk via cyber insurance as a treatment option.
Which key factor should be included in the cost-benefit analysis to evaluate effectiveness
of this treatment?
A. Hardware upgrade costs for firewalls and IDS
B. Insurance premium cost versus potential payout limits and deductibles
C. Employee training expenses for phishing awareness
D. Cost to patch all vulnerable systems
Answer: B
Explanation: Evaluating cyber insurance as a risk treatment requires analyzing premium
costs against potential payouts, policy limits, and deductibles to understand net financial
impact and residual risk. The other costs relate to different controls.
Question: 2116
In a 2026 metaverse platform, VR headset spoofing via WebXR (pose matrix tampering).
ISSMP analyzes using STRIDE model (Spoofing threat). Which alternatives ALE<500k?
A. Biometric liveness detection (iris scan FAR=1e-6, SDK: Tobii API), ALE 300k
B. Blockchain identity verification (DID: did:ethr:0x..., verifiable credentials JWT), ALE
400k
C. Haptic feedback anomaly checks (vibration pattern mismatch threshold 0.1s), ALE
450k
D. Zero-knowledge proofs for pose (zk-SNARK circuit depth 20, Groth16 params), ALE
200k
Answer: A, B, D
Explanation: WebXR spoofing's STRIDE analysis prioritizes low-ALE alternatives. Iris
biometrics reduce FAR for auth. DID blockchain verifies without exposure. ZKPs prove
pose integrity. Haptics lack robustness.
Question: 2117
For a cloud-based application under development, which step best integrates security
throughout the project lifecycle?
A. Use Infrastructure as Code (IaC) with embedded security baseline checks during
deployment automation
B. Apply manual security reviews only after cloud infrastructure is fully deployed
C. Treat cloud security as an operational issue separate from development
D. Outsource all security testing to third-party consultants post-launch
Answer: A
Explanation: Embedding security baseline checks in automated IaC deployments
integrates security early and continuously throughout deployment cycles, reducing risk
and improving compliance. Manual reviews post-deployment or segregating security
from development delays detection; outsourcing post-launch risks vulnerabilities.
Question: 2118
You are designing security architecture for a multi-tier application requiring compliance
with encryption at rest and in transit. Which architectural component is essential to meet
these security design requirements?
A. Centralized logging with unencrypted storage to speed retrieval times
B. Implementation of antivirus software on application servers only
C. Integration of a hardware security module (HSM) for key management and TLS for
data in transit
D. Use of basic authentication protocols for user access management
Answer: C
Explanation: Hardware security modules provide secure key storage vital for encryption
at rest, while TLS protocols secure data in transit. These components directly satisfy
encryption requirements, unlike antivirus or unencrypted logging which don't address
encryption needs, and basic authentication which lacks robust security.
Question: 2119
After a homomorphic encryption (HE) scheme flaw in a privacy-preserving analytics
platform leaks query patterns, lessons learned using FAIR v3.0 quantifies risk. Which
calcs and processes must update the DRP for HE resilience?
A. Risk decomposition: Loss event frequency= Threat_event_freq � Vulnerability, e.g.,
0.1/year � 0.7=0.07, Loss magnitude= (data_exposed � $100/record)=50K�100=$5M,
Primary loss= LExV=0.07�5M=$350K/year, appending to DRP section 4.2 with trigger
if >$100K.
B. Control effectiveness: TE= (avoided_loss / potential_loss) � 100=60%, recommending
CKKS scheme upgrade: Microsoft SEAL library --scheme=ckks --scale=2^40 --levels=5,
with noise audit <2^20.
C. Static DRP without risk updates.
D. Simulation integration: Monte Carlo 10K runs in Python:
numpy.random.normal(mean_risk=350K, std=100K), plotting 95th percentile <$500K,
embedding in DRP appendix B for annual review.
Answer: A, B, D
Explanation: FAIR decomps yield annualized losses, triggering DRP thresholds for
proactive budgeting in analytics platforms. TE metrics validate scheme upgrades, SEAL
params bounding noise for HE accuracy. Monte Carlo sims forecast tails, visualizing
percentiles for review cycles, dynamically enhancing DRP over static versions ignoring
evolving privacy risks.
Question: 2120
To enforce policy compliance in a change enabling serverless functions on AWS Lambda
with API Gateway integrations for a logistics firm's tracking API, the ISSMP configures
continuous monitoring. Which monitoring setups detect non-compliance with internal
policies mandating least privilege IAM roles?
A. CloudWatch alarms on Lambda metrics (e.g., Errors >5/min) correlated with
GuardDuty findings for privilege escalations, triggering Lambda@Edge for just-in-time
role assumption
B. Enable AWS Config conformance packs for Lambda, checking policies against custom
rules (e.g., no wildcard actions in role ARNs), with SNS notifications for drifts exceeding
1% deviation
C. Integrate Datadog agents for API Gateway logs, setting anomaly detection thresholds
on 4xx errors indicative of auth failures, dashboarding compliance scores against policy
KPIs like 95% success rate
D. Schedule AWS Security Hub insights quarterly, aggregating findings from Macie for
PII scans in function code, remediating via CodePipeline stages that fail on high-severity
violations
Answer: A, B, C
Explanation: Continuous monitoring for serverless changes must proactively flag IAM
deviations to uphold least privilege, preventing over-permissions in APIs handling
sensitive logistics data like shipment manifests. CloudWatch alarms on Lambda errors
(>5/min) integrated with GuardDuty detect escalations (e.g., unusual AssumeRole calls),
invoking Lambda@Edge for dynamic role tweaks (e.g., sts:AssumeRoleWithWebIdentity
with duration 900s), enforcing real-time compliance per NIST 800-53 AC-6 (least
privilege). AWS Config packs evaluate roles against rules denying wildcards (e.g.,
"Effect": "Deny", "Action": "*"), notifying via SNS on drifts to maintain baseline
integrity, supporting CA-7 through automated evaluations. Datadog's log analytics on
Gateway 4xx spikes�thresholds tuned to auth patterns�visualize compliance via
dashboards (e.g., pie charts of role usage vs. policy allowances at 95%), enabling trend-
based adjustments. These layered detections ensure ongoing adherence, critical for
logistics where non-compliance could expose supply chain disruptions under frameworks
like ISO 27001.
Question: 2121
A compliance exception related to insufficient endpoint security requires monitoring.
Which metric best supports validating implemented mitigation actions?
A. Percentage of endpoints with updated threat detection signatures relative to baseline
B. Number of helpdesk tickets unrelated to endpoint security
C. Total volume of network traffic passing through endpoint firewalls
D. Number of new software versions released by the vendor monthly
Answer: A
Explanation: Tracking the percentage of endpoints with updated threat detection
signatures supports validation by showing progress in improving endpoint security, which
directly addresses the identified exception risk.
Question: 2122
Scenario: An energy firm using edge AI for predictive maintenance identifies controls for
model drift. Per 2026 AI trends, which?
A. Drift detection: KL-divergence threshold <0.05 between model versions
B. Retraining pipelines: Trigger if accuracy drop >5%, using MLOps in Kubeflow
C. Data lineage tracking: Provenance graphs in Apache Atlas, coverage 100%
D. Periodic manual checks
Answer: A, B, C
Explanation: AI trends emphasize automated drift management. KL-divergence
quantifies shifts. Pipelines automate retraining. Lineage ensures traceability; manuals are
inefficient.
Question: 2123
In developing a metric to drive improvements in the security incident response program,
which calculation would be most relevant?
A. Number of new security tools deployed each quarter
B. {MTTR} = {Total downtime}\{Number of incidents}
C. Percentage of incidents that triggered compliance reporting
D. Ratio of incidents resolved without escalation
Answer: B
Explanation: Mean Time To Repair (MTTR) or resolution indicates average downtime
per incident, directly measuring response effectiveness and guiding improvements.
Deployment count and ratios provide less actionable detail on operational impact.
Question: 2124
In applying a traditional incident management methodology, what is the correct order of
activities following incident identification?
A. Eradication ? Containment ? Recovery ? Post-Mortem
B. Containment ? Eradication ? Recovery ? Lessons Learned
C. Recovery ? Containment ? Eradication ? Analysis
D. Lessons Learned ? Recovery ? Containment ? Eradication
Answer: B
Explanation: The generally accepted sequence is containment to limit damage,
eradication to remove threats, recovery to restore systems, and lessons learned to improve
future responses.
Question: 2125
A central bank piloting CBDC on a permissioned ledger detects potential attacks via
SIEM logs showing unusual quorum certificate validations. To categorize these in the
threat intelligence program, advanced methods must distinguish between internal errors
and external manipulations. Which approaches ensure precise identification?
A. Categorize using ATT&CK-Enterprise (TA0007: Discovery via Network Service
Scanning), apply ML clustering (K-means on log entropy > H=4.5), label as
'Manipulation' if silhouette score >0.6
B. Leverage CWE-20 (Improper Input Validation) for ledger code, score with EPSS
(Exploit Prediction Scoring System) >0.8, categorize as 'External' via graph anomaly
detection GNN P(edge|context) <0.01
C. Use simple rule-based NIST categories (e.g., Unauthorized Access) without ML, for
quick triage
D. Map to CAPEC-219 (Observing Response Time), Bayesian network for P(attack|logs)
= ? P(node|parents), with priors from 2026 CBDC red team exercises
Answer: A, B, D
Explanation: CBDC anomalies are categorized against ATT&CK TA0007 (Discovery:
Scanning for validator endpoints), using K-means clustering on log entropy (H >4.5 bits/
symbol) to group outliers, labeling 'Manipulation' if silhouette coefficient >0.6 indicates
tight clusters, distinguishing insider tweaks from external probes. CWE-20 flags input
flaws in quorum certs, prioritized by EPSS >0.8 (predicted exploit likelihood), with
Graph Neural Networks detecting anomalous edges P(unusual_link | topology) <0.01 to
classify as external via validator graph deviations. CAPEC-219 (Timing Attacks on
validations) feeds Bayesian networks�P(attack | log_sequence) = ?_i P(state_i |
parents_i)�initialized with priors from simulated 2026 red teams (e.g., P(external)=0.7),
enabling high-fidelity categorization for ledger integrity.
Question: 2126
You are developing a detailed recovery plan using alternatives analysis. Scenario: Two
recovery sites A and B have different failover capabilities. Site A can restore applications
in 1 hour but has limited storage. Site B has ample storage but a 6-hour restore time.
Which setting best defines a strategy for critical and non-critical systems?
A. Use Site B for all systems due to better storage capacity
B. Assign critical systems to Site A and non-critical systems to Site B
C. Assign both critical and non-critical systems to Site A to optimize restore speed
D. Rotate sites monthly to balance workload
Answer: B
Explanation: Critical systems benefit from the faster restore times at Site A, while non-
critical systems can be allocated to Site B to leverage storage capacity, optimizing
resource use based on system priority.
Question: 2127
Which parameter is crucial when quantifying customer impact after a personal data
breach to comply with GDPR?
A. Number of data subjects affected
B. Total packet captures collected during the incident
C. Duration of firewall downtime
D. Number of privileged accounts locked out
Answer: A
Explanation: GDPR requires disclosure based on the number of data subjects whose
personal data was compromised to assess breach severity and notify regulatory bodies
properly. Packet captures and operational metrics do not address regulatory requirements.
Question: 2128
Cloud provider's 2026 HITRUST r2 Domain 9 crypto non-FIPS for EU data. Workaround
module swap. Which?
A. Mod: yum install dracut-fips; dracut -f --regenerate-all; grub2-mkconfig -o /boot/
grub2/grub.cfg;
B. Risk: Entropy = -sum p_i log2(p_i) = 3.2 bits/byte, target 4.0;
C. Report to assessor with FIPS validation cert #1234.
D. Validate: fipscheck -f /bin/ls;
Answer: A, B, C
Explanation: HITRUST gap uses dracut for FIPS. Entropy measures. Assessor reports.
fipscheck validates.
Question: 2129
In determining residual risk, which variable is primarily affected by control
effectiveness?
A. Threat actor motivation
B. Asset value
C. Vulnerability likelihood
D. Risk appetite
Answer: C
Explanation: Control effectiveness reduces vulnerability likelihood by diminishing the
chances that threats exploit weaknesses.
Question: 2130
A media streaming service suffers a wiper attack on their CDN edge servers (Akamai +
CloudFront), wiping 20PB of cached content during prime-time, with RTO=15min. To
implement DRP under SOC 2 Type II, which execution commands and thresholds must
be applied for rapid orchestration?
A. Trigger Lambda function for auto-remediation: aws lambda invoke --function-name
dr-orchestrator --payload
'{"event":"wiper_detected","threshold":95%_wipe","region":"us-east-1"}', logging to
CloudWatch with metric filter pattern [error,wipe].
B. Execute multi-region failover script: terraform apply -var="failover=true"
-var="rto_threshold=15" -var="backup_bucket=dr-backups-2025", monitoring via
Prometheus query: up{job="cdn"} == 0.
C. Manually rebuild caches from primary origin without thresholds, to save costs.
D. Deploy chaos engineering test post-execution: kubectl apply -f chaos-mesh.yaml --set
duration=300s --set target=50% pods, to validate resilience.
Answer: A, B, D
Explanation: Lambda invocations automate detection and response at wipe thresholds,
integrating with CloudWatch for SOC 2 audit logs, enabling sub-minute orchestration in
high-volume CDNs. Terraform applies ensure idempotent failovers across regions,
enforcing RTO via variables and Prometheus monitoring for availability drops. Chaos
tests simulate failures post-execution, hardening against recurrences per SOC 2's
continuous monitoring, over cost-driven manual rebuilds that exceed RTO and amplify
downtime during peaks.
Question: 2131
A smart city initiative must manage accountability for traffic AI under NISTIR 8354
2024. Operators ignore model drift alerts, planners lack integration metrics. The urban
security chief needs controls. Which controls should the chief activate?
A. Drift detection in TensorFlow Extended, accountability alerts to operators
B. KPI frameworks with (Accuracy Drift / Baseline) * 100, planner reviews
C. AI governance training with city-specific scenarios, 100% certification
D. City API gateways enforcing role-based drift thresholds
Answer: A, B, C
Explanation: Managing city AI accountability requires detection, KPIs, and training for
NISTIR. Alerts notify. Formulas review. Training certifies. Gateways enforce.
Question: 2132
Assigning roles for recovery operations, you find overlapping responsibilities causing
task conflicts. What corrective step least mitigates this issue?
A. Revising role descriptions with distinct tasks and boundaries
B. Allowing staff to self-assign tasks dynamically
C. Establishing escalation procedures for conflicts
D. Providing training focused on role clarity
Answer: B
Explanation: Allowing self-assignment without structure may increase confusion. Clear
role definitions, escalation, and training minimize overlap and conflicts more effectively.
Question: 2133
A space tech firm developing satellite constellations must define roles for orbital debris
mitigation under FCC Part 25 2024 rules. Roles overlap in propulsion system security
between aerospace engineers and cyber teams for TT&C links. The mission security
officer must clarify for launch certifications. Which methodologies should the officer
employ?
A. Hazard analysis critical control points (HACCP) adapted for space, with role
assignments for debris probability calculations (e.g., P_Collision = Density * Velocity *
Area)
B. Orbital simulations in STK software, validating role responses to cyber-induced
maneuvers
C. Role charters compliant with FCC, with syntax for TT&C encryption (AES-256 min)
D. Maturity assessments per NIST SP 800-53A, scoring control effectiveness 1-5
Answer: A, B, C
Explanation: Defining space roles needs risk-adapted analysis and simulation for FCC)
HACCP assigns with formulas. Simulations test. Charters specify encryption.
Assessments evaluate.
Question: 2134
During 2026 AR training rollout, the edtech firm metrics AR Session Security (ARS) =
(Secure Sessions / Total) � Privacy Compliance Score, at 87%. Associating uses formulas
for XR privacy. Which?
A. Privacy Score Calculation = (GDPR Controls Met / Total) � 100, >95
B. Session Hijack Attempts = (Blocked / Total) � 100, <0.1%
C. AR Device Firmware Compliance = (Updated Devices / Total) � 100, 100%
D. User Consent Granularity = Average Consent Options Accepted / Session, >3
Answer: A, B
Explanation: ARS low 87% ties to privacy gaps. Privacy Score (>95%) directly factors.
Session Hijack (<0.1%) secures sessions. Compliance and Granularity enable but not
core security.
Question: 2135
You have multiple recovery alternatives to restore a cloud database service after failure.
Which parameter is *most* critical to analyze when recommending the recovery
strategy?
A. Color branding of the cloud provider
B. Latency between the primary and recovery geographic regions
C. Number of cloud vendors in the market
D. User satisfaction with mobile app interfaces
Answer: B
Explanation: Latency between geographic regions affects replication speed and data
consistency during failover in cloud recovery scenarios, making it a critical parameter for
recovery strategy recommendation.
Question: 2136
A energy sector OT system with Modbus TCP integrates security in implementation per
IEC 62443-4-2. Which controls?
A. Configure firewalls with rules permit tcp src 192.168.1.0/24 dst 10.0.0.1 port 502
modbus_function_code=03 only
B. Implement integrity checks with CRC16 validation in modbus_read_holding_registers
response, rejecting if crc_mismatch >0
C. Deploy HARTING PLC guards with zone segmentation vlan_id=100 for OT, acl deny
interzone unless explicit
D. Monitor with Snort rules alert tcp any any -> $OT_NET 502 (msg:"Modbus Write";
content:"00 01";)
Answer: A, B, C
Explanation: Implementation secures protocols with firewall rules, CRC for integrity, and
segmentation. Snort is monitoring.
Question: 2137
A firm integrates quantum-safe cryptography algorithms into its security infrastructure.
Which step is critical to ensure operational continuity during this transition?
A. Using quantum-safe cryptography only for low-risk transactions
B. Immediately disabling all classical cryptographic algorithms
C. Encrypting all legacy data solely with post-quantum cryptography without backups
D. Implementing hybrid cryptographic schemes combining classical and quantum-safe
algorithms
Answer: D
Explanation: Hybrid schemes allow gradual migration by enabling classical and
quantum-safe algorithms to operate simultaneously, preserving compatibility and
security. Abruptly disabling classical algorithms or ignoring backups risks service
failures.
Question: 2138
You have been instructed to select risk treatment options for a newly identified risk of
ransomware targeting outdated backup systems. Which sequence correctly orders
treatment options by decreasing preference according to best practices?
A. Mitigate, Transfer, Accept, Avoid
B. Avoid, Mitigate, Transfer, Accept
C. Accept, Transfer, Mitigate, Avoid
D. Transfer, Avoid, Accept, Mitigate
Answer: B
Explanation: Effective risk treatment prioritizes avoiding the risk first by eliminating its
cause, then mitigating by implementing controls, transferring risk (e.g., insurance), and as
a last resort accepting the risk if it falls within tolerance.
Question: 2139
OT ISSMP reports per FSSCC: monitor threats. $15M budget (13% of $115M IT), KPI:
engagement min replies 5. Evolving: 27% transient, adjust via X keyword search.
A. Allocate 30% to transient device protections
B. Include FSSCC alerts in monthly reports
C. Request 15% for intel sharing
D. Low engagement; ignore
Answer: A, B, C
Explanation: Per 27% transients, allocate 30% protections, report FSSCC alerts, request
15% for X-based intel (replies >5). This enhances OCC-coordinated monitoring,
fortifying 2026 OT against U.S. financial threats.
Question: 2140
During implementation of an updated security strategy, your project team wants to ensure
rapid incident response. Which management task best supports this goal?
A. Scheduling quarterly vulnerability scans without immediate follow-up
B. Establishing an integrated Security Orchestration, Automation, and Response (SOAR)
platform with predefined playbooks
C. Defining perimeter firewall rules only and ignoring endpoint alerts
D. Mandating monthly password changes without multi-factor authentication
Answer: B
Explanation: SOAR platforms automate response workflows and enable rapid, consistent
incident handling, critical for timely response. Merely scheduling scans without follow-
up or focusing only on firewall rules doesn't ensure incident readiness, and enforcing
password changes without MFA is insufficient security management.
Question: 2141
A vendor proposes to change a security configuration to bypass certain authentication
steps because "industry best practices" are not clear. What is your ethical obligation?
A. Accept changes based on vendor expertise
B. Evaluate changes against organizational risk policies and advocate for secure
configurations
C. Implement immediately to reduce operational friction
D. Ignore proposed changes and continue current practices
Answer: B
Explanation: Ethical responsibility involves critical evaluation of vendor proposals,
aligning with internal policies and risk appetite rather than blindly accepting claims,
ensuring security and accountability.
Question: 2142
A MSSP's SOC documentation per Softenger 2026 best practices outlines 24/7
monitoring shifts. Which models and plans detail staffing?
A. Model: Rotation=8-hour shifts, covering 24/7 with overlap=1hr for handovers, MSSP
backup for peaks
B. Plan: AI alerts reduction via params=auto_filter=low_severity, escalation=notify via
Slack in <2min
C. Training: Continuous with modules='AI Monitoring, IR', frequency=monthly,
documented in LMS
D. Staffing via informal rosters
Answer: A, B, C
Explanation: 24/7 SOCs need rotations with overlaps for continuity. AI params filter
noise, speeding responses. Monthly LMS-documented training ensures skills for 2026
threats like AI attacks.
Question: 2143
In a 2026 ISO 22301 BCMS audit for a logistics firm, the DR site failover test fails
RTO=4h due to bandwidth caps. As ISSMP, workaround with hybrid cloud burst. Which?
A. AWS CLI: aws ec2 modify-instance-attribute --instance-id i-123 --attribute-group
reserved-instances --groups "burst-group"; aws directconnect create-connection --location
EqDC2 --bandwidth 100;
B. Document with MTTD formula: MTTD = Total Incidents / Detection Rate, 50 inc/12.5
det/month = 4 days, post-workaround 2 days.
C. Report waiver to certification body with signed addendum including RTO variance
analysis.
D. Monitor: Prometheus query rate(failover_success[5m]) > 0.95;
Answer: A, B, C
Explanation: ISO 22301 RTO gap uses AWS CLI for burst. MTTD calc shows
improvement. Addendum reports/approves. Prometheus monitors.
Question: 2144
A security architect is tasked with integrating a next-gen firewall capable of AI threat
detection into the enterprise's existing security ecosystem. Which integration aspect is
most essential?
A. Providing real-time telemetry data feeds from the firewall to central security analytics
B. Isolating the firewall from existing SIEM tools to reduce noise
C. Disabling automated threat prevention modes initially
D. Removing legacy firewalls immediately to avoid conflicts
Answer: A
Explanation: Real-time telemetry feeding into central analytics enables correlation and
enhanced threat detection. Isolation reduces insight, disabling features delays benefits,
and immediate removal may create gaps.
Question: 2145
In an agile transformation for a retail bank's fraud detection ML model, the ISSMP
integrates security using SAFe framework. Program increment (PI) planning shows
quality risks from unvetted data pipelines, with timeline at 5 PIs (20 weeks) and $2.8M
budget. Which SAFe practices and metrics should be enforced to analyze and incorporate
security?
A. Define enablers in the ART backlog for data lineage with Collibra governance, setting
OKR: 100% traceable pipelines by PI 2, weighted 20% in IP iteration
B. Apply WSJF for features: Defer low-score items if WSJF < 5, calculating as (Bv + Tc
+ Rr + Oe) / Js to balance scope against 85% velocity target
C. Run PI system demos only for business stakeholders, excluding security teams to
streamline timelines and reduce demo overhead by 12%
D. Fix budget rigidly without EVM tracking, assuming scaled agile inherently controls
variances
Answer: A,B
Explanation: Enablers in the ART backlog using Collibra for 100% data lineage
traceability by PI 2, weighted at 20% in IP iterations, embeds security governance early
in SAFe's scaled agile, mitigating fraud detection risks and sustaining the 20-week
timeline within $2.8M. WSJF prioritization�(Business Value + Time Criticality + Risk
Reduction + Opportunity Enablement) / Job Size < 5 for deferral�optimizes scope to hit
85% velocity, ensuring quality ML pipelines without budget dilution. Excluding security
from PI demos fragments feedback, undermining SAFe's collaborative ethos and inviting
compliance gaps, while rigid budgets sans EVM ignore scaled complexities, fostering
uncontrolled overruns.
Question: 2146
A newly appointed Security Program Manager needs to define roles across a
decentralized organization with multiple business units. Which strategy ensures roles are
consistent yet adaptable for specific unit needs?
A. Create independent role definitions for each business unit
B. Develop a global role taxonomy with unit-level customizable sub-roles
C. Assign generic roles with no customization
D. Rely solely on government regulatory role guidelines
Answer: B
Explanation: A global role taxonomy provides a common framework for role definitions,
while customizable sub-roles allow individual units to tailor responsibilities to their
needs. Independent role definitions risk inconsistency, generic roles may lack specificity,
and regulation-based roles alone do not address operational complexities.
Question: 2147
Your organization's code of ethics forbids accepting gifts from vendors above nominal
value. A vendor offers expensive software licenses as a special incentive. How should
you respond ethically?
A. Decline the gift and disclose the offer to management per ethics guidelines
B. Accept the licenses to benefit the organization
C. Accept and report after use to justify benefits
D. Request the vendor to reduce the value to an acceptable amount
Answer: A
Explanation: Ethical guidelines prevent conflicts of interest and undue influence;
declining and disclosing preserves transparency and integrity. Accepting or manipulating
values undermines trust.
Question: 2148
You are leading the development of incident management program documentation for a
healthcare conglomerate facing rising disruptive extortion and AI-assisted insider threats
in 2026. The documentation must outline integration with SIEM systems for centralized
log aggregation and real-time threat detection, per NIST's updated Incident Response
Recommendations. Which advanced documentation techniques should be employed to
embed employee training protocols and cyber tabletop exercises with quantifiable
metrics?
A. Structured outlines for training modules using Gantt charts with milestones: Week 1:
Awareness (80% completion rate); Week 4: Tabletop (participation >=90%, post-exercise
score >85% on scenario recall formula: Recall = Correct Responses / Total Questions)
B. Code snippets for SIEM rule configurations in SPL (Splunk Processing Language):
index=health_logs sourcetype="insider_activity" | stats count by user_id | where count >
threshold=50 | eval risk=if(extortion_indicator=="true", 9.5, 7.0) | alert
action=notify_ir_team
C. Appendix with formulas for exercise efficacy: Efficacy Score = (Pre-Test Avg - Post-
Test Avg) / Pre-Test Avg * 100, targeting >20% improvement in detection of AI-
manipulated alerts during hybrid work simulations
D. Narrative sections on external communication plans without metrics, emphasizing
empathetic stakeholder notifications post-incident
Answer: A, B, C
Explanation: Structured outlines using Gantt charts for training modules ensure phased
rollout with measurable completion rates (e.g., 80% for awareness, 90% participation in
tabletops) and recall formulas, directly supporting NIST's preparation phase by
quantifying training effectiveness and preparing staff for AI-assisted threats through
structured, trackable programs that reduce human error in 2026's evolving landscape.
Code snippets in SPL for SIEM rules enable automated detection of anomalous insider
activity exceeding thresholds (e.g., count >50), assigning high risk scores (9.5 for
extortion indicators) and triggering notifications, which embeds advanced analytics into
documentation for centralized log management and swift identification as mandated by
updated NIST guidance. The efficacy score formula measures tabletop improvements
(>20% in pre/post-test deltas) for scenarios like AI-manipulated alerts, providing data-
driven validation of exercises to refine protocols and enhance resilience against insider
threats, ensuring the documentation serves as a living tool for continuous improvement.
Question: 2149
During security requirements identification for a new AI-driven analytics platform, what
constitutes a high-priority control given the sensitivity of data processing?
A. Disable logging to conserve storage space
B. Enable only generic antivirus across all servers
C. Allow unrestricted data export by default for user convenience
D. Design and implement fine-grained access controls based on data classification and
usage patterns
Answer: D
Explanation: Fine-grained access controls tailored to classified data and usage minimize
exposure risk inherent in sensitive AI processing. Generic antivirus, unrestricted data
export, or disabled logging undermine confidentiality and accountability.
Question: 2150
In vulnerability scanning configuration, which setting reduces scan duration but risks
missing intermittent vulnerabilities?
A. Using full credentialed scans
B. Increasing scan timeout values
C. Scheduling scans during off-peak hours
D. Limiting scan to critical ports only
Answer: D
Explanation: Limiting scans to critical ports reduces scan time but risks missing
vulnerabilities on non-standard or intermittent ports relevant to attack vectors.
Credentialed scans, scheduling, and timeout adjustments impact coverage differently.
Question: 2151
Retail's 2026 RFID with AI inventory, EPC Gen2, risks cloning. With CRC-16-CCITT,
which?
A. Mutual auth with challenge-response, nonce 128 bits.
B. AI track with Kalman x_k = F x + w, R=0.1 noise.
C. Encrypt TID AES-128, key per tag.
D. Backscatter modulation ASK 2, data rate 128kHz.
Answer: A, C
Explanation: CRC verifies, mutual auth/nonce prevents clone replay. AES-TID per-tag
secures unique IDs. Kalman tracks but assumes auth. Modulation physical.
Question: 2152
Which control identification method best applies when integrating continuous automated
assessment tools for cloud infrastructure security?
A. Manually reviewing cloud provider security reports quarterly
B. Defining API-based control points aligned with compliance frameworks
C. Relying on endpoint antivirus status only
D. Scheduling annual penetration tests only
Answer: B
Explanation: Defining API-based control points enables automated, continuous security
checks aligned with compliance, ideal for fast-changing cloud environments. Manual or
annual reviews are not continuous and lack automation.
Question: 2153
Agile for quantum key distro net, ISSMP DAD framework. Discovery spikes for threats,
timeline 14 months, budget $5.2M, quality 98%. Which?
A. Spikes: Timeboxed 20% sprint for threat models, acceptance if coverage >90%
B. Delivery patterns: If spike ROE >2, integrate to main backlog
C. No spikes, full sprints
D. ROE ignore, all integrate
Answer: A,B
Explanation: 20% timeboxed spikes at >90% coverage embed DAD discovery in agile for
14 months. ROE >2 integrates valuable threats to $5.2M at 98% quality. No spikes rushes
risks, ignore wastes.
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