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| Section | Objectives |
|---|---|
| Workflow and Rules Engine | - Workflow configuration
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| Cúram Platform Fundamentals | - Architecture and components overview
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| Integration and Deployment | - Deployment and maintenance
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| Application Development | - Business logic implementation
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| Data and Evidence Management | - Evidence processing
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NEW QUESTION # 136
Which of the following is commonly used after an incident has been resolved to identify efficiencies and corrective actions related to activities performed during the incident response process?
Answer: D
Explanation:
A lessons learned review evaluates how the incident was handled and identifies improvements that should be incorporated into future response activities. It examines what worked well, what created delays, where communications or escalation failed, whether tools and playbooks were effective, and which corrective actions should be assigned to reduce the likelihood or impact of similar incidents.
NIST's current incident-response guidance places strong emphasis on continuous improvement. It states that lessons identified during incident-response activities should feed into organizational improvement so policies, processes, practices, and security capabilities can be adjusted as necessary. NIST also notes that traditional post-incident activities identify required improvements and return them to preparation and broader cybersecurity risk management.
KPIs quantify operational performance but do not themselves provide the qualitative review necessary to identify process efficiencies and corrective actions. An executive summary communicates major incident facts and outcomes to leadership. Root cause analysis focuses on identifying the fundamental technical or organizational cause of the incident; it can contribute to lessons learned but is narrower in scope.
Therefore, the broader mechanism for reviewing the entire response process and developing improvement actions is the lessons-learned process.
Study Guide Reference: Reporting and Communication # Post-Incident Reporting # Lessons Learned # Corrective Actions # Process Improvement # Stakeholder Feedback.
NEW QUESTION # 137
Which of the following occurs during the analysis phase of the incident response process?
Answer: D
Explanation:
During analysis, alerts are validated and triaged to determine the incident's severity, scope, priority, and potential impact. Reimaging is recovery, while isolation is containment.
NEW QUESTION # 138
Which of the following is the most difficult for threat actors to change according to the Pyramid of Pain model?
Answer: D
Explanation:
Tactics, techniques, and procedures (TTPs) occupy the highest level of the Pyramid of Pain because they represent the adversary's operational behavior rather than disposable technical artifacts. The model describes how different types of defensive indicators impose progressively greater disruption on an attacker when defenders successfully detect and deny them.
An IP address is comparatively easy to replace by changing hosting infrastructure, using a proxy, acquiring a new virtual server, or moving command-and-control services. Domain names similarly can be registered or replaced with relatively limited operational impact. Tools create greater difficulty because replacing or substantially modifying malware, frameworks, or utilities requires more attacker effort.
TTPs are significantly more costly to change because they encompass how the adversary conducts operations : the sequence and methods used for initial access, persistence, credential access, privilege escalation, lateral movement, command and control, and other objectives. Forcing attackers to change established behavior may require retraining personnel, redesigning operational processes, developing new capabilities, or adopting unfamiliar techniques.
This is why behavioral detection is strategically valuable. Indicators such as hashes and IP addresses may disappear quickly, while detections focused on adversary behavior can remain useful across multiple toolsets and infrastructure changes.
Study Guide Reference: Security Operations # Threat Intelligence # Pyramid of Pain # TTPs # Behavioral Indicators # Adversary Tracking.
NEW QUESTION # 139
A team lead asks an analyst to integrate multiple security tools to provide an enhanced view into data that is not readily available in the tool console.
Which of the following will best meet this requirement?
Answer: C
Explanation:
Application programming interfaces (APIs) provide the most direct mechanism for retrieving, exchanging, and integrating information between separate security technologies. A product console normally exposes only the information and workflows chosen by the vendor for its graphical interface. An API can provide programmatic access to underlying alerts, events, asset information, telemetry, configuration objects, or investigation data, allowing an analyst to combine information from multiple systems into a richer analytical view.
CISA describes security-analysis workflows in which integration enables defenders to connect existing analytical tools and automate data-handling processes, while modern security platforms commonly expose APIs specifically to ingest or exchange telemetry.
SOAR can certainly integrate multiple tools, but its primary purpose is orchestration and automation of security workflows. If the requirement is specifically to access and combine information not readily exposed in individual consoles , APIs are the underlying capability most directly suited to retrieving that data.
Infrastructure as code defines and provisions infrastructure through machine-readable templates; it does not primarily aggregate security telemetry. Playbooks establish standardized investigation or response procedures but do not themselves provide interfaces into external product data.
The key phrase is "enhanced view into data." This requires programmatic access and integration rather than merely workflow documentation or automation.
Study Guide Reference: Security Operations # Security Tool Integration # APIs # Data Enrichment # Automation/Orchestration # SOC Process Improvement.
NEW QUESTION # 140
Which of the following will inhibit remediation when attempting to resolve a vulnerability?
Answer: A
Explanation:
Legacy systems commonly inhibit vulnerability remediation because they may depend on obsolete operating systems, unsupported applications, specialized hardware, outdated protocols, or vendor products for which security updates are no longer provided. Even when a vulnerability is accurately identified, the organization may be unable to apply a modern patch without breaking compatibility, interrupting a critical business process, or violating vendor support requirements.
NIST guidance explicitly recognizes that legacy systems create unique security-management challenges, while federal cybersecurity guidance warns that products remaining in service after vendor support ends may lack effective mechanisms for addressing newly discovered vulnerabilities.
In such circumstances, vulnerability-management teams may need to use compensating controls such as segmentation, firewall restrictions, application allowlisting, stronger access controls, enhanced monitoring, or service isolation while planning migration or replacement. These controls reduce exposure but do not remove the underlying software defect.
"Controlled systems," "shared systems," and "closed systems" do not inherently prevent remediation. A shared system may require greater coordination, but it can still be fully supported and patchable. The defining issue with legacy technology is that technical and vendor constraints can directly prevent normal remediation .
Study Guide Reference: Vulnerability Management # Remediation Constraints # Legacy Systems # End-of- Life Technology # Patch Availability # Compensating Controls # System Replacement.
NEW QUESTION # 141
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