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Splunk SPLK-5003 Exam Syllabus Topics:
| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Security Capability Selection, Placement, and Configuration | 15% | - Architectural placement and integration design - Optimization and tuning of security components - Evaluating and selecting security technologies |
| Topic 2: Advanced Incident Response and Management | 10% | - Designing incident response frameworks - Orchestrated response workflows - Post-incident activities and continuous improvement |
| Topic 3: Advanced Threat Intelligence and Analysis | 5% | - Integrating threat data into security architecture - Advanced threat hunting methodologies - Threat intelligence lifecycle management |
| Topic 4: Governance, Risk and Compliance | 10% | - Risk assessment and management frameworks - Policy development and enforcement - Aligning security with regulatory requirements |
| Topic 5: Scaling Cybersecurity Defenses and DevSecOps | 15% | - Security in software development lifecycle - Distributed and high-availability security deployments - Cloud and hybrid environment security design |
| Topic 6: Measuring and Improving Security Program Effectiveness | 15% | - Maturity models and capability assessments - Continuous monitoring and improvement processes - Security metrics and KPIs design |
| Topic 7: Security Data Management | 20% | - Schema design and Common Information Model (CIM) implementation - Enterprise-scale data ingestion and normalization - Data quality, validation, and governance - Data retention, storage, and archiving strategies |
| Topic 8: Advanced Automation and Orchestration | 10% | - Automation strategy and governance - Integration with enterprise systems and tools - Designing scalable SOAR architectures |
Splunk Certified Cybersecurity Defense Architect Sample Questions:
Question 1
An architect wants to ensure that raw event data supporting a notable event remains available for forensic review even after the notable event's retention period expires in the notable event index.
What should be considered?
A. Notable events automatically preserve raw data indefinitely
B. Deleting the notable event also deletes the raw data
C. Raw data retention is not relevant to forensic investigations
D. Notable event index retention is independent of underlying raw data retention; raw data retention must be separately planned
Question 2
Emma is a security architect helping migrate her organization's on-premises SIEM to a newer version of the same SIEM running in a cloud provider. The newer version includes enhanced capabilities for writing detection content. The detection engineering team has built hundreds of rules in the on-premises SIEM over the years. As Emma starts planning for the migration, what should she do about moving the detection rules to the new platform?
A. Nothing, the newer version's default detection content will cover the organization's needs.
B. Export half of the rules from the SIEM and manually convert them.
C. Export all of the rules from the SIEM in Sigma format and import them into the new platform.
D. Review which rules are still relevant to the organization's threat models to prioritize for migration.
Question 3
An architect is designing SOAR (Splunk SOAR) playbooks for phishing response. Which action should typically occur first in the playbook logic?
A. Isolate the reporting user's endpoint
B. Enrich indicators (URLs, attachments, sender) via threat intelligence lookups
C. Notify the CISO
D. Automatically delete the reported email from all mailboxes
Question 4
During a recent incident investigation an analyst noted intellectual property being shared externally with unauthorized parties. Upon reporting this through the appropriate channels, the compliance team has engaged an architect to implement controls to alert on and prevent these email communications. Which type of technical control can be implemented to ensure only authorized intellectual property sharing?
A. SPF
B. DLP
C. DMARC
D. DKIM
Question 5
Which of the following best explains how quantifying the financial impact of a cybersecurity incident can help justify and secure additional budget for the cybersecurity team? (Choose all that apply.)
A. It demonstrates the potential cost savings by preventing incidents, making a strong business case for increased funding.
B. It shows that cybersecurity incidents are unavoidable, so additional budget is necessary.
C. It highlights that cybersecurity spending should be reduced to save costs.
D. It indicates that only technical improvements matter, not financial considerations.
Solutions:
| Question 1 Answer: D | Question 2 Answer: D | Question 3 Answer: B | Question 4 Answer: B | Question 5 Answer: A |
