The Splunk Certified Cybersecurity Defense Engineer certification is designed to validate advanced, job-ready skills required to operate and enhance modern Security Operations Centers (SOCs). This exam focuses on how professionals use Splunk technologies to strengthen detection capabilities, streamline response workflows, and implement automation aligned with real-world security best practices.

By earning this certification, candidates demonstrate their ability to design, tune, and maintain effective security detections, integrate risk-based approaches, and build scalable automation that improves SOC efficiency and consistency.

Further, this certification signals that you are capable of contributing at a higher strategic and technical level within a SOC. It demonstrates your readiness to design resilient detection strategies, automate repeatable workflows, and support security operations with scalable, well-governed solutions—key capabilities for long-term growth in cybersecurity defense engineering.

What This Exam Validates

This certification confirms your readiness to progress into a Cybersecurity Defense Engineering role by assessing your ability to:

• Analyze security threats, vulnerabilities, and attack patterns within a SOC environment
• Create, refine, and optimize detections to reduce noise and improve signal quality
• Apply risk-based principles to prioritize alerts and response actions
• Develop and follow structured security processes and operational programs
• Automate standard operating procedures to enhance response speed and reliability

Recommended Knowledge and Experience

There are no mandatory prerequisite certifications for this exam. However, candidates are strongly advised to have:

• Power User–level proficiency with Splunk Enterprise
• Working familiarity with administrative concepts in Splunk Cloud or Splunk Enterprise
• A foundational understanding of SOC workflows, alert triage, and incident response

Who Should Take This Exam?

The exam is for:

• Splunk Certified Cybersecurity Defense Analysts
  • Professionals who already work in detection and analysis roles and want to advance into a defense engineering career path will find this certification a natural next step.
• SOC Detection Engineers
  • Engineers responsible for building, tuning, and maintaining detections can use this certification to formally validate their expertise in optimizing detection logic and automation.
• Cybersecurity Professionals
  • SOC analysts and security practitioners looking to deepen their technical impact can leverage this certification to transition into more advanced, engineering-focused roles.
• Career Builders
  • This certification supports professionals aiming to strengthen their credentials and stand out as trusted security engineers within organizations using Splunk technologies.

Exam Details

• The Splunk Certified Cybersecurity Defense Engineer exam is a professional-level certification assessment designed to evaluate advanced competencies in cybersecurity defense engineering.
• The exam is 75 minutes in duration and consists of 60 multiple-choice questions that measure a candidate’s ability to apply Splunk-based detection, automation, and SOC engineering concepts in real-world scenarios.
• The examination is administered through Splunk’s official testing partner, Pearson VUE, ensuring a standardized and secure certification experience.

Course Outline

The Splunk Certified Cybersecurity Defense Engineer exam covers the following topics:

1. Overview of Data Engineering 10%

• Performing effective data review and analysis.
• Creating and maintaining performant data indexing.
• Understanding and applying Splunk methods of data normalization.

2. Learn Detection Engineering 40%

• Creating and tuning detections (i.e. Correlation Search).
• Incorporating context into detections (i.e. Correlation Search).
• Understanding and creating risk-based modifiers and detections.
• Generating effective Notable Events/findings.
• Creating and maintaining a detection lifecycle.

3. Methods for Building Effective Security Processes and Programs 20%

• Researching, incorporating and developing threat intelligence.
• Using common methodologies for risk and detection prioritization.
• Generating documentation and standard operating procedures.

4. Understand Automation and Efficiency 20%

• Developing automation and orchestration for standard operating procedures.
• Optimizing Case Management.
• Describing and utilizing REST APIs.
• Automating responses using SOAR playbooks.
• Comparing and validating integrations and automation capabilities of Enterprise Security and SOAR.

5. Learn Auditing and Reporting on Security Programs 10%

• Developing and optimizing security metrics.
• Building and populating effective security reports.
• Building and populating dashboards for program analytics.

Splunk Certified Cybersecurity Defense Engineer (SPLK-5002) Exam FAQs

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Splunk Certification Policy

Candidates registered for a Splunk certification exam must follow the official scheduling and cancellation guidelines to avoid penalties. To reschedule or cancel an exam, you must contact Pearson VUE directly or manage your appointment through your Pearson VUE online account at least 48 hours before the scheduled exam time.

Requests made within 48 hours of the appointment are not permitted, and exams cannot be rescheduled or canceled during this period. If a candidate fails to appear for the exam or does not complete the rescheduling or cancellation process within the allowed timeframe, the exam fee will be forfeited.

As an additional policy, candidates are expected to ensure that all personal details, exam selection, and testing conditions are accurate at the time of booking. Any errors or discrepancies not corrected before the 48-hour cutoff may result in loss of fees and require a new exam registration.

Recertification Policy

All Splunk certifications are valid for three years, starting from the date you pass your highest-level certification exam. It is the candidate’s responsibility to track certification expiration dates. If you do not recertify by the end of the three-year period, you will receive a 90-day grace period to complete the recertification process.

If recertification is not completed within this grace period, your certifications will become inactive, and you will need to restart the certification path. To help avoid this, candidates receive three reminder emails during the final year of the recertification cycle, sent to the last email address on record.

Splunk Certified Cybersecurity Defense Engineer Exam Study Guide

1. Conduct a Capability-Based Review of Exam Objectives

Begin by breaking down the official exam objectives into core defense engineering competencies rather than isolated topics. Analyze how each objective maps to real SOC engineering responsibilities such as detection lifecycle management, alert fidelity improvement, risk-based prioritization, and response optimization. Pay close attention to how Splunk expects detections to evolve—from initial creation to continuous tuning—based on threat intelligence, false-positive analysis, and operational feedback. This approach ensures you prepare at an engineering and design level, not just at a feature-awareness level.

2. Master Exam Expectations Through the Splunk Certification Candidate Handbook

The Splunk Certification Candidate Handbook provides critical insight into how the exam is structured and evaluated. Beyond administrative rules, it helps candidates understand how scenario-based multiple-choice questions are framed, how “best practice” answers are prioritized, and how Splunk evaluates applied judgment over rote knowledge. Reviewing this handbook early allows you to plan your time management strategy, understand retake policies, and align your answers with Splunk’s recommended security and SOC maturity models.

3. Develop Architectural Understanding Using Official Splunk Resources

Deep technical alignment with Splunk guidance is essential.

• Splunk Docs should be studied to understand underlying mechanics such as data models, Common Information Model (CIM) alignment, correlation searches, notable events, risk objects, and SOAR integrations.
• Splunk Blogs offer architectural perspectives, deployment patterns, and real-world lessons from security teams implementing Splunk at scale.
• The Splunk How-To YouTube Channel complements written documentation by demonstrating workflows such as detection tuning, investigation pipelines, and automation use cases.

Focus on understanding design decisions, trade-offs, and scalability considerations rather than only following step-by-step instructions.

4. Apply Threat-Centric Thinking Through Research and Community Challenges

Defense engineers must design detections around adversary behavior, not isolated indicators. Study detection methodologies and attack analyses published by the Splunk Threat Research Team (STRT) to learn how real-world threats are translated into high-confidence detections. Additionally, review investigations and solutions from the Boss of the SOC (BOTS) blog to strengthen your investigative mindset, correlation techniques, and hypothesis-driven analysis. Wherever possible, correlate these insights with your own Splunk usage to reinforce learning through experience.

5. Follow the Splunk Course Catalog as a Progressive Engineering Path

The Splunk course catalog should be approached as a layered learning framework. Foundational courses reinforce core Splunk concepts such as searching, data normalization, and field extraction, while advanced courses focus on enterprise security content, detection logic, and automation workflows. Completing courses in the recommended order helps ensure conceptual continuity and prepares you to understand how ingestion, detection, investigation, and response function together within a resilient SOC architecture.

6. Strengthen Practical Insight Through Study Groups and Communities

Active participation in Splunk and cybersecurity study groups provides exposure to real-world implementation challenges that often surface in exam scenarios. Community discussions frequently highlight detection tuning strategies, SOAR playbook design considerations, and operational pitfalls encountered in production SOCs. These shared experiences help you refine judgment-based decision-making, which is a critical skill assessed at the professional certification level.

7. Use Practice Exams for Engineering-Level Self-Assessment

Practice tests should be treated as diagnostic tools rather than memorization exercises. Analyze each question to understand why one solution is more operationally sound, scalable, or secure than others. Pay special attention to scenarios involving alert prioritization, automation thresholds, and balancing human analysis with orchestration. Reviewing mistakes in detail allows you to close knowledge gaps and sharpen your reasoning under exam time constraints.

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What is the Splunk Certified Cybersecurity Defense Engineer exam designed to assess?

The Splunk Certified Cybersecurity Defense Engineer exam evaluates a candidate’s ability to operate at a defense engineering level within a SOC. It focuses on applying Splunk technologies to design reliable detections, reduce alert noise, automate response actions, and support mature security operations using industry-aligned practices.

What is the difficulty level of this certification exam?

This is a professional-level exam intended for experienced SOC practitioners. It goes beyond basic monitoring and analysis, emphasizing engineering judgment, architectural understanding, and optimization of security workflows rather than simple tool usage.

What is the exam format and duration?

The exam is 75 minutes long and includes 60 multiple-choice questions. Questions are often scenario-driven and require candidates to choose the most effective or scalable solution based on Splunk-recommended best practices.

Is prior certification required before attempting this exam?

There are no mandatory prerequisite certifications. However, Splunk strongly recommends having power-user–level experience with Splunk Enterprise and familiarity with administrative and security-focused use cases to ensure readiness for the exam scope.

Which Splunk products are covered in the exam?

The exam primarily tests applied knowledge of Splunk Enterprise, Splunk Enterprise Security, and Splunk SOAR, with emphasis on how these platforms work together to support detection, investigation, and response in a SOC.

How is the exam delivered and where can it be taken?

The exam is delivered through Pearson VUE and can be taken either at an authorized testing center or through online proctoring, depending on availability and candidate preference.

Is the exam open-book or closed-book?

The exam is strictly closed-book. Candidates are not allowed to access documentation, online resources, or external materials during the test, ensuring the assessment reflects true applied knowledge.

What happens if a candidate does not pass the exam?

If a candidate does not pass, they must observe a mandatory waiting period before reattempting the exam. This policy is designed to encourage additional preparation rather than immediate retesting.

What type of questions should candidates expect?

Candidates should expect scenario-based questions that test decision-making, such as how to tune detections, prioritize alerts, apply risk-based concepts, or determine when automation is appropriate versus manual intervention.

What recognition is provided after passing the exam?

Successful candidates receive an official Splunk digital certification badge, which can be shared on professional platforms such as LinkedIn, resumes, and email signatures to verify their defense engineering credentials.

How long does the certification remain valid?

Splunk certifications are subject to program updates and may require recertification when major platform or exam changes occur. Candidates are encouraged to review Splunk’s certification lifecycle policies to stay current.

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The Splunk O11y Cloud Certified Metrics User exam validates your expertise in using Splunk Observability Cloud for effective monitoring, metrics analysis, and alerting. This certification equips you to leverage real-time, scalable monitoring across all layers of a development environment, extending beyond basic log analysis. Gain hands-on experience with OpenTelemetry, perform advanced analytics for actionable insights, visualize metrics, set up alert detectors, and design intuitive dashboards to streamline observability.

Who Should Take This Exam?

This exam is ideal for users aiming to solidify their foundational skills in Splunk Observability Cloud. It allows you to elevate your monitoring capabilities, showcasing your proficiency with essential tools and features to maximize Splunk Observability Cloud’s potential.

• Career Builders: Advance your professional journey by achieving a certification that enhances your credibility and opens doors to growth as a recognized Splunk expert.
• Developers and Architects: Utilize Splunk Observability Cloud’s powerful toolsets to optimize your applications and infrastructure for peak performance.
• Observability Professionals: Expand your DevOps or SRE expertise and elevate your credentials by becoming a Splunk O11y Cloud Certified Metrics User.

Exam Details

The Splunk O11y Cloud Certified Metrics User exam is a foundational-level certification with no prerequisites. This 60-minute exam consists of 54 multiple-choice questions and is administered through our testing partner, Pearson VUE.

Course Outline

The topics outlined below serve as general guidelines for the content expected on the exam; however, additional related subjects may also be included in any particular exam version.

1.0 Get Metrics In with OpenTelemetry 10%

1.1 Deploy the OTel Collector on Linux (Splunk Documentation: Install the Collector for Linux with the installer script)

1.2 Configure the OTel Collector (Splunk Documentation: Understand and use the Collector)

1.3 Edit the configuration (Splunk Documentation: Configure the Splunk Add-on for OpenTelemetry Collector)

1.4 Troubleshooting common errors (Splunk Documentation: Troubleshooting)

1.5 General OpenTelemetry Concepts (Splunk Documentation: What Is OpenTelemetry?)

2.0 Metrics Concepts 15%

2.1 Data resolution, rollups (Splunk Documentation: Data resolution and rollups in charts)

2.2 List the components of a datapoint (Splunk Documentation: Components and the data pipeline)

2.3 Define components of the Splunk IM Data Model, Metrics, MTS, datapoints (Splunk Documentation: Metrics, data points, and metric time series in Splunk Observability Cloud)

2.4 Discriminate between types of metadata

3.0 Monitor Using Built-in Content 10%

3.1 Interact with data using built-in content (Splunk Documentation: Get started with getting data in)

3.2 Correctly interpret data in charts based on rollups, analytic functions, and chart resolution (Splunk Documentation: Data resolution and rollups in charts)

3.3 Subscribe to alerts (Splunk Documentation: Alerts)

3.4 Use the Kubernetes Navigator to investigate problems with nodes, pods, and containers (Splunk Documentation: Monitor Kubernetes)

3.5 Use the Cluster Analyzer to pinpoint the root of some problems

3.6 Use built-in Kubernetes Dashboards to investigate and troubleshoot (Splunk Documentation: Monitor your Kubernetes cluster)

4.0 Introduction to Visualizing Metrics 15%

4.1 Create charts, dashboards (Splunk Documentation: Create dashboards and panels)

4.2 Search for metrics (Splunk Documentation: Search and monitor metrics)

4.3 Visualize a metric in a chart (Splunk Documentation: Visualize metrics in the Analytics Workspace)

4.4 Create dashboards and dashboard groups (Splunk Documentation: Create and manage dashboard groups)

4.5 Distinguish between different chart visualization types (Splunk Documentation: Chart types in Splunk Observability Cloud)

4.6 Correctly apply rollups and analytic functions (Splunk Documentation: Data resolution and rollups in charts)

4.7 Interpret data in charts

5.0 Introduction to Alerting on Metrics with Detectors 10%

5.1 Create a detector from a chart (Splunk Documentation: Link detectors to charts)

5.2 Clone a detector (Splunk Documentation: Create detectors to trigger alerts)

5.3 Create a standalone detector (Splunk Documentation: Configure Monitoring Console in standalone mode)

5.4 Create a muting rule (Splunk Documentation: Mute alert notifications)

6.0 Create Efficient Dashboards and Alerts 10%

6.1 Add instructions to dashboards (Splunk Documentation: Create dashboards and panels)

6.2 Create single-instance dashboards (Splunk Documentation: Set up a dashboard)

6.3 View events on dashboards (Splunk Documentation: Using events lists)

6.4 Configure local data links Navigate to related resources with data links)

6.5 Customize alert messages (Splunk Documentation: Using custom alert actions)

6.6 Troubleshoot charts and alerts (Impact of late datapoints; extrapolation policy, etc.)

7.0 Finding Insights Using Analytics 15%

7.1 Finding total value across all sources

7.2 Combining plots in charts (Splunk Documentation: Build a chart of multiple data series)

7.3 View and alert on weekly, daily, or hourly comparisons (Splunk Documentation: Compare hourly sums across multiple days)

7.4 Use percentages and ratios to understand trends (Splunk Documentation: Gain insights through chart analytics, Statistical and charting functions)

7.5 Apply analytic functions over moving and calendar time windows (Splunk Documentation: Functions reference for Splunk Observability Cloud)

7.6 Apply analytics functions to a subset of MTS in a signal (Splunk Documentation: Maximum number of metric time series processed in a signal)

8.0 Detectors for Common Use Cases 15%

8.1 Identify common issues with detectors (Splunk Documentation: Troubleshoot detectors in Splunk Observability Cloud)

8.2 Troubleshoot a detector (Splunk Documentation: Troubleshoot detectors in Splunk Observability Cloud)

8.3 Create detectors to monitor populations (Splunk Documentation: Create detectors to trigger alerts, Introduction to alerts and detectors in Splunk Observability Cloud)

8.4 Create non-flapping detectors

8.5 Monitor metrics with cyclic patterns

8.6 Monitor a large number of sources (Splunk Documentation: Monitor files and directories)

8.7 Monitor an ephemeral infrastructure (Splunk Documentation: Configure Ephemeral Streams)

Splunk O11y Cloud Certified Metrics User: FAQs

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Splunk Certification Candidate Handbook

The Splunk Certification Candidate Handbook is an invaluable resource for those pursuing a Splunk certification, offering comprehensive information on each stage of the certification process. From exam formats and eligibility criteria to key policies, it equips candidates with a clear understanding of what to anticipate before, during, and after the exam. Additionally, it includes important guidelines on retakes, recertification, and scheduling procedures, providing essential support to ensure a seamless and confident certification experience.

Splunk O11y Cloud Certified Metrics User Exam Study Guide

1. Understand the Core Metrics Concepts

Learning core metrics concepts is essential for effectively monitoring and optimizing system performance. These metrics provide quantifiable insights into various aspects of a system, such as its health, efficiency, and user experience. By understanding the different types of metrics—gauges, counters, histograms, and summaries—and how to analyze them, organizations can make informed decisions, identify potential bottlenecks, and proactively address issues.

2. Navigating the Splunk O11y Cloud UI

Navigating the Splunk O11y Cloud UI is a fundamental skill for any metrics user. This intuitive interface empowers users to explore, analyze, and visualize their metrics data effectively. Users can unlock valuable insights and make data-driven decisions by mastering the art of creating and customizing dashboards, adding insightful visualizations, filtering and time-shifting data, and leveraging the power of PromQL queries.

3. Use Splunk Study Resources

To effectively prepare for the Splunk O11y Cloud Certified Metrics User exam, it’s crucial to leverage a variety of study resources. Start by delving into the official Splunk documentation, which provides comprehensive information on the platform’s features and functionalities. Complement this with training courses and tutorials offered by Splunk and other authorized providers. These courses offer structured learning paths and hands-on exercises to solidify your understanding. Here is a list of training courses from the O11y Cloud Certified Metrics User Learning Path that may address the topics outlined in the blueprint above:

• Getting Data into Splunk Observability Cloud
• Introduction to Splunk Observability
• Introduction to Splunk Infrastructure Monitoring
• Splunk Observability Cloud Teams
• Splunk Observability Cloud Enterprise Features
• Fundamentals of Metrics Monitoring in Splunk Observability
• Kubernetes Monitoring with Splunk Observability Cloud
• Visualizing and Alerting in Splunk Observability Cloud

4. Follow Effective Study Techniques

To maximize your learning and retention, employ effective study techniques. Create a structured study schedule that allocates specific time slots for different topics. Break down complex concepts into smaller, manageable chunks and focus on understanding the underlying principles. Active learning techniques, such as creating flashcards, summarizing key points, or teaching the concepts to others, can significantly enhance your comprehension.

Regularly practice with hands-on exercises to reinforce your skills and gain practical experience. Joining study groups can foster collaboration, knowledge sharing, and motivation. By consistently applying these techniques, you can build a solid foundation and boost your confidence for the exam.

5. Take Practice Tests

To assess your readiness and identify knowledge gaps, take practice tests regularly. These tests simulate the actual exam environment, helping you manage time effectively and build exam-taking strategies. Analyze your performance in each practice test to pinpoint areas where you need further focus. By consistently practicing, you can improve your problem-solving skills, build confidence, and increase your chances of success on the exam.

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What is the Splunk O11y Cloud Certified Metrics User Exam?

The Splunk O11y Cloud Certified Metrics User exam validates your expertise in using Splunk Observability Cloud for effective monitoring, metrics analysis, and alerting. This certification equips you to leverage real-time, scalable monitoring across all layers of a development environment, extending beyond basic log analysis. Gain hands-on experience with OpenTelemetry, perform advanced analytics for actionable insights, visualize metrics, set up alert detectors, and design intuitive dashboards to streamline observability.

Is there any exam prerequisite?

The Splunk O11y Cloud Certified Metrics User exam is a foundational-level certification with no prerequisites.

Who is the intended audience for the Splunk O11y Cloud Certified Metrics User Exam?

This exam is ideal for users aiming to solidify their foundational skills in Splunk Observability Cloud. It allows you to elevate your monitoring capabilities, showcasing your proficiency with essential tools and features to maximize Splunk Observability Cloud’s potential.

• Career Builders: Advance your professional journey by achieving a certification that enhances your credibility and opens doors to growth as a recognized Splunk expert.
• Developers and Architects: Utilize Splunk Observability Cloud’s powerful toolsets to optimize your applications and infrastructure for peak performance.
• Observability Professionals: Expand your DevOps or SRE expertise and elevate your credentials by becoming a Splunk O11y Cloud Certified Metrics User.

How many questions will be there for the exam?

This 60-minute exam consists of 54 multiple-choice questions and is administered through our testing partner, Pearson VUE.

What are the major topics for the Splunk O11y Cloud Certified Metrics User Exam?

The major topics are:

• Get Metrics In with OpenTelemetry 10%
• Metrics Concepts 15%
• Monitor Using Built-in Content 10%
• Introduction to Visualizing Metrics 15%
• Introduction to Alerting on Metrics with Detectors 10%
• Create Efficient Dashboards and Alerts 10%
• Finding Insights Using Analytics 15%
• Detectors for Common Use Cases 15%

What is the Splunk Certification Candidate Handbook?

The Splunk Certification Candidate Handbook is a valuable resource for anyone pursuing a Splunk certification. It provides comprehensive information on the certification process, from understanding exam formats to knowing the eligibility requirements and policies. This guide offers insights into what to expect before, during, and after the exam, helping candidates feel prepared and informed. Additionally, it covers key guidelines on retakes, recertification, and the steps to schedule exams, making it essential for those looking to navigate the certification journey smoothly and with confidence.

How can I reschedule or cancel an exam?

To reschedule or cancel your exam, you need to reach out to Pearson VUE or log into your Pearson VUE account online at least 48 hours before your scheduled appointment. Please note that exams cannot be rescheduled or canceled within 48 hours of your appointment time. If you fail to cancel or reschedule in advance or do not attend the exam, you will forfeit your exam fee.

What is the Splunk Certification Agreement?

Before your certification exam begins, you will be given three minutes to read and accept the Splunk Certification Agreement. It’s advisable to review this agreement beforehand, as it details the expected code of conduct, requirements, and conditions for termination. If you choose not to accept the agreement, your exam session will be ended.

What is the retake policy?

If you do not pass the exam on your initial attempt, you must wait seven days before retaking it. For any subsequent retakes, the waiting period increases to allow sufficient time for review and study. Splunk also retains the right to deny any retake beyond the sixth attempt.

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Splunk SOAR Certified Automation Developer Exam enhances your expertise by mastering skills from SOAR server installation and configuration to SOAR playbook planning, design, development, and troubleshooting. This certification validates your advanced SOAR solution capabilities and showcases an individual’s expertise in installing and configuring a SOAR server, integrating it with Splunk, and effectively planning, designing, building, and troubleshooting playbooks previously known as the Splunk Phantom Certified Admin.

The exam expands your knowledge in setting up and configuring a SOAR server, integrating it seamlessly with the Splunk platform, and creating diverse SOAR playbooks using custom coding and REST APIs.

Who Should Pursue This Certification?

• Cybersecurity Professionals: Strengthen your skills and demonstrate proficiency in one of the fastest-growing fields by mastering the Splunk SOAR platform.
• SOC Analysts: Elevate your career and establish yourself as a cybersecurity authority with advanced SOAR expertise.
• Splunk Enterprise Security Administrators: Stay competitive in the industry as more organizations adopt comprehensive cybersecurity tools alongside their Splunk Enterprise Security setups.

Exam Details

The Splunk SOAR Certified Automation Developer Exam is a professional-level certification exam with no prerequisites. It consists of 45 multiple-choice questions and lasts 60 minutes. The exam is administered by Pearson VUE, a testing partner.

Course Outline

The topics listed below serve as general guidelines for the exam content; however, additional related subjects may also be included in any specific exam version.

1.0 Deployment, Installation, and Initial Configuration 5%

1.1 Describe SOAR operating concepts (Splunk Documentation: Use Splunk SOAR (Cloud))

1.2 Identify documentation and community resources (Splunk Documentation: Resources)

1.3 Identify installation and upgrade options

1.4 Describe SOAR architecture (Splunk Documentation: Splunk SOAR (Cloud))

1.5 Configure licenses, administration, and product settings (Splunk Documentation: Configure license)

2.0 User Management 5%

2.1 Configure authentication options (Splunk Documentation: authentication.conf)

2.2 Add users (Splunk Documentation: Add or remove users)

2.3 Add roles (Splunk Documentation: Configure users and roles)

3.0 Apps, Assets, and Playbooks 5%

3.1 Configure apps

3.2 Configure assets (Splunk Documentation: Configure assets)

3.3 Configure data ingestion assets (Splunk Documentation: Configure data ingestion with the Splunk Add-on for OPC)

3.4 Configure labels and SLAs (Splunk Documentation: Configure labels to apply to containers, Configure the response times for service level agreements)

3.5 Manage playbooks (Splunk Documentation: Manage settings for a playbook in Splunk SOAR (Cloud))

4.0 Analyst Queue 5%

4.1 Use the Analyst Queue (Splunk Documentation: Configure the settings for the analyst queue)

4.2 Use search features (Splunk Documentation: search)

4.3 Create filters

4.4 Use the indicator view

5.0 The Investigation Page 10%

5.1 Use the Investigation page to work on events (Splunk Documentation: Use Splunk Enterprise Security)

5.2 Manually run actions and examine action results (Splunk Documentation: Automate incident response with playbooks and actions)

5.3 Manually run playbooks (Splunk Documentation: Run a playbook in Splunk SOAR (On-premises))

5.4 Use the file tab to store related files

6.0 Case Management and Workbooks 5%

6.1 Use case management for complex investigations (Splunk Documentation: Managing cases in SOAR)

6.2 Use workbooks (Splunk Documentation: Administer Splunk SOAR (Cloud))

6.3 Mark items as evidence (Splunk Documentation: Mark files and events as evidence in Splunk SOAR (Cloud))

7.0 Customizations 5%

7.1 Customize severity levels (Splunk Documentation: Create custom severity names and control severity inheritance)

7.2 Customize CEF fields (Splunk Documentation: Create custom CEF fields in)

7.3 Customize status values

7.4 Customize workbooks (Splunk Documentation: Define tasks using workbooks)

7.5 Add global custom fields to containers (Splunk Documentation: Create custom fields to filter Splunk SOAR (Cloud) events)

8.0 System Maintenance 5%

8.1 Run reports

8.2 Use system health displays (Splunk Documentation: Monitor system health)

8.3 Examine health logs (Splunk Documentation: Investigate feature health status changes)

9.0 Introduction to Playbooks 5%

9.1 Understand automation best practices

9.2 Describe playbook capabilities (Splunk Documentation: Use playbooks to automate analyst workflows in Splunk SOAR (Cloud))

9.3 Determine available app actions (Splunk Documentation: Add and configure apps and assets to provide actions in Splunk SOAR (Cloud))

9.4 Use I2A2 design methodology

10.0 Visual Playbook Editor 5%

10.1 Use the visual playbook editor (Splunk Documentation: Create a new playbook in Splunk SOAR)

10.2 Execute actions from a playbook (Splunk Documentation: Automate incident response with playbooks and actions in Splunk Mission Control)

10.3 Test new playbooks (Splunk Documentation: Develop, test, and deploy playbooks in Splunk SOAR (Cloud))

11.0 Logic, Filters, and User Interaction 5%

11.1 Use decision blocks (Splunk Documentation: Use decisions to send Splunk SOAR (Cloud) artifacts)

11.2 Use filter blocks to process data (Splunk Documentation: Use filters to separate Splunk SOAR (Cloud) artifacts)

11.3 Describe the use of different join options (Splunk Documentation: join)

11.4 Interact with users during playbook execution (Splunk Documentation: Playbook automation API)

12.0 Formatted Output and Data Access 5%

12.1 Use Format blocks to structure data

12.2 Understand the structure of action results (Splunk Documentation: Understanding datapaths)

12.3 Compose datapaths to access data (Splunk Documentation: Specify a datapath in your playbook)

12.4 Use the utility block to modify containers (Splunk Documentation: Add functionality to your playbook in Splunk SOAR (Cloud) using the Utility block)

13.0 Modular Playbook Development 5%

13.1 Design modular solutions with interacting playbooks

13.2 Invoke child playbooks from a parent (Splunk Documentation: Run other playbooks inside your playbook in Splunk SOAR (Cloud))

13.3 Exchange data between playbooks (Splunk Documentation: Specify data in your playbook)

14.0 Custom Lists and Data Routing 5%

14.1 Create custom lists (Splunk Documentation: Create custom lists for use in Splunk SOAR)

14.2 Access lists from playbooks (Splunk Documentation: Use Splunk SOAR (On-premises))

14.3 Use filters to control data flow (Splunk Documentation: Route and filter data)

15.0 Configuring External Splunk Search 5%

15.1 Describe the benefits of externalizing search to Splunk

15.2 Configure the SOAR instance for externalization (Splunk Documentation: Install and Upgrade Splunk SOAR)

15.3 Configure the Splunk instance for externalization (Splunk Documentation: Ways you can configure Splunk software)

15.4 Use reindex to push existing content to the Splunk instance

15.5 Use the Splunk app for Phantom Reporting (Splunk Documentation: About the Splunk Phantom App for Splunk)

16.0 Integrating SOAR into Splunk 10%

16.1 Install the Splunk App for SOAR Export (Splunk Documentation: Install the Splunk App for SOAR Export)

16.2 Send Enterprise Security notables to SOAR (Splunk Documentation: Run adaptive response actions in Splunk ES)

16.3 Install and configure the Splunk app in SOAR (Splunk Documentation: Configure the service with Splunk App for SOAR)

16.4 Use Splunk search from playbooks (Splunk Documentation: Search with action and playbook data in Splunk Mission Control)

17.0 Custom Coding 5%

17.1 Describe when and when not to use the global block (Splunk Documentation: Add a new block to your Splunk SOAR)

17.2 Use custom function blocks

17.3 Write and test custom SOAR code (Splunk Documentation: Add custom code to your Splunk SOAR)

18.0 Using REST 5%

18.1 Describe the capabilities of SOAR REST API (Splunk Documentation: Using the REST API reference for Splunk SOAR (Cloud))

18.2 Use Django queries to search for data in SOAR

18.3 Use SOAR REST from other systems to access SOAR data (Splunk Documentation: Using the REST API reference for Splunk SOAR (Cloud))

Splunk SOAR Certified Automation Developer: FAQs

Click here for FAQs!

Splunk Certification Candidate Handbook

The Splunk Certification Candidate Handbook is an essential guide for anyone aiming to earn a Splunk certification. It covers all aspects of the certification journey, from exam formats and eligibility requirements to important policies. This handbook provides clear insights into what candidates should expect before, during, and after the exam, helping them feel well-prepared. It also details guidelines on exam retakes, recertification, and scheduling steps, offering valuable support for a smooth and confident certification experience.

Splunk SOAR Certified Automation Developer Exam Study Guide

1. Understanding Core Concepts

A solid grasp of core SOAR concepts is crucial for success in the Splunk SOAR Certified Automation Developer exam. This includes understanding the SOAR architecture, the role of playbooks and actions, and the incident response and investigation processes. By mastering these foundational concepts, you’ll be able to effectively design, develop, and implement automated workflows to streamline security operations.

2. Gaining Practical Skills

To solidify your understanding of SOAR concepts and prepare for the exam, practical experience is indispensable. Set up a SOAR environment, whether on-premises or in a cloud-based platform, to experiment with real-world scenarios. Create and test various playbooks, actions, and integrations with different security tools. By actively engaging with the platform, you’ll develop hands-on skills in:

• Playbook Design and Development: Constructing complex playbooks with multiple actions, conditions, and flows to automate incident response, threat hunting, and other security tasks.
• Action Development: Crafting custom actions to interact with diverse systems and APIs, including REST API, script-based actions, and integrations with SIEM, EDR, and other security tools.
• Incident Response and Investigation: Leveraging SOAR to streamline incident response processes, automate triage, and accelerate investigations through the use of playbooks and integrations.
• Troubleshooting and Debugging: Identifying and resolving issues in playbooks and actions, such as errors, unexpected behavior, and performance bottlenecks.

3. Hands-on Practice: The Key to Mastery

Hands-on practice is the cornerstone of mastering Splunk SOAR. By actively engaging with the platform, you’ll solidify your understanding of concepts and develop practical skills. Set up a SOAR environment, whether on-premises or cloud-based, to simulate real-world scenarios. Experiment with creating and testing various playbooks, actions, and integrations with different security tools. Use playbook design and development, constructing complex workflows with multiple actions, conditions, and flows to automate incident response, threat hunting, and other security tasks. Practice creating custom actions to interact with diverse systems and APIs, including REST API, script-based actions, and integrations with SIEM, EDR, and other security tools.

4. Use Official Documentation and Training

To gain a comprehensive understanding of Splunk SOAR, it’s essential to use the official documentation and training resources provided by Splunk. The official documentation serves as a valuable reference, providing detailed explanations of SOAR features, functionalities, and best practices. By carefully studying the documentation, you’ll gain insights into the underlying architecture, playbook design principles, and action development techniques.

In addition to the official documentation, consider enrolling in Splunk’s training courses. These courses offer structured learning experiences, hands-on exercises, and expert guidance from Splunk-certified instructors. By participating in these training programs, you’ll gain practical experience and develop the skills necessary to effectively utilize SOAR in real-world scenarios.

5. Engaging with the Splunk Community

The Splunk community is a valuable resource for learning and problem-solving. By actively participating in forums and online communities, you can connect with experienced SOAR users, seek advice, and share your knowledge. Engaging with the community allows you to stay updated on the latest trends, best practices, and potential challenges in SOAR implementation. You can also explore various online resources, such as blogs, tutorials, and webinars, to gain additional insights and practical tips. By leveraging the collective knowledge and experience of the Splunk community, you can enhance your understanding of SOAR and accelerate your learning process.

6. Take Practice Exams

To assess your knowledge and identify areas for improvement, taking practice exams is crucial. Practice exams simulate the actual exam environment, helping you familiarize yourself with the question format, time constraints, and exam-taking strategies. By analyzing your performance on practice exams, you can pinpoint your strengths and weaknesses and focus your study efforts accordingly.

Look for practice exams that cover a wide range of topics, including SOAR architecture, playbook design, action development, and incident response. As you work through the practice exams, pay attention to the time allotted for each question and practice effective time management. By consistently practicing with practice exams, you’ll gain confidence in your abilities and be better prepared to succeed on the Splunk SOAR Certified Automation Developer exam.

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What is the Splunk SOAR Certified Automation Developer Exam?

Splunk SOAR Certified Automation Developer Exam enhances your expertise by mastering skills from SOAR server installation and configuration to SOAR playbook planning, design, development, and troubleshooting. This certification validates your advanced SOAR solution capabilities and showcases an individual’s expertise in installing and configuring a SOAR server, integrating it with Splunk, and effectively planning, designing, building, and troubleshooting playbooks previously known as the Splunk Phantom Certified Admin. The exam expands your knowledge in setting up and configuring a SOAR server, integrating it seamlessly with the Splunk platform, and creating diverse SOAR playbooks using custom coding and REST APIs.

Is there any exam prerequisite?

The Splunk SOAR Certified Automation Developer Exam is a professional-level certification exam with no prerequisites.

Who is the intended audience for the Splunk SOAR Certified Automation Developer Exam?

• Cybersecurity Professionals: Strengthen your skills and demonstrate proficiency in one of the fastest-growing fields by mastering the Splunk SOAR platform.
• SOC Analysts: Elevate your career and establish yourself as a cybersecurity authority with advanced SOAR expertise.
• Splunk Enterprise Security Administrators: Stay competitive in the industry as more organizations adopt comprehensive cybersecurity tools alongside their Splunk Enterprise Security setups.

How many questions will be there for the exam?

It consists of 45 multiple-choice questions and lasts 60 minutes. The exam is administered by Pearson VUE, a testing partner.

What are the major topics for the Splunk SOAR Certified Automation Developer Exam?

The major topics are:

• Installation/Initial configuration
• Apps and assets
• User management
• Ingesting data
• Events and containers
• Mission control
• Running actions and playbooks
• Case management/workflows
• Multi-tenacity
• Clustering
• Automation best practices
• The visual playbook editor
• Using actions and decisions
• Using action results
• Testing and debugging playbooks
• Using interaction
• Output formatting
• Complex logic
• Interacting with artifacts
• Using the vault in a playbook
• Custom lists
• Integrating Splunk with SOAR (Phantom)

What is the Splunk Certification Candidate Handbook?

The Splunk Certification Candidate Handbook is a valuable resource for anyone pursuing a Splunk certification. It provides comprehensive information on the certification process, from understanding exam formats to knowing the eligibility requirements and policies. This guide offers insights into what to expect before, during, and after the exam, helping candidates feel prepared and informed. Additionally, it covers key guidelines on retakes, recertification, and the steps to schedule exams, making it essential for those looking to navigate the certification journey smoothly and with confidence.

How can I reschedule or cancel an exam?

To reschedule or cancel your exam, you need to reach out to Pearson VUE or log into your Pearson VUE account online at least 48 hours before your scheduled appointment. Please note that exams cannot be rescheduled or canceled within 48 hours of your appointment time. If you fail to cancel or reschedule in advance or do not attend the exam, you will forfeit your exam fee.

What is the Splunk Certification Agreement?

Before your certification exam begins, you will be given three minutes to read and accept the Splunk Certification Agreement. It’s advisable to review this agreement beforehand, as it details the expected code of conduct, requirements, and conditions for termination. If you choose not to accept the agreement, your exam session will be ended.

What is the retake policy?

If you do not pass the exam on your initial attempt, you must wait seven days before retaking it. For any subsequent retakes, the waiting period increases to allow sufficient time for review and study. Splunk also retains the right to deny any retake beyond the sixth attempt.

Check Here: For More

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The Splunk Cloud Certified Admin exam is designed for individuals responsible for managing and configuring Splunk Cloud. This includes handling data inputs, forwarder setup, user accounts, basic monitoring, and troubleshooting. Whether you’re new to Splunk administration or transitioning to Splunk Cloud, this certification strengthens your skills in core management and configuration tasks, from data input and forwarder setup to monitoring and isolating issues, giving you a solid operational foundation.

Exam Prerequisite

To qualify for this certification, you must first complete the Splunk Core Certified Power User exam.

Who should consider this exam?

Whether your organization is newly adopting Splunk Cloud or transitioning from an on-prem setup, this certification is your path to proving expertise as a Splunk Cloud administrator.

• Career Growth Seekers: Elevate your career by achieving a certification that establishes you as a skilled Splunk professional, ready for advancement.
• Platform Administrators: Strengthen your credentials as a platform administrator, showcasing your proficiency in managing the Splunk Cloud environment.
• Cloud Migration Specialists: Transition confidently to Splunk Cloud while securing your role as a valuable asset within your organization.

Exam Details

The Splunk Cloud Certified Admin exam is a professional-level certification requiring the Splunk Core Certified Power User as a prerequisite. The exam consists of 60 multiple-choice questions, has a 75-minute time limit, and is administered through our testing partner, Pearson VUE.

Course Outline

The topics listed below provide a general overview of content likely to be covered on the exam; however, related subjects may also be included in specific versions of the exam. The topics for the Splunk Cloud Certified Admin exam are:

1.0 Splunk Cloud Overview 5%

1.1 Describe Cloud topology

1.2 Describe tasks managed by the Splunk cloud administrator (Splunk Documentation: Admin tasks with Splunk Web)

1.3 List the primary differences between Splunk Cloud and Splunk Enterprise (Splunk Documentation: Splunk Enterprise VS Splunk Cloud)

1.4 List differences between Self-Service Cloud and Managed Cloud (Splunk Documentation: Fundamental Splunk and Splunk Cloud Platform concepts)

2.0 Index Management 5%

2.1 Define a Splunk index (Splunk Documentation: Indexes, indexers, and indexer clusters)

2.2 Create indexes in cloud (Splunk Documentation: Manage Splunk Cloud Platform indexes)

2.3 Delete data from an index (Splunk Documentation: Remove indexes and indexed data)

2.4 Monitor indexing activities (Splunk Documentation: Use the Indexing dashboards)

3.0 User Authentication and Authorization 5%

3.1 Administer Splunk user roles (Splunk Documentation: Configure users and roles)

3.2 Integrate Splunk with LDAP, Active Directory, or SAML (Splunk Documentation: Securing Splunk Enterprise)

4.0 Splunk Configuration Files 5%

4.1 Review Splunk configuration files and directories (Splunk Documentation: Configuration file directories)

4.2 Review configuration file precedence (Splunk Documentation: Configuration file precedence)

4.3 Review index and search time processes (Splunk Documentation: Optimize indexing and search processes)

5.0 Getting Data in Cloud 15%

5.1 List Splunk forwarder types (Splunk Documentation: Types of forwarders)

5.2 Describe the role of forwarders

5.3 Configure a forwarder to Splunk Cloud (Splunk Documentation: Deploy the universal forwarder)

5.4 Test the forwarder connection

5.5 Describe optional forwarder settings (Splunk Documentation: Types of forwarders)

6.0 Forwarder Management 5%

6.1 Describe Splunk Deployment Server (Splunk Documentation: Deployment server architecture)

6.2 Explain the use of forwarder management (Splunk Documentation: Forwarder management overview)

6.3 Configure forwarders to be deployment clients (Splunk Documentation: Configure deployment clients)

6.4 Managing forwarders using deployment apps (Splunk Documentation: Use forwarder management to manage apps)

7.0 Monitor Inputs 15%

7.1 Describe the Splunk process for inputting data

7.2 Create file and directory monitor inputs (Splunk Documentation: Monitor files and directories)

7.3 Use optional settings for monitor inputs

8.0 Network and Other Inputs 10%

8.1 Create network (TCP and UDP) inputs (Splunk Documentation: Configure inputs using TCP or UDP)

8.2 Create a basic scripted input (Splunk Documentation: Setting up a scripted input)

8.3 Describe optional settings for network inputs

8.4 Identify Windows input types and uses

8.5 Use the HTTP Event Collector (HEC) to get data into Splunk (Splunk Documentation: Set up and use HTTP Event Collector in Splunk Web)

9.0 Fine-tuning Inputs 5%

9.1 Describe the default processing that occurs during the input phase (Splunk Documentation: How data moves through Splunk deployments: The data pipeline)

9.2 Configure input phase options, such as sourcetype fine-tuning and character set encoding (Splunk Documentation: Configure character set encoding)

10.0 Parsing Phase and Data Preview 10%

10.1 Describe the default processing that occurs during parsing (Splunk Documentation: How indexing works)

10.2 Optimize and configure event line breaking (Splunk Documentation: Configure event line breaking)

10.3 Explain how timestamps and time zones are extracted or assigned to events (Splunk Documentation: How timestamp assignment works)

10.4 Use Data Preview to validate event creation during the parsing phase

11.0 Manipulating Raw Data 10%

11.1 Explain how data transformations are defined and invoked (Splunk Documentation: Use the Field transformations page)

11.2 Use transformations with props.conf and transforms.conf to modify raw data (Splunk Documentation: transforms.conf)

11.3 Use SEDCMD to modify raw data (Splunk Documentation: Anonymize data)

12.0 Installing and Managing Apps 5%

12.1 Review the process for installing apps (Splunk Documentation: Review your apps and add-ons)

12.2 Describe private apps (Splunk Documentation: Manage private apps on your Splunk Cloud Platform deployment)

12.3 Describe how apps are managed (Splunk Documentation: Managing app and add-on configurations and properties)

13.0 Working with Splunk Cloud Support 5%

13.1 Isolate problems before contacting Splunk Cloud Support

13.2 Define the process for working with Splunk Cloud Support

Splunk Cloud Certified Admin: FAQs

Click here for FAQs!

Splunk Certification Candidate Handbook

The Splunk Certification Candidate Handbook is a valuable resource for anyone pursuing a Splunk certification. It provides comprehensive information on the certification process, from understanding exam formats to knowing the eligibility requirements and policies. This guide offers insights into what to expect before, during, and after the exam, helping candidates feel prepared and informed. Additionally, it covers key guidelines on retakes, recertification, and the steps to schedule exams, making it essential for those looking to navigate the certification journey smoothly and with confidence.

Splunk Cloud Certified Admin Exam Study Guide

1. Understanding the Exam

Before diving into the study material, it’s crucial to understand the exam format and content. Familiarize yourself with the Splunk Cloud Certified Admin exam blueprint, which outlines the specific topics and their weightage. This will help you prioritize your study efforts.

2. Use Splunk Documentation

The Splunk Documentation is a comprehensive resource that provides in-depth information on various aspects of the Splunk platform. It covers a wide range of topics, from basic concepts to advanced administration and development. This documentation is invaluable for both beginners and experienced Splunk users. The documentation is well-organized and easy to navigate, with clear explanations, step-by-step instructions, and practical examples. It includes detailed information on data ingestion, search processing language (SPL), data modeling, visualization, alerting, and security. Additionally, it provides guidance on configuring and managing Splunk Enterprise and Splunk Cloud deployments.

3. Splunk Training

Splunk offers a comprehensive training program to equip individuals with the skills needed to effectively utilize its platform. This training program caters to a wide range of users, from beginners to advanced administrators and developers. Splunk provides both self-paced and instructor-led training options. Self-paced training includes a variety of online courses, tutorials, and documentation that can be accessed at your convenience. These resources cover fundamental concepts, advanced techniques, and specific use cases. Instructor-led training, on the other hand, provides a structured learning experience with hands-on exercises and expert guidance. The courses are:

• Splunk Cloud Administration: This course is specifically designed for new Splunk Cloud administrators. It covers the core concepts and skills needed to manage a Splunk Cloud instance.
• Transitioning to Splunk Cloud: This course is for experienced Splunk Enterprise administrators who are transitioning to Splunk Cloud. It highlights the key differences between the two platforms.

4. Join Study Groups

Joining study groups can be incredibly beneficial for preparing for the Splunk Cloud Certified Admin exam. Study groups allow candidates to collaborate, share knowledge, and discuss key topics like data inputs, forwarder configurations, monitoring, and problem-solving in Splunk Cloud. These groups foster an interactive learning environment where members can exchange exam tips, clarify complex concepts, and tackle challenging areas together. Connecting with others also builds motivation, accountability, and provides access to diverse perspectives, ultimately enhancing readiness and confidence for exam day.

5. Take Practice Tests

Taking practice tests is an essential strategy for preparing for the Splunk Cloud Certified Admin exam. These tests help familiarize candidates with the exam format and types of questions they may encounter, allowing for effective time management and pacing during the actual exam. By simulating real exam conditions, practice tests enable candidates to identify their strengths and weaknesses, focus their study efforts on challenging areas, and build confidence in their knowledge of Splunk Cloud concepts. Regularly assessing progress through practice tests can significantly enhance retention of information and improve overall performance, making them a crucial component of a comprehensive study plan.

The post Splunk Cloud Certified Admin appeared first on Testprep Training Tutorials.

What is the Splunk Cloud Certified Admin Exam?

The Splunk Cloud Certified Admin exam is designed for individuals responsible for managing and configuring Splunk Cloud. This includes handling data inputs, forwarder setup, user accounts, basic monitoring, and troubleshooting. Whether you’re new to Splunk administration or transitioning to Splunk Cloud, this certification strengthens your skills in core management and configuration tasks, from data input and forwarder setup to monitoring and isolating issues, giving you a solid operational foundation.

Is there any exam prerequisite?

To qualify for this certification, you must first complete the Splunk Core Certified Power User exam.

Who is the intended audience for the Splunk Cloud Certified Admin Exam?

Whether your organization is newly adopting Splunk Cloud or transitioning from an on-prem setup, this certification is your path to proving expertise as a Splunk Cloud administrator.

• Career Growth Seekers: Elevate your career by achieving a certification that establishes you as a skilled Splunk professional, ready for advancement.
• Platform Administrators: Strengthen your credentials as a platform administrator, showcasing your proficiency in managing the Splunk Cloud environment.
• Cloud Migration Specialists: Transition confidently to Splunk Cloud while securing your role as a valuable asset within your organization.

How many questions will be there for the exam?

The exam consists of 60 multiple-choice questions, has a 75-minute time limit, and is administered through our testing partner, Pearson VUE.

What are the major topics for the Splunk Cloud Certified Admin Exam?

The major topics are:

• Splunk Cloud Overview 5%
• Index Management 5%
• User Authentication and Authorization 5%
• Splunk Configuration Files 5%
• Getting Data in Cloud 15%
• Forwarder Management 5%
• Monitor Inputs 15%
• Network and Other Inputs 10%
• Fine-tuning Inputs 5%
• Parsing Phase and Data Preview 10%
• Manipulating Raw Data 10%
• Installing and Managing Apps 5%
• Working with Splunk Cloud Support 5%

What is the Splunk Certification Candidate Handbook?

The Splunk Certification Candidate Handbook is a valuable resource for anyone pursuing a Splunk certification. It provides comprehensive information on the certification process, from understanding exam formats to knowing the eligibility requirements and policies. This guide offers insights into what to expect before, during, and after the exam, helping candidates feel prepared and informed. Additionally, it covers key guidelines on retakes, recertification, and the steps to schedule exams, making it essential for those looking to navigate the certification journey smoothly and with confidence.

How can I reschedule or cancel an exam?

To reschedule or cancel your exam, you need to reach out to Pearson VUE or log into your Pearson VUE account online at least 48 hours before your scheduled appointment. Please note that exams cannot be rescheduled or canceled within 48 hours of your appointment time. If you fail to cancel or reschedule in advance or do not attend the exam, you will forfeit your exam fee.

What is the Splunk Certification Agreement?

Before your certification exam begins, you will be given three minutes to read and accept the Splunk Certification Agreement. It’s advisable to review this agreement beforehand, as it details the expected code of conduct, requirements, and conditions for termination. If you choose not to accept the agreement, your exam session will be ended.

What is the retake policy?

If you do not pass the exam on your initial attempt, you must wait seven days before retaking it. For any subsequent retakes, the waiting period increases to allow sufficient time for review and study. Splunk also retains the right to deny any retake beyond the sixth attempt.

Check Here: For More

Go Back To The Tutorial

The post Splunk Cloud Certified Admin Exam FAQs appeared first on Testprep Training Tutorials.

Which of the following commands is used to limit search results to a specific field value?

• a. eval
• b. stats
• c. where
• d. fields

Answer: c. where

Explanation: The “where” command is used to limit search results to a specific field value.

Which of the following commands is used to calculate the average of a numerical field?

• a. avg
• b. sum
• c. count
• d. stats

Answer: a. avg

Explanation: The “avg” command is used to calculate the average of a numerical field.

Which of the following commands is used to remove duplicate values from search results?

• a. dedup
• b. distinct
• c. unique
• d. filter

Answer: a. dedup

Explanation: The “dedup” command is used to remove duplicate values from search results.

Which of the following commands is used to sort search results based on a specific field?

• a. sort
• b. order
• c. rank
• d. arrange

Answer: a. sort

Explanation: The “sort” command is used to sort search results based on a specific field.

5. Which of the following commands is used to calculate the standard deviation of a numerical field? a. stddev b. variance c. median d. range

Answer: a. stddev

Explanation: The “stddev” command is used to calculate the standard deviation of a numerical field.

Which of the following is a key feature of Splunk dashboards?

• a. Real-time data visualization
• b. Machine learning algorithms
• c. Database integration
• d. File storage management

Answer: a. Real-time data visualization

Explanation: Real-time data visualization is a key feature of Splunk dashboards.

Which of the following is a key feature of Splunk alerting?

• a. Scheduled report generation
• b. Automated email notifications
• c. Custom chart creation
• d. Data modeling and normalization

Answer: b. Automated email notifications

Explanation: Automated email notifications are a key feature of Splunk alerting.

Which of the following is a key feature of Splunk lookup tables?

• a. Ability to join tables from different data sources
• b. Machine learning algorithms
• c. Real-time data visualization
• d. Data modeling and normalization

Answer: a. Ability to join tables from different data sources

Explanation: The ability to join tables from different data sources is a key feature of Splunk lookup tables.

Which of the following is a key feature of Splunk data models?

• a. Ability to create custom fields
• b. Real-time data visualization
• c. Database integration
• d. Data normalization and summarization

Answer: d. Data normalization and summarization

Explanation: Data normalization and summarization is a key feature of Splunk data models.

Which of the following is a key feature of Splunk search commands?

• a. Machine learning algorithms
• b. Custom report creation
• c. Real-time data visualization
• d. Ability to extract fields and calculate statistics

Answer: d. Ability to extract fields and calculate statistics

Explanation: The ability to extract fields and calculate statistics is a key feature of Splunk search commands.

Question 1 – Which of the given statements best describes the use of the Field Extractor (FX)?

• A. The Field Extractor automatically extracts all fields at search time.
• B. The Field Extractor uses PERL to extract fields from the raw events.
• C. Fields extracted using the Field Extractor persist as knowledge objects.
• D. Fields extracted using the Field Extractor do not persist and must be defined for each search.

Correct Answer: C

Question 2 – Which of the following will return a report of sales by product_name?

• A. chart sales by product_name
• B. chart sum(price) as sales by product_name
• C. stats sum(price) as sales over product_name
• D. time chart list(sales), values(product_name)

Correct Answer: C

Reference: http://hilllaneconsulting.co.uk/blog/?p=640

Question 3 – In the Splunk Common Information Model (CIM) add-on, which of the following data models are included? (Choose all that apply.)

• A. Alerts
• B. Email
• C. Databases
• D. User permissions

Correct Answer: ABC

Reference: https://docs.splunk.com/Documentation/CIM/4.15.0/User/Overview

Question 4 – Which of the following is a limitation of searches generated by workflow actions?

• A. Searches generated by workflow actions cannot use macros.
• B. Searches generated by workflow actions must be less than 256 characters long.
• C. Searches generated by workflow actions must run in the same app as the workflow action.
• D. Searches generated by workflow actions run with the same permissions as the user running them.

Correct Answer: D

Question 5 – Which one of the given statements is correct regarding the search command?

• A. It does not allow the use of wildcards.
• B. It treats field values in a case-sensitive manner.
• C. It can only be used at the beginning of the search pipeline.
• D. It behaves exactly like search strings before the first pipe.

Correct Answer: D

Reference: https://docs.splunk.com/Documentation/SplunkCloud/8.0.2003/Search/Usethesearchcommand

Question 6 – What does the transaction command do?

• A. Grouping a set of transactions based on time.
• B. Creating a single event from a group of events.
• C. Separating two events based on one or more values.
• D. Returning the number of credit card transactions found in the event logs.

Correct Answer: B

Question 7 – Which of the given is the relationship between data models and pivots?

• A. Data models provide the datasets for pivots.
• B. Pivots and data models have no relationship.
• C. Pivots and data models are the same things.
• D. Pivots provide the datasets for data models.

Correct Answer: A

Question 8 – What is the most accurate description of the actions performed by the Search workflow?

• A. By default, Search workflow actions will run as a real-time search.
• B. Search workflow actions can be configured as scheduled searches.
• C. The user can define the time range of the search when creating the workflow action.
• D. Search workflow actions cannot be configured with a search string that includes the transaction command.

Correct Answer: C

Question 9 – Which of the given commands support the same set of functions?

• A. stats, eval, table
• B. search, where, eval
• C. stats, chart, time chart
• D. transaction, chart, time chart

Correct Answer: C

Question 10 – Using the eval command, you can perform which of the following? (Choose all that apply.)

• A. Format values
• B. Convert values
• C. Perform calculations
• D. Use conditional statements

Correct Answer: ABCD

Question 11 – With the time chart command, how can a user categorize events according to time?

• A. Using the span argument.
• B. Using the duration argument.
• C. Using the interval argument.
• D. Adjusting the fieldformat options.

Correct Answer: A

Question 12 – Which of the given statements regarding the data models and pivot are correct? (Choose all that apply.)

• A. They are both knowledge objects.
• B. Data models are created out of datasets called pivots.
• C. Pivot requires users to input SPL searches on data models.
• D. Pivot allows the creation of data visualizations that present different aspects of a data model.

Correct Answer: BD

Question 13 – Using the Auto-Extracted method, one can add the Data model fields. Which of the given statements is the most suitable description of the Auto-Extracted fields? (Choose all that apply.)

• A. Auto-Extracted fields can be hidden in Pivot.
• B. Auto-Extracted fields can have their data type changed.
• C. Auto-Extracted fields can be given a friendly name for use in Pivot.
• D. Auto-Extracted fields can be added if they already exist in the dataset with constraints.

Correct Answer: B

Question 14 – Which type of visualization correctly highlights the relationships between discrete values in three dimensions?

• A. Pie chart
• B. Line chart
• C. Bubble chart
• D. Scatter chart

Correct Answer: D

Question 15 – In Splunk, what is the function of the Common Information Model (CIM)?

• A. Normalizing data across a Splunk deployment.
• B. Providing templates for reports and dashboards.
• C. Algorithmically shifting events to other indexes.
• D. Reingesting previously indexed data with new field names.

Correct Answer: A

Reference: https://docs.splunk.com/Documentation/CIM/4.18.0/User/Overview

Question 16 – What are some of the actions that can be performed by the eval command?

• A. Removing fields from results.
• B. Creating or replacing an existing field.
• C. Grouping transactions by one or more fields.
• D. Saving SPL commands to be reused in other searches.

Correct Answer: B

Question 17 – What are the conditions for following a macro with a pipe?

• A. A pipe may always follow a macro.
• B. The current user must own the macro.
• C. The macro must be defined in the current app.
• D. Only when sharing is set to global for the macro.

Correct Answer: A

Question 18 – The data model is composed of which dataset or datasets? (Choose all that apply.)

• A. Events datasets
• B. Search datasets
• C. Transaction datasets
• D. Any child of event, transaction, and search datasets

Correct Answer: ABC

Reference: https://docs.splunk.com/Documentation/Splunk/8.0.3/Knowledge/Aboutdatamodels

Question 19 – What is the best delimiter to use with the Field Extractor (FX)? (Choose all that apply.)

• A. Tabs
• B. Pipes
• C. Colons
• D. Spaces

Correct Answer: BD

Reference: https://docs.splunk.com/Documentation/Splunk/8.0.3/Knowledge/FXSelectMethodstep

Question 20 – A single event can be assigned multiple types with different colors, but what determines the color displayed for that event?

• A. Rank
• B. Weight
• C. Priority
• D. Precedence

Correct Answer: C

Reference: https://docs.splunk.com/Documentation/SplunkCloud/8.0.2003/Knowledge/Defineeventtypes

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The Splunk Certified Developer test is the last step toward completion of the Splunk Certified Developer accreditation. This exceptionally specialized certificate test assesses a competitor’s information and abilities in drill-downs, high-level way of behaving and representations, and building applications utilizing the Splunk Web Framework, and REST endpoints.

A Splunk Certified Developer can construct applications utilizing the Splunk Web Framework. Up-and-comers will show their skill in drill-downs, high-level ways of behaving and perceptions, arranging, making, and bundling applications, and REST endpoints.

1.) While refreshing an information object by means of REST, which coming up next are substantial qualities for the sharing Access Control List property?

A. User
B. App
C. Global
D. No one

Right Answer: B

2.) Which among the following are ways of getting a list of search occupations? (Select all that apply.)

A. Access Activity > Jobs with Splunk Web.
B. Use Splunk REST to question the/services/search/jobs endpoint.
C. Use Splunk REST to query the /services/search/sid/results endpoint.
D. Use Splunk REST to query the /services/saved/searches endpoint.

Right Answer: AB

3.) Which among the following are the advantages of utilizing Simple XML Extensions? (Select all that apply.)

A. Add custom graphics.
B. Add custom layouts.
C. Adding custom behaviors..
D. Limit Splunk permit utilization in light of the host.

Right Answer: BC

4.) How could indexer affirmation be empowered for HTTP Event Collector (HEC)? (Select all that apply.)

A. Don’t bother doing anything, it is turned on by default.
B. At the point when a REST demand is shipped off to make a token, the property for indexer affirmation should be set to 1.
C. When another HEC token is made in Splunk Web, select the checkbox marked ג€Enable indexer acknowledgementג€.
D. At the point when the Global Settings for HEC are refreshed in Splunk Web, select the checkbox marked ג€Enable indexer acknowledgementג€.

Right Answer: CD

Explanation: Set up and use HTTP Event Collector in Splunk Web

5.) After updating a dashboard in myApp, a Splunk administrator moves myApp to an alternate Splunk case. After signing in to the new occurrence, the dashboard isn’t seen. What might have occurred? (Select all that apply.)

A. The dashboard’s permissions were set to private.
B. User role authorizations are different on the new instance.
C. Changes were placed in: $SPLUNK_HOME/etc/apps/search/default/data/ui/nav
D. The admin deleted the myApp/local directory before packaging.

Right Answer: AB

6.) Which of the accompanying assertions characterize a namespace?

A. The namespace is a mix of the client and the application.
B. The namespace is a mix of the client, the application, and the job.
C. The namespace is a mix of the client, the application, the job, and the sharing level.
D. The namespace is a blend of the client, the application, the job, the sharing level, and the consents.

Right Answer: A

7.) Which of coming up next are qualities of an extra? (Select all that apply.)

A. Can depend on add-ons for correct operation.
B. Possesses an exceptional namespace inside Splunk.
C. Requires navigation file.
D. Contains innovation or parts not planned for reuse by other applications.

Right Answer: CD

8.) Which of the accompanying assertions depict Oneshot hunts? (Select all that apply.)

A. Are constantly executed asynchronously.
B. Can determine csv as an output format.
C. Stream all outcomes upon search completion.
D. Can utilize auto_cancel to set a break limit.

Right Answer: BC

Explanation: How to work with searches and jobs using the Splunk Enterprise SDK for Java

9.) Which of the accompanying choices could be the most effective way to distinguish processor bottlenecks of a hunt?

A. Utilizing the REST API.
B. Utilizing the pursuit job inspector.
C. Utilizing the Splunk Monitoring Console.
D. Looking through the Splunk logs utilizing index=ג€ internalג€.

Right Answer: C

10.) Which of coming up next is valid for a namespace?

A. The namespace is a sort of token filter.
B. The namespace incorporates an application trait that can’t be a special case.
C. The namespace channels the information objects returned by the REST API.
D. The namespace doesn’t channel information objects returned by the REST API.

Right Answer: D

11.) What should be done while calling the serviceNS endpoint?

A. Confirm with an admin user.
B. Determine the user and application context in the URI.
C. Confirm with the client of the necessary setting.
D. Pass the client and application setting in the solicitation payload.

Right Answer: B

Explanation: Basic concepts about the Splunk platform REST API

12.) Expecting permissions are set fittingly, which REST endpoint way can be utilized by somebody with a power client job to get to data about mySearch, a saved inquiry possessed by somebody with a client job?

A. /servicesNS/-/search/saved/searches/mySearch
B. /servicesNS/search/saved/searches/mySearch
C. /servicesNS/object/saved/searches/mySearch
D. /servicesNS/-/data/saved/searches/mySearch

Right Answer: D

13.) Involving Splunk Web to adjust config settings for a common item, a reexamined config record with those changes is set in which registry?

A. $SPLUNK_HOME/etc/apps/myApp/default
B. $SPLUNK_HOME/etc/system/local
C. $SPLUNK_HOME/etc/system/local
D. $SPLUNK_HOME/etc/apps/myApp/local

Right Answer: A

14.) What application security best practices ought to be stuck to while fostering an application for Splunk? (Select all that apply.)

A. Review the OWASP Top Ten List.
B. Store passwords in clear text in .conf files.
C. Audit the OWASP Secure Coding Practices Quick Reference Guide.
D. Guarantee that outsider libraries that the application relies upon have no remarkable CVE vulnerabilities.

Right Answer: AC

Explanation: Security best practices for apps in Splunk Cloud Platform and Splunk Enterprise

15.) What application security best practices ought to be stuck to while fostering an application for Splunk? (Select all that apply.)

A. Review the OWASP Top Ten List.
B. Store passwords in clear text in .conf documents.
C. Survey the OWASP Secure Coding Practices Quick Reference Guide.
D. Guarantee that outsider libraries that the application relies upon have no exceptional CVE vulnerabilities.

Right Answer: AC

16.) There is a global search named ‘global_search’ characterized on a structure as displayed below:
index _internal source-*splunkd.log | details count by part, log_level
Which of the accompanying could be a legitimate post-processing search? (Select all that apply.)

A. | tstats count
B. sourcetype=mysourcetype
C. stats sum(count) AS count by log level
D. search log_level=error | details sum(count) AS count by part

Right Answer: CD

17.) To effectively speed up a report, which rules should the inquiry meet? (Select all that apply.)

A. Can’t utilize event sampling.
B. Utilize a transforming command.
C. Utilize a standard Splunk representation.
D. Orders before the first changing order should be streamable.

Right Answer: ABD

18.) Which proclamations are valid in regards to HEC (HTTP Event Collector) tokens? (Select all that apply.)

A. Various tokens can be made for use with various sourcetypes and records.
B. The alter token http administrator job capacity is expected to make a token.
C. To make a token, send a POST solicitation to administrations/gatherer endpoint.
D. Tokens can be altered utilizing the information/inputs/http/{tokenName} endpoint.

Right Answer: AC

19.) Which kind of order is tstats?

A. Generating
B. Centralized streaming
C. Transforming
D. Distributable streaming

Right Answer: A

20.) Which of coming up next is an illustration of a Splunk KV store use case? (Select all that apply.)

A. Stores checkpoint data for particular data sources.
B. Tracks work process in an incident-review framework.
C. Indexes metrics data from distant HTTP sources.
D. Stores application state as a client connects with an application.

Right Answer: AB

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