Are you aspiring to become a Splunk Certified Cybersecurity Defense Analyst?Passcert has recently released a comprehensive set of high-quality Splunk Certified Cybersecurity Defense Analyst SPLK-5001 Dumps based on actual exam questions and answers, providing you with an excellent opportunity to thoroughly test and enhance your knowledge and skills. By utilizing these Splunk Certified Cybersecurity Defense Analyst SPLK-5001 Dumps, you can immerse yourself in an extensive study regimen that covers all the critical concepts you need to master. This preparation will not only boost your confidence but also significantly increase your chances of passing the exam successfully. So, take advantage of these valuable resources and make your journey toward becoming a certified cybersecurity defense analyst smoother and more assured.

This intermediate-level certification exam is a 75-minute, 66-question assessment which establishes a standard for users of Splunk Enterprise and Enterprise Security who wish to be certified as cybersecurity professionals. With this certification, you will be able to demonstrate knowledge critical to detecting, analyzing and combating cyber threats. Help protect businesses and mitigate risk, while managing vulnerabilities and threats using common types of cyber defense systems. Splunk Certified Cybersecurity Defense Analyst is a recommended certification track for all candidates in the cybersecurity/SOC analyst arena.

Achieving the Splunk Cybersecurity Defense Analyst certification demonstrates your proficiency in using Splunk for cybersecurity purposes. This certification can lead to:

Career Advancement: Improved job prospects and potential for higher salaries in cybersecurity roles.

Enhanced Skills: Deepened understanding of how to effectively use Splunk tools in a cybersecurity environment.

Professional Recognition: Validation of your expertise by a recognized industry leader in cybersecurity solutions.

Level: Intermediate

Prerequisites: None

Length: 75 minutes

Format: 66 multiple choice questions

Pricing: $130 USD per exam attempt

Delivery: Exam is given by our testing partner, Pearson VUE

1.1 Summarize the organization of a typical SOC and the tasks belonging to Analyst, Engineer and Architect roles.

1.2 Recognize common cyber industry controls, standards and frameworks and how Splunk incorporates those frameworks.

1.3 Describe key security concepts surrounding information assurance including confidentiality, integrity and availability and basic risk management.

2.1 Recognize common types of attacks and attack vectors.

2.2 Define common terms including supply chain attack, ransomware, registry, exfiltration, social engineering, DoS, DDoS, bot and botnet, C2, zero trust, account takeover, email compromise, threat actor, APT, adversary.

2.3 Identify the common tiers of Threat Intelligence and how they might be applied to threat analysis.

2.4 Outline the purpose and scope of annotations within Splunk Enterprise Security.

2.5 Define tactics, techniques and procedures and how they are regarded in the industry.

3.1 Identify common types of cyber defense systems, analysis tools and the most useful data sources for threat analysis.

3.2 Describe SIEM best practices and basic operation concepts of Splunk Enterprise Security, including the interaction between CIM, Data Models and acceleration, Asset and Identity frameworks, and common CIM fields that may be used in investigations.

3.3 Describe how Splunk Security Essentials and Splunk Enterprise Security can be used to assess data sources, including common sourcetypes for on-prem and cloud based deployments and how to find content for a given sourcetype.

4.1 Describe continuous monitoring and the five basic stages of investigation according to Splunk.

4.2 Explain the different types of analyst performance metrics such as MTTR and dwell time.

4.3 Demonstrate ability to recognize common event dispositions and correctly assign them.

4.4 Define terms and aspects of Splunk Enterprise Security and their uses including SPL, Notable Event, Risk Notable, Adaptive Response Action, Risk Object, Contributing Events.

4.5 Identify common built-in dashboards in Enterprise Security and the basic information they contain.

4.6 Understand and explain the essentials of Risk Based Alerting, the Risk framework and creating correlation searches within Enterprise Security.

5.1 Explain common SPL terms and how they can be used in security analysis, including TSTATS, TRANSACTION, FIRST/LAST, REX, EVAL, FOREACH, LOOKUP, and MAKERESULTS.

5.2 Give examples of Splunk best practices for composing efficient searches.

5.3 Identify SPL resources included within ES, Splunk Security Essentials, and Splunk Lantern.

6.1 Identify threat hunting techniques including configuration, modeling (anomalies), indicators, and behavioral analytics.

6.2 Define long tail analysis, outlier detection, and some common steps of hypothesis hunting with Splunk.

6.3 Determine when to use adaptive response actions and configure them as needed.

6.4 Explain the use of SOAR playbooks and list the basic ways they can be triggered from Enterprise Security.

1. An analysis of an organization's security posture determined that a particular asset is at risk and a new process or solution should be implemented to protect it. Typically, who would be in charge of designing the new process and selecting the required tools to implement it?

A.SOC Manager

B.Security Engineer

C.Security Architect

D.Security Analyst

Answer: C

2. An analyst is examining the logs for a web application's login form. They see thousands of failed logon attempts using various usernames and passwords. Internet research indicates that these credentials may have been compiled by combining account information from several recent data breaches.

Which type of attack would this be an example of?

A.Credential sniffing

B.Password cracking

C.Password spraying

D.Credential stuffing

Answer: D

3. A Cyber Threat Intelligence (CTI) team delivers a briefing to the CISO detailing their view of the threat landscape the organization faces. This is an example of what type of Threat Intelligence?

A.Tactical

B.Strategic

C.Operational

D.Executive

Answer: B

4. What is the main difference between a DDoS and a DoS attack?

A.A DDoS attack is a type of physical attack, while a DoS attack is a type of cyberattack.

B.A DDoS attack uses a single source to target a single system, while a DoS attack uses multiple sources to target multiple systems.

C.A DDoS attack uses multiple sources to target a single system, while a DoS attack uses a single source to target a single or multiple systems.

D.A DDoS attack uses a single source to target multiple systems, while a DoS attack uses multiple sources to target a single system.

Answer: C

5. Which Enterprise Security framework provides a mechanism for running preconfigured actions within the Splunk platform or integrating with external applications?

A. Asset and Identity

B. Notable Event

C. Threat Intelligence

D. Adaptive Response

Answer: D

6. Which of the following Splunk Enterprise Security features allows industry frameworks such as CIS Critical Security Controls, MITRE ATT&CK, and the Lockheed Martin Cyber Kill Chain to be mapped to Correlation Search results?

A. Annotations

B. Playbooks

C. Comments

D. Enrichments

Answer: A

7. Which of the following is the primary benefit of using the CIM in Splunk?

A. It allows for easier correlation of data from different sources.

B. It improves the performance of search queries on raw data.

C. It enables the use of advanced machine learning algorithms.

D. It automatically detects and blocks cyber threats.

Answer: A

8. A threat hunter executed a hunt based on the following hypothesis:

As an actor, I want to plant rundll32 for proxy execution of malicious code and leverage Cobalt Strike for Command and Control.

Relevant logs and artifacts such as Sysmon, netflow, IDS alerts, and EDR logs were searched, and the hunter is confident in the conclusion that Cobalt Strike is not present in the company’s environment.

Which of the following best describes the outcome of this threat hunt?

A. The threat hunt was successful because the hypothesis was not proven.

B. The threat hunt failed because the hypothesis was not proven.

C. The threat hunt failed because no malicious activity was identified.

D. The threat hunt was successful in providing strong evidence that the tactic and tool is not present in the environment.

Answer: D

9. Which field is automatically added to search results when assets are properly defined and enabled in Splunk Enterprise Security?

A.asset_category

B.src_ip

C.src_category

D.user

Answer: C

10. Which of the following is a best practice when creating performant searches within Splunk?

A.Utilize the transaction command to aggregate data for faster analysis.

B.Utilize Aggregating commands to ensure all data is available prior to Streaming commands.

C.Utilize specific fields to return only the data that is required.

D.Utilize multiple wildcards across fields to ensure returned data is complete and available.

Answer: C