Palo Alto Networks Certified Detection and Remediation Analyst
Last Update December 18, 2024
Total Questions : 91
Our Palo Alto Certifications and Accreditations PCDRA exam questions and answers cover all the topics of the latest Palo Alto Networks Certified Detection and Remediation Analyst exam, See the topics listed below. We also provide Paloalto Networks PCDRA exam dumps with accurate exam content to help you prepare for the exam quickly and easily. Additionally, we offer a range of Paloalto Networks PCDRA resources to help you understand the topics covered in the exam, such as Palo Alto Certifications and Accreditations video tutorials, PCDRA study guides, and PCDRA practice exams. With these resources, you can develop a better understanding of the topics covered in the exam and be better prepared for success.
| Exam Name | Palo Alto Networks Certified Detection and Remediation Analyst |
| Exam Code | PCDRA |
| Actual Exam Duration | The duration of the Palo Alto Networks PCNSE (Palo Alto Networks Certified Network Security Engineer) exam is 2 hours. |
| What exam is all about | The Palo Alto Networks Certified Design and Risk Analysis (PCDRA) exam is a certification exam designed to assess a candidate's knowledge and skills in designing, deploying, and managing Palo Alto Networks security solutions. The exam covers topics such as network security, application security, data security, and risk management. |
| Passing Score required | The passing score for the Paloalto Networks PCDRA exam is 80%. |
| Competency Level required | The Palo Alto Networks PCDRA exam requires a minimum of an intermediate level of knowledge and experience with Palo Alto Networks products and technologies. Candidates should have a good understanding of the Palo Alto Networks product portfolio, including the PAN-OS operating system, the GlobalProtect VPN, and the WildFire malware protection service. Additionally, candidates should have a good understanding of network security concepts, such as firewalls, intrusion prevention systems, and virtual private networks. |
| Questions Format | The Paloalto Networks PCDRA exam consists of multiple-choice and scenario-based questions. |
| Delivery of Exam | The Palo Alto Networks PCNSE exam is a multiple-choice exam that is delivered online. |
| Language offered | The Paloalto Networks PCDRA Exam is offered in English. |
| Cost of exam | The cost of the Paloalto Networks PCDRA Exam is $200 USD. |
| Target Audience | The target audience for Paloalto Networks PCDRA is IT professionals, network administrators, and security professionals who are responsible for managing and protecting their organization's network infrastructure. This includes those responsible for configuring, deploying, and managing Paloalto Networks products and services. |
| Average Salary in Market | The average salary for a Palo Alto Networks PCDRA certified professional is around $90,000 per year. |
| Testing Provider | Palo Alto Networks does not provide the PCDRA exam for testing. The PCDRA exam is only available to Palo Alto Networks Certified Network Security Engineers (PCNSEs). To become a PCNSE, you must complete the PCNSE training course and pass the PCNSE exam. |
| Recommended Experience | The recommended experience for the Paloalto Networks PCDRA exam includes at least two years of experience in designing, deploying, and managing Paloalto Networks security solutions. Additionally, candidates should have a good understanding of network security, routing, and switching technologies, as well as experience with Paloalto Networks products. |
| Prerequisite | The Prerequisite for Paloalto Networks PCDRA exam is to have a valid Paloalto Networks Certified Network Security Engineer (PCNSE) certification. |
| Retirement (If Applicable) | The Palo Alto Networks PCDRA exam does not have an expiration date. It is valid for life. |
| Certification Track (RoadMap): | The Palo Alto Networks PCDRA exam is a certification track and roadmap designed to validate the skills and knowledge of IT professionals in the areas of Palo Alto Networks Data Center and Cloud technologies. The exam covers topics such as Palo Alto Networks Data Center and Cloud architecture, configuration, management, and troubleshooting. It also covers topics such as Palo Alto Networks Data Center and Cloud security, automation, and orchestration. Passing the PCDRA exam will demonstrate that the candidate has the skills and knowledge necessary to design, deploy, and manage Palo Alto Networks Data Center and Cloud solutions. |
| Official Information | https://www.paloaltonetworks.com/content/dam/pan/en_US/assets/pdf/datasheets/education/pcdra-blueprint.pdf |
| See Expected Questions | Paloalto Networks PCDRA Expected Questions in Actual Exam |
| Take Self-Assessment | Use Paloalto Networks PCDRA Practice Test to Assess your preparation - Save Time and Reduce Chances of Failure |
| Section | Weight | Objectives |
|---|---|---|
| Domain 1 Threats and Attacks | 10% | Task 1.1 Recognize the different types of attacks 1.1.1 Differentiate between exploits and malware. 1.1.2 Define a file-less attack. 1.1.3 Define a supply chain attack. 1.1.4 Outline ransomware threats. Task 1.2 Recognize common attack tactics 1.2.1 List common attack tactics. 1.2.2 Define various attack tactics. 1.2.3 Outline MITRE framework steps. Task 1.3 Recognize various types of threats/vulnerabilities 1.3.1 Differentiate between threats and attacks. 1.3.2 Define product modules that help identify threats. 1.3.3 Identify legitimate threats (true positives) vs. illegitimate threats (false positives). 1.3.4 Summarize the generally available references for vulnerabilities. |
| Domain 2 Prevention and Detection | 20% | Task 2.1 Recognize common defense systems 2.1.1 Identify ransomware defense systems. 2.1.2 Summarize device management defenses. Task 2.2 Identify attack vectors. 2.2.1 Summarize how to prevent agent attacks. 2.2.2 Describe how to use XDR to prevent supply chain attacks. 2.2.3 Describe how to use XDR to prevent phishing attacks. 2.2.4 Characterize the differences between malware and exploits. 2.2.5 Categorize the types and structures of vulnerabilities. Task 2.3 Outline malware prevention. 2.3.1 Define behavioral threat protection. 2.3.2 Identify the profiles that must be configured for malware prevention. 2.3.3 Outline malware protection flow. 2.3.4 Describe the uses of hashes in Cortex XDR. 2.3.5 Identify the use of malware prevention modules (MPMs). Task 2.4 Outline exploit prevention 2.4.1 Identify the use of exploit prevention modules (EPMs). 2.4.2 Define default protected processes. 2.4.3 Characterize the differences between application protection and kernel protection. Task 2.5 Outline analytic detection capabilities 2.5.1 Define the purpose of detectors. 2.5.2 Define machine learning in the context of analytic detection. 2.5.3 Identify the connection of analytic detection capabilities to MITRE. |
| Domain 3 Investigation | 20% | Task 3.1 Identify the investigation capabilities of Cortex XDR 3.1.1 Describe how to navigate the console. 3.1.2 Identify the remote terminal options. 3.1.3 Characterize the differences between incidents and alerts. 3.1.4 Characterize the differences between exclusions and exceptions. Task 3.2 Identify the steps of an investigation 3.2.1 Clarify how incidents and alerts interrelate. 3.2.2 Identify the order in which to resolve incidents. 3.2.3 Identify which steps are valid for an investigation. 3.2.4 List the options to highlight or suppress incidents. Task 3.3 Identify actions to investigate incidents 3.3.1 Describe when to perform actions using the live terminal. 3.3.2 Describe what actions can be performed using the live terminal. 3.3.3 Describe when to perform actions using a script. 3.3.4 Identify common investigation screens and processes. Task 3.4 Outline incident collaboration and management using XDR. 3.4.1 Outline, read, and write attributes. 3.4.2 Characterize the difference between incidents and alerts. |
| Domain 4 Remediation | 15% | Task 4.1 Describe basic remediation 4.1.1 Describe how to navigate the remediation suggestions. 4.1.2 Distinguish between automatic vs. manual remediations. 4.1.3 Summarize how/when to run a script. 4.1.4 Describe how to fix false positives. Task 4.2 Define examples of remediation 4.2.1 Define ransomware. 4.2.2 Define registry. 4.2.3 Define file changes/deletions. Task 4.3 Define configuration options in XDR to fix problems 4.3.1 Define blocklist. 4.3.2 Define signers. 4.3.3 Define allowlist. 4.3.4 Define exceptions. 4.3.5 Define quarantine/isolation. 4.3.6 Define file search and destroy. |
| Domain 5 Threat Hunting | 10% | Task 5.1 Outline the tools for threat hunting 5.1.1 Explain the purpose and use of the IOC technique. 5.1.2 Explain the purpose and use of the BIOC technique. 5.1.3 Explain the purpose and use of the XQL technique. 5.1.4 Explain the purpose and use of the query builder technique. Task 5.2 Identify how to prevent the threat 5.2.1 Convert BIOCs into custom prevention rules. Task 5.3 Manage threat hunting 5.3.1 Describe the purpose of Unit 42. |
| Domain 6 Reporting | 10% | Task 6.1 Identify the reporting capabilities of XDR 6.1.1 Leverage reporting tools. Task 6.2 Outline how to build a quality report 6.2.1 Identify what is relevant to a report given context. 6.2.2 Interpret meaning from a report. 6.2.3 Identify the information needed for a given audience. 6.2.4 Outline the capabilities of XQL to build a report. 6.2.5 Outline distributing and scheduling capabilities of Cortex XDR. |
| Domain 7 Architecture | 15% | Task 7.1 Outline components of Cortex XDR 7.1.1 Define the role of Cortex XDR Data Lake. 7.1.2 Define the role of Cortex Agent. 7.1.3 Define the role of Cortex Console. 7.1.4 Define the role of Cortex Broker. 7.1.5 Distinguish between different proxies. 7.1.6 Define the role of Directory Sync. 7.1.7 Define the role of Wildfire. Task 7.2 Describe communication among components 7.2.1 Define communication of data lakes. 7.2.2 Define communication for Wildfire. 7.2.3 Define communication options/channels to and from the client. 7.2.4 Define communication for external dynamic list (EDL). 7.2.5 Define communication from the broker. Task 7.3 Describe the architecture of agent related to different operating systems 7.3.1 Recognize different supported operating systems. 7.3.2 Characterize the differences between functions or features on operating systems. Task 7.4 Outline how Cortex XDR ingests other non-Palo Alto Networks data sources. 7.4.1 Outline all ingestion possibilities. 7.4.2 Describe details of the ingestion methods. Task 7.5 Overview of functions and deployment of Broker 7.5.1 Outline deployment of Broker. 7.5.2 Describe how to use the Broker to ingest third party alert. 7.5.3 Describe how to use the Broker as a proxy between the agents and XDR in the Cloud. 7.5.4 Describe how to use the Broker to activate Pathfinder. |
TESTED 18 Dec 2024
