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Cisco 200-201 Exam Syllabus Topics:

SectionWeightObjectives
Security Policies and Procedures15%- Explain compliance and data privacy requirements
- Describe server profiling and data protection
- Describe security management concepts
- Apply incident handling process
  • 1. Detection and analysis
    • 2. Containment, eradication, recovery
      • 3. Preparation
        • 4. Post-incident analysis
          - Explain incident response plan elements (NIST SP800-61)
          Network Intrusion Analysis20%- Compare deep packet inspection, filtering, and stateful firewall
          - Identify intrusions and anomalies in packet captures
          - Use basic regular expressions
          - Map events to source technologies
          • 1. NetFlow
            • 2. Firewall
              • 3. IDS/IPS
                - Analyze transactional data in network traffic
                - Compare inline traffic interrogation and monitoring
                Host-Based Analysis20%- Interpret malware analysis tool output
                - Describe operating system components
                - Explain role of attribution in investigations
                - Detect unauthorized access and system compromise
                - Identify log types and sources
                - Compare tampered and untampered disk images
                - Describe endpoint security technologies
                - Analyze OS, application, and command-line logs
                Security Concepts20%- Describe the CIA triad
                - Compare security deployments
                • 1. Container and virtual environments
                  • 2. SIEM, SOAR, and log management
                    • 3. Legacy antivirus and antimalware
                      • 4. Network, endpoint, and application security systems
                        • 5. Cloud security deployments
                          • 6. Agentless and agent-based protections
                            - Describe security terms
                            • 1. Threat intelligence
                              • 2. Sliding window anomaly detection
                                • 3. Threat intelligence platform
                                  • 4. Threat hunting
                                    • 5. Principle of least privilege
                                      • 6. Reverse engineering
                                        • 7. Malware analysis
                                          • 8. Threat actor
                                            • 9. Zero trust
                                              • 10. Run book automation
                                                - Compare access control models
                                                • 1. Mandatory access control
                                                  • 2. Nondiscretionary access control
                                                    • 3. Authentication, authorization, accounting
                                                      • 4. Discretionary access control
                                                        - Describe principles of defense-in-depth strategy
                                                        - Compare security concepts
                                                        • 1. Risk, threat, vulnerability, exploit
                                                          - Interpret 5-tuple approach
                                                          - Compare rule-based, behavioral, and statistical detection
                                                          - Identify challenges of data visibility
                                                          Security Monitoring25%- Identify suspicious patterns and anomalies
                                                          - Classify network and application attacks
                                                          - Classify endpoint-based attacks
                                                          - Use data types in security monitoring
                                                          - Identify certificate components and security impact
                                                          - Interpret logs, alerts, and telemetry data
                                                          - Describe social engineering attacks
                                                          - Compare attack surface and vulnerability concepts

                                                          >> 200-201学習関連題 <<

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                                                          Cisco Understanding Cisco Cybersecurity Operations Fundamentals 認定 200-201 試験問題 (Q163-Q168):

                                                          質問 # 163
                                                          Which attack represents the evasion technique of resource exhaustion?

                                                          正解:C


                                                          質問 # 164
                                                          Drag and drop the data source from the left onto the data type on the right.

                                                          正解:

                                                          解説:


                                                          質問 # 165
                                                          Refer to the exhibit. During the analysis of a suspicious scanning activity incident, an analyst discovered multiple local TCP connection events. Which technology provided these logs?

                                                          正解:C


                                                          質問 # 166
                                                          What is the difference between vulnerability and risk?

                                                          正解:A

                                                          解説:
                                                          Vulnerability: A vulnerability is a weakness or flaw in a system, application, network, or process that could be exploited by a threat actor to compromise the security of that system. It represents a potential entry point or weakness that could be targeted by attackers. Examples include unpatched software, misconfigured settings, or design flaws that could be exploited.
                                                          Risk: Risk refers to the possibility of harm or loss resulting from exploiting a vulnerability. It encompasses the potential impact or damage that could occur if a vulnerability is exploited by a threat actor. Risk considers the likelihood of an exploit occurring and the potential consequences or impact on an organization's assets, operations, or reputation.


                                                          質問 # 167
                                                          An engineer runs a suspicious file in a sandbox analysis tool to see the outcome. The analysis report shows that outbound callouts were made post infection.
                                                          Which two pieces of information from the analysis report are needed to investigate the callouts? (Choose two.)

                                                          正解:D、E

                                                          解説:
                                                          To investigate the callouts made post infection, it's essential to know where the callouts were made to (domain names) and from which host IP addresses they originated. This information can help trace back the source and destination, aiding in understanding the nature of the callouts. References:
                                                          https://www.cisco.com/c/en/us/td/docs/security/firepower/60/configuration/guide/fpmc-config-guide-v60/Workin


                                                          質問 # 168
                                                          ......

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