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Cisco 200-201 Exam Syllabus Topics:

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

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                                                          Cisco Understanding Cisco Cybersecurity Operations Fundamentals Sample Questions (Q482-Q487):

                                                          NEW QUESTION # 482
                                                          A user received an email attachment named "Hr405-report2609-empl094.exe" but did not run it. Which category of the cyber kill chain should be assigned to this type of event?

                                                          Answer: B

                                                          Explanation:
                                                          Delivery is the fourth phase of the cyber kill chain, which is a model to describe the stages of a cyberattack. Delivery refers to the transmission of the weaponized payload to the target system, such as via email attachments, web links, USB drives, or network connections. Delivery does not necessarily imply successful installation or execution of the payload, which are subsequent phases of the kill chain. Reference:= Understanding Cisco Cybersecurity Operations Fundamentals (CBROPS) - Cisco, page 31.


                                                          NEW QUESTION # 483
                                                          What are the two differences between stateful and deep packet inspection? (Choose two)

                                                          Answer: A,E

                                                          Explanation:
                                                          The main difference between deep packet inspection and stateful inspection is the layer of the network stack at which they operate.
                                                          Stateful inspection works at the transport layer (Layer 4) of the network stack, and it verifies that the contents of each packet are allowed based on the state of the connection. It does this by keeping track of the state of each connection, and only allowing packets that match an established connection to pass through. Stateful inspection can provide basic security against network attacks, such as denial-of-service attacks and spoofing attacks.
                                                          Deep packet inspection, on the other hand, operates at the application layer (Layer 7) of the network stack. It inspects the contents of each packet in detail, looking for specific application- level information such as URLs, keywords, or file types. This allows it to identify and block specific types of traffic, such as malware or unwanted applications.


                                                          NEW QUESTION # 484
                                                          Which security principle is violated by running all processes as root or administrator?

                                                          Answer: C

                                                          Explanation:
                                                          Running all processes as root or administrator violates the principle of least privilege, which states that users and processes should be granted only the minimum permissions necessary to perform their specific role or function within an organization. Running all processes as root or administrator gives them full access and control over the system, which increases the risk of unauthorized actions, malicious attacks, and accidental errors. It also makes it easier for attackers to escalate their privileges and compromise the system. References:
                                                          Understanding Cisco Cybersecurity Operations Fundamentals (CBROPS) v1.0, Module 1: Security Concepts, Lesson 1.2: Security Principles Cisco Certified CyberOps Associate Overview, Exam Topics, 1.1 Explain the CIA triad


                                                          NEW QUESTION # 485
                                                          Refer to the exhibit.

                                                          Which application protocol is in this PCAP file?

                                                          Answer: D


                                                          NEW QUESTION # 486
                                                          Refer to the exhibit. A network engineer received a report that a host is communicating with unknown domains on the internet. The network engineer collected packet capture but could not determine the technique or the payload used. What technique is the attacker using?

                                                          Answer: C

                                                          Explanation:
                                                          The presence of the prefix dnscat in all queries strongly suggests that this is related to DNSCat or DNSCat2, which are tools commonly used for DNS tunneling. DNS tunneling involves encoding data into DNS queries and responses to establish a covert communication channel. This can be used for exfiltrating data or for maintaining a backdoor communication channel to the network, bypassing traditional firewall rules since DNS is often allowed through most firewalls.
                                                          The types of records queried (TXT, CNAME, MX) are commonly used for tunneling because they can store arbitrary data, making it easier to encode and transmit information within these DNS records.
                                                          Teardrop refers to a denial-of-service attack that sends fragmented packets, not relevant here.
                                                          Amplification is a form of DDoS attack using large responses to small queries, which is not evident here.
                                                          Session hijacking involves taking over an existing session, which does not match the observed traffic pattern in this exhibit.


                                                          NEW QUESTION # 487
                                                          ......

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