200-201 Exam Dumps - Cisco CyberOps Associate Questions and Answers

The packet capture shows that IP address 192.168.88.149, using source port 80 (common for HTTP traffic), initiated communication with IP address 192.168.88.12 at destination port 49098, using the TCP protocol, indicating a typical client-server interaction over the web.

= These explanations are based on general cybersecurity principles as outlined in Cisco’s training and certification content, such as the Understanding Cisco Cybersecurity Operations Fundamentals (CBROPS) and other related Cisco resources.

 A denial-of-service attack represents the evasion technique of resource exhaustion, where the attacker overwhelms a system’s resources, making the system unusable and unable to handle legitimate requests. References := Cisco Cybersecurity Source Documents

In the Common Vulnerability Scoring System (CVSS), attack complexity refers to the conditions beyond the attacker’s control that must exist for the vulnerability to be successfully exploited.

This includes factors such as the need for user interaction, the presence of specific configurations, or network conditions that are not easily controlled by the attacker.

A high attack complexity means that these external factors make exploitation more difficult, while a low attack complexity indicates that fewer such conditions are required.

References

CVSS v3.1 Specifications Document

Understanding Attack Complexity in Vulnerability Assessments

Cybersecurity Frameworks and Metrics

A host-based intrusion detection system (HIDS) is designed to detect malicious activity on individual hosts by monitoring system behavior, logs, file integrity, and processes. Unlike firewalls or antivirus tools, a HIDS focuses on detecting suspicious or unauthorized activity rather than blocking traffic or enforcing access rules.

HIDS solutions typically use a combination of signature-based detection, which identifies known attack patterns, and anomaly-based detection, which identifies deviations from normal system behavior. This dual approach allows a HIDS to detect both known threats and previously unseen attacks.

Option A describes antivirus functionality rather than intrusion detection. Option B refers to firewall behavior, which is network-focused, not host-based. Option D describes intrusion prevention, not detection.

Cybersecurity operations fundamentals clearly distinguish HIDS as a detection technology, often paired with host-based intrusion prevention systems (HIPS) for blocking capabilities.

Therefore, the purpose of a HIDS is to detect threats using both signature-based and anomaly-based techniques, making Option C the correct answer.

An Intrusion Prevention System (IPS) is a security control designed to both detect and actively prevent malicious network activity. Unlike an Intrusion Detection System (IDS), which only monitors and alerts, an IPS must be able to block or drop traffic immediately when a threat is identified. This functional requirement directly determines the appropriate traffic integration method.

Inline deployment places the IPS directly in the path of network traffic, meaning all packets must pass through the device before reaching their destination. This positioning allows the IPS to inspect packets in real time, compare them against known attack signatures, and take immediate action such as dropping packets, resetting connections, or blocking traffic altogether. Because the requirement explicitly states that suspicious traffic must be blocked in real life, inline integration is mandatory.

The other options do not meet the operational requirements of an IPS. Traffic mirroring (SPAN) sends a copy of traffic to a monitoring device but does not allow the IPS to influence or stop traffic flow. Network TAPs also duplicate traffic for analysis but are passive by design and incapable of enforcing security decisions. Passive deployments, by definition, only observe traffic and generate alerts without prevention capabilities.

Placing the IPS inline behind the DMZ firewall and before the core switches ensures that malicious traffic can be stopped before it reaches internal network resources. This approach aligns with cybersecurity operations best practices for protecting sensitive network segments such as the DMZ.

Therefore, inline traffic integration is the correct and verified solution.

 Vulnerability refers to a weakness or flaw in a system that can be exploited by threats. Risk, on the other hand, is the potential for loss or damage when a threat exploits a vulnerability. The risk is essentially the impact or consequence of a vulnerability being exploited

The output indicates that several ports are open on the server with IP address 172.18.104.139, including port 22/tcp for SSH, port 25/tcp for SMTP, port 110/tcp for POP3, and port 143/tcp for IMAP - these are typically associated with a web server. References := Cisco Cybersecurity Source Documents