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Cisco 200-201 Exam Syllabus Topics:

Section	Weight	Objectives
Network Intrusion Analysis	20%	- Compare deep packet inspection, filtering, and stateful firewall - Map events to source technologies 1. NetFlow 2. Firewall 3. IDS/IPS - Compare inline traffic interrogation and monitoring - Identify intrusions and anomalies in packet captures - Analyze transactional data in network traffic - Use basic regular expressions
Security Policies and Procedures	15%	- Describe security management concepts - Apply incident handling process 1. Preparation 2. Containment, eradication, recovery 3. Post-incident analysis 4. Detection and analysis - Explain compliance and data privacy requirements - Explain incident response plan elements (NIST SP800-61) - Describe server profiling and data protection
Security Concepts	20%	- Compare access control models 1. Mandatory access control 2. Authentication, authorization, accounting 3. Discretionary access control 4. Nondiscretionary access control - Describe principles of defense-in-depth strategy - Identify challenges of data visibility - Interpret 5-tuple approach - Compare security deployments 1. Network, endpoint, and application security systems 2. Agentless and agent-based protections 3. Container and virtual environments 4. Legacy antivirus and antimalware 5. SIEM, SOAR, and log management 6. Cloud security deployments - Describe the CIA triad - Compare security concepts 1. Risk, threat, vulnerability, exploit - Compare rule-based, behavioral, and statistical detection - Describe security terms 1. Zero trust 2. Threat intelligence platform 3. Reverse engineering 4. Malware analysis 5. Sliding window anomaly detection 6. Principle of least privilege 7. Run book automation 8. Threat intelligence 9. Threat hunting 10. Threat actor
Host-Based Analysis	20%	- Describe operating system components - Detect unauthorized access and system compromise - Explain role of attribution in investigations - Analyze OS, application, and command-line logs - Compare tampered and untampered disk images - Interpret malware analysis tool output - Identify log types and sources - Describe endpoint security technologies
Security Monitoring	25%	- Interpret logs, alerts, and telemetry data - Classify endpoint-based attacks - Identify suspicious patterns and anomalies - Identify certificate components and security impact - Use data types in security monitoring - Classify network and application attacks - Describe social engineering attacks - Compare attack surface and vulnerability concepts

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Cisco Understanding Cisco Cybersecurity Operations Fundamentals Sample Questions (Q414-Q419):

NEW QUESTION # 414
What is email greylisting as implemented by a mail transfer agent (MTA)?

A. allowing emails from unknown senders temporarily
B. denying any email from an unrecognized sender
C. returning emails that are potential phishing attempts
D. quarantining emails sent from outside the organization

Answer: A

Explanation:
Email greylisting is an anti-spam technique used by mail transfer agents to reduce unsolicited and malicious email traffic. When an email is received from an unknown sender, the MTA temporarily rejects the message with a request for retransmission. Legitimate mail servers are configured to retry delivery after a short delay, while many spam and malicious servers do not.
By allowing emails from unknown senders temporarily after a retry, greylisting effectively filters out a large volume of automated spam without relying on content inspection or signatures. This makes it a lightweight and effective control in email security architectures.
Option A describes quarantining, which is different from greylisting. Option B refers to permanent blocking, which greylisting does not do. Option C relates to phishing detection rather than delivery control behavior.
Security monitoring documentation highlights greylisting as a behavior-based control that leverages standard SMTP retry mechanisms. Once a sender successfully retries, they are typically whitelisted for future deliveries.
Therefore, email greylisting works by temporarily delaying emails from unknown senders, making Option D the correct answer.

NEW QUESTION # 415
Drag and drop the definition from the left onto the phase on the right to classify intrusion events according to the Cyber Kill Chain model.

Answer:

Explanation:

Explanation:
Delivery: This step involves transmitting the weapon to the target.
Weaponization: In this step, the intruder creates a malware weapon like a virus, worm or such in order to exploit the vulnerabilities of the target. Depending on the target and the purpose of the attacker, this malware can exploit new, undetected vulnerabilities (also known as the zero-day exploits) or it can focus on a combination of different vulnerabilities.
Reconnaissance: In this step, the attacker / intruder chooses their target. Then they conduct an in-depth research on this target to identify its vulnerabilities that can be exploited.

NEW QUESTION # 416
Refer to the exhibit.

An engineer is analyzing this Cuckoo Sandbox report for a PDF file that has been downloaded from an email.
What is the state of this file?

A. The file has an embedded executable and was matched by PEiD threat signatures for further analysis.
B. The file has an embedded non-Windows executable but no suspicious features are identified.
C. The file was matched by PEiD threat signatures but no suspicious features are identified since the signature list is up to date.
D. The file has an embedded Windows 32 executable and the Yara field lists suspicious features for further analysis.

Answer: D

NEW QUESTION # 417
What is threat hunting?

A. Focusing on proactively detecting possible signs of intrusion and compromise.
B. Attempting to deliberately disrupt servers by altering their availability
C. Managing a vulnerability assessment report to mitigate potential threats.
D. Pursuing competitors and adversaries to infiltrate their system to acquire intelligence data.

Answer: C

Explanation:
Threat hunting involves a proactive approach to cybersecurity, where security professionals actively search for signs of potential threats, security breaches, or hidden adversaries within a network or system. It aims to identify and mitigate threats that may have gone undetected by traditional security measures or automated systems. Threat hunters use various tools, techniques, and methodologies to analyze network traffic, logs, behaviors, and other indicators of compromise to uncover potential threats or malicious activities that could be lurking within an organization's environment. This approach allows organizations to detect and respond to threats more effectively before they cause significant damage.

NEW QUESTION # 418
A member of the SOC team is checking the dashboard provided by the Cisco Firepower Manager for further isolation actions. According to NIST.SP800-61, in which phase of incident response is this action?

A. detection and analyze phase
B. post-incident activity phase
C. preparation phase
D. eradication and recovery phase

Answer: A

Explanation:
The phases of incident response according to NIST.SP800-61 are:
Preparation
Detection and Analysis
Containment, Eradication, and Recovery
Post-Incident Activity
During the detection and analysis phase, SOC teams monitor systems for signs of incidents using various tools (like the Cisco Firepower Manager).
This is where they detect threats, investigate suspicious activity, and plan actions such as isolating compromised systems.
This phase involves collecting and reviewing data, determining the scope of the incident, and deciding on initial response actions like isolation.

NEW QUESTION # 419
......

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