200-201日本語受験教科書 & 200-201合格受験記

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Cisco 200-201 Exam Syllabus Topics:

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

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200-201合格受験記、200-201受験対策

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Cisco Understanding Cisco Cybersecurity Operations Fundamentals 認定 200-201 試験問題 (Q482-Q487):

質問 # 482
Which of these is a defense-in-depth strategy principle?

A. Disable administrative accounts to avoid unauthorized changes.
B. identify the minimum resource required per employee.
C. Provide the minimum permissions needed to perform Job functions.
D. Assign the least network privileges to segment network permissions.

正解：C

解説：
Defense-in-depth is a layered security strategy that aims to protect information and resources through multiple security measures.
One of its key principles is the concept of least privilege, which means providing users and systems with the minimum level of access necessary to perform their job functions.
By assigning only the necessary permissions, the attack surface is reduced, and the potential damage from a compromised account or system is minimized.
This principle helps in mitigating the risk of unauthorized access and limits the capabilities of an attacker if they gain access to an account.
Reference:
Defense-in-Depth Strategy by NIST
Principle of Least Privilege in Cybersecurity
Layered Security Approach Explained

質問 # 483
What describes the public key infrastructure (PKI)?

A. PKI verifies the identity of the user and sender and creates secure communication channels using symmetric encryption.
B. PKI ensures packet loss prevention and creates secure communication channels using asymmetric encryption.
C. PKI ensures packet loss prevention and creates secure communication channels using symmetric encryption.
D. PKI verifies the identity of the user and sender and creates secure communication channels using asymmetric encryption.

正解：D

質問 # 484
When communicating via TLS, the client initiates the handshake to the server and the server responds back with its certificate for identification.
Which information is available on the server certificate?

A. trusted subordinate CA, public key, and cipher suites
B. server name, trusted subordinate CA, and private key
C. trusted CA name, cipher suites, and private key
D. server name, trusted CA, and public key

正解：D

解説：
When communicating via TLS, part of the handshake process involves presenting a certificate containing the server name, the name of the trusted CA that issued the certificate, and the public key of the server. The client can verify the validity of the certificate and use the public key to encrypt the data sent to the server. Reference:= Cisco Cybersecurity Source Documents

質問 # 485
A compliance analyst has received a complaint from a customer regarding personal data being held by the company unlawfully, despite the customer's request for it to be deleted. The company, based in Europe, must adhere to the strict GDPR guidelines. The only data collected by the company in this case is the email address "012345678@gmail.com".
How should the compliance analyst act on the case?

A. Notify legal team about data compliance breach.
B. Delete the data if the customer is from the EU.
C. Do not delete the data - this email is not considered PII.
D. Delete the data regardless of where customer is from.

正解：D

解説：
An email address is personal data under GDPR, and retaining it after a valid erasure request can indicate noncompliance. This is a potential regulatory breach that must be escalated for formal assessment, response, and any required notifications under the organization's GDPR incident and compliance procedures.

質問 # 486

Refer to the exhibit. Which set of actions must an engineer perform to identify and fix this issue?

A. Add client authentication to the certificate template, reissue, and apply the certificate.
B. Implement a different version of CA authority and install intermediate certificates.
C. Remove the intermediate certificates and install the CA root certificate on each server.
D. Reinstall the IIS server to reset certificate details to default and try to connect to the server.

正解：A

質問 # 487
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さらに、Japancert 200-201ダンプの一部が現在無料で提供されています：https://drive.google.com/open?id=1UEdOnoWq9Rwc0XGWv5rC5YV5bVdQy1X_