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Security Monitoring

The questions from this part cover 25% of the entire content and are dedicated to validating the following expertise:

Describing the influence of access control program, tunneling & encryption, encapsulation & load balancing, as well as NAT/PAT, P2P, and TOR on information visibility;
Describing the web app attacks, such as command injections, cross-site scripting, and SQL injection;
Describing the obfuscation & evasion techniques, including proxies, encryption, and tunneling;
Comparing vulnerability and attack surface;
Describing the network attacks, including denial of service, protocol-based, man-in-the-middle, and distributed denial of service;
Describing the influence of certificates on security.
Describing the utilization of metadata, full packet capture, as well as session, transaction, statistical, and alert data in security control;

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Cisco 200-201 (Understanding Cisco Cybersecurity Operations Fundamentals) exam is a certification exam that tests candidates on the fundamentals of cybersecurity operations. 200-201 exam is designed for individuals who are interested in pursuing a career in cybersecurity and want to enhance their skills and knowledge in this field. 200-201 Exam covers a range of topics related to cybersecurity, including security concepts, network security, endpoint protection, and incident response.

Cisco Understanding Cisco Cybersecurity Operations Fundamentals Sample Questions (Q49-Q54):

NEW QUESTION # 49
Which data type is necessary to get information about source/destination ports?

A. alert data
B. connectivity data
C. session data
D. statistical data

Answer: C

Explanation:
Session data is the data type that is necessary to get information about source/destination ports. Session data is the information about connections between hosts, such as IP addresses, ports, protocols, and duration. Session data can be used to identify the services and applications that are being used on the network, as well as the direction and volume of the traffic. Session data can also help to detect anomalous or malicious behavior, such as port scanning, brute force attacks, or data exfiltration. Session data can be collected from various sources, such as firewalls, routers, switches, or network monitoring tools. References:
Understanding Cisco Cybersecurity Operations Fundamentals (CBROPS) v1.0, Module 2: Security Monitoring, Lesson 2.2: Data Sources, Topic 2.2.2: Session Data (https://learningnetworkstore.cisco.com/on- demand-e-learning/understanding-cisco-cybersecurity-operations-fundamentals-cbrops-v1-0/CSCU-LP- CBROPS-V1-028093.html) Cisco Certified CyberOps Associate Certification Guide, Chapter 3: Data Sources, Section 3.2: Session Data (https://www.ciscopress.com/store/cisco-certified-cyberops-associate-certification-guide-9780136807834) Reference: ntp.msn.com
https://www.ibm.com/docs/en/networkmanager/4.2.0?topic=relationships-connectivity-data

NEW QUESTION # 50
What is the impact of false positive alerts on business compared to true positive?

A. True positives affect security as no alarm is raised when an attack has taken place, while false positives are alerts raised appropriately to detect and further mitigate them.
B. True-positive alerts are blocked by mistake as potential attacks, while False-positives are actual attacks Identified as harmless.
C. False positives alerts are manually ignored signatures to avoid warnings that are already acknowledged, while true positives are warnings that are not yet acknowledged.
D. False-positive alerts are detected by confusion as potential attacks, while true positives are attack attempts identified appropriately.

Answer: D

Explanation:
False-positive alerts are alerts that are triggered by benign or normal network traffic and are mistakenly identified as malicious. False positives can have a negative impact on business as they may consume the resources and time of the security team that need to analyze and verify them. True-positive alerts are alerts that correctly identify malicious traffic or activity and require proper incident response procedures. True positives can help the security team to quickly detect and mitigate threats and minimize the damage to the organization.
References := Understanding Cisco Cybersecurity Operations Fundamentals (CBROPS) - Cisco, page 92;
[Cisco CyberOps Associate CBROPS 200-201 Official Cert Guide], page 98

NEW QUESTION # 51
An engineer is addressing a connectivity issue between two servers where the remote server is unable to establish a successful session. Initial checks show that the remote server is not receiving an SYN-ACK while establishing a session by sending the first SYN. What is causing this issue?

A. incorrect TCP handshake
B. incorrect UDP handshake
C. incorrect OSI configuration
D. incorrect snaplen configuration

Answer: A

Explanation:
A TCP handshake is a three-way exchange of messages between a client and a server to establish a TCP connection. The client initiates the handshake by sending a SYN packet with a sequence number to the server.
The server responds with a SYN-ACK packet with its own sequence number and an acknowledgment number that is the client's sequence number plus one. The client completes the handshake by sending an ACK packet with an acknowledgment number that is the server's sequence number plus one. If the remote server is not receiving an SYN-ACK packet from the local server, it means that the TCP handshake is not completed and the connection is not established. This could be caused by various factors, such as network congestion, firewall rules, packet filtering, or misconfiguration of the TCP parameters on either end. References :
= Understanding Cisco Cybersecurity Operations Fundamentals (CBROPS) - Cisco, page 177; TCP 3-Way Handshake Process - GeeksforGeeks

NEW QUESTION # 52
What are two differences and benefits of packet filtering, stateful firewalling, and deep packet inspections? (Choose two.)

A. Deep packet inspection is capable of malware blocking, and packet filtering is not.
B. Stateful inspection is capable of TCP state tracking, and deep packet inspection checks only TCP source and destination ports.
C. Stateful inspection is capable of packet data inspections, and deep packet inspection is not.
D. Deep packet inspection operates up to Layer 7, and packet filtering operates on Layer 3 and 4 of OSI model.
E. Packet filtering is capable of UDP state monitoring only, and stateful inspection can provide monitoring of TCP sessions.

Answer: A,B

Explanation:
Packet filtering firewalls inspect packets based on Layer 3 (IP addresses) and Layer 4 (protocols and ports) information.
Deep Packet Inspection (DPI) goes further, analyzing traffic up to Layer 7 (application layer), enabling inspection of content within the packets.
DPI can detect and block malicious content, malware, or application-level threats by analyzing packet payloads, which is beyond the capability of simple packet filtering firewalls.

NEW QUESTION # 53
A security engineer notices confidential data being exfiltrated to a domain "Ranso4134-mware31-895" address that is attributed to a known advanced persistent threat group The engineer discovers that the activity is part of a real attack and not a network misconfiguration. Which category does this event fall under as defined in the Cyber Kill Chain?

A. reconnaissance
B. weaponization
C. action on objectives
D. delivery

Answer: C

Explanation:
The event described falls under the 'action on objectives' category of the Cyber Kill Chain. This stage occurs after the attacker has established a foothold within the network and begins to execute their intended actions, such as data exfiltration. Reference:: The Cyber Kill Chain framework outlines the stages of a cyberattack, with 'action on objectives' being the final step where attackers achieve their primary goal, such as data theft

NEW QUESTION # 54
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