All Obstacles During 300-220 Exam Preparation with 300-220 Real Test Questions [Q49-Q69]

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All Obstacles During 300-220 Exam Preparation with 300-220 Real Test Questions

Fully Updated Free Actual Cisco 300-220 Exam Questions

Cisco 300-220 Exam Syllabus Topics:

Section	Objectives
Detection and Analysis of Threats	– Identifying indicators of compromise (IOCs) – Analyzing security events and logs
Incident Response and Containment	– Response workflows and escalation procedures – Containment and mitigation using Cisco security solutions
Threat Hunting Methodologies	– Threat hunting lifecycle and hypotheses development – Data sources and telemetry analysis using Cisco security tools
Cisco Security Technologies for Defense	– Endpoint, network, and cloud security integrations – Cisco Secure X and XDR capabilities

QUESTION 49
During which step of the Threat Hunting Process do threat hunters typically use security tools like SIEMs and EDR?

Analyzing existing threat intelligence

Identifying potential threats

Deploying security tools

Validating the hypothesis

QUESTION 50
When performing a cloud-native threat hunt, which of the following is crucial to analyze?

Physical network devices

Cloud service configuration settings

On-premises server logs

Print server logs

QUESTION 51
What is a common technique used in threat hunting to detect anomalies in network traffic?

Machine learning algorithms

Random password generation

Manual inspection of all log files

Ignoring network traffic altogether

QUESTION 52
Which technique involves deploying a series of honey pots to lure attackers and gather information about their tactics?

Network traffic analysis

Deception technology

Signature-based detection

Threat intelligence analysis

QUESTION 53
A SOC manager wants to evaluate whether the organization’s Cisco-based threat hunting program is improving over time. Which metric BEST reflects increased threat hunting effectiveness?

Number of alerts generated by Cisco security tools

Reduction in attacker dwell time

Number of blocked IP addresses

Volume of threat intelligence feeds consumed

The correct answer isreduction in attacker dwell time. Dwell time measures how long an attacker remains undetected after initial compromise.
As threat hunting maturity increases:
* Behavioral coverage improves
* Detection occurs earlier in the attack lifecycle
* Attackers are identified before achieving objectives
Options A and C measure activity, not effectiveness. Option D measures inputs, not outcomes.
Cisco’sCBRTHD blueprintemphasizes outcome-driven metrics. Reduced dwell time directly correlates with lower business impact, reduced data loss, and improved resilience.
Therefore,Option Bis the most meaningful and Cisco-aligned metric.

QUESTION 54
Open-source intelligence (OSINT) is commonly used in threat actor attribution to gather information from public sources such as:

Social Media

Internal Logs

Dark Web

Encrypted Messaging Apps

QUESTION 55
What is the primary goal of threat modeling in cybersecurity?

Identifying vulnerabilities

Conducting penetration testing

Developing incident response plans

Prioritizing security controls

QUESTION 56
The process of removing outdated threat intelligence involves:

Updating firewall rules

Retraining machine learning models

Reviewing and discarding no longer relevant data

Patching software vulnerabilities

QUESTION 57
What is the benefit of using decoy systems in threat hunting?

To provide a distraction for threat actors

To slow down network traffic

To collect information on attacker tactics and techniques

To increase system performance

QUESTION 58
What is the primary goal of threat hunting outcomes?

Identifying potential threats

Preventing future attacks

Responding to security incidents

Enhancing overall security posture

QUESTION 59
What is a key benefit of implementing threat hunting in an organization’s cybersecurity strategy?

Reduced need for employee training on cybersecurity

Faster response time to threats in the network

Increased network downtime

Improved employee morale

QUESTION 60
Which technique involves monitoring network traffic for unusual or suspicious patterns that may indicate a potential threat?

Signature-based detection

Behavioral analysis

Network traffic analysis

Endpoint logging

QUESTION 61
What is the first step in the threat hunting process?

Analyzing network traffic

Defining objectives and scope

Documenting findings

Applying machine learning algorithms

QUESTION 62
Which of the following techniques involves searching for indicators of compromise (IoC) in an organization’s network?

NetFlow analysis

Geolocation tracking

Hashing algorithms

IoC scanning

QUESTION 63
Which phase of the threat hunting process involves comparing established indicators of compromise against network behaviors?

Data analysis

Threat confirmation

Objective and scope

Hypothesis generation

QUESTION 64
In the context of Threat Hunting Outcomes, what does “TTPs” stand for?

Technical Threat Patterns

Targeted Threat Personnel

Tactics, Techniques, and Procedures

Threat Testing Protocols

QUESTION 65
Determining the priority level of attacks with the Cyber Kill Chain requires understanding the attacker’s:

Preferred programming language

Physical location

Progression through attack stages

Educational background

QUESTION 66
Refer to the exhibit.

A threat-hunting team makes an EDR query to detect possible C2 outbound communication across all endpoints. Which level of the Pyramid of Pain is being used?

Tough

Challenging

Easy

Simple

The correct answer isSimple. The exhibit shows an EDR query filtering onspecific IPv4 addresses, which are classicIndicators of Compromise (IOCs). Within thePyramid of Painmodel, IP addresses sit at the lowest level, representing the least painful indicators for adversaries to change.
The Pyramid of Pain categorizes detection indicators by how costly they are for attackers to replace:
* Simple# Hashes, IP addresses, domain names
* Easy# Network artifacts (URI patterns, user-agent strings)
* Challenging# Host artifacts (registry keys, file paths, mutexes)
* Tough# Tactics, Techniques, and Procedures (TTPs)
In this scenario, the threat-hunting team is querying EDR telemetry for outbound connections toknown C2 IP addresses. While this is a valid and common detection technique-especially for rapid containment-it provides minimal long-term defensive value. Attackers can easily rotate C2 infrastructure by changing IPs, using cloud hosting, fast-flux DNS, or proxy networks.
Option C (Easy) would apply if the team were hunting fornetwork artifacts, such as suspicious URI paths or protocol misuse. Option B (Challenging) would involvehost-based artifacts, like malware persistence keys or file system changes. Option A (Tough) represents the highest maturity-detectingadversary behavior and techniques, such as beaconing patterns, lateral movement workflows, or credential abuse-none of which are present here.
From a professional threat-hunting standpoint, IP-based detections are best used asshort-term controlsfor blocking known threats or scoping an incident. Mature organizations use them as a starting point, then pivot toward higher-fidelity detections that sit higher on the Pyramid of Pain and impose greater operational cost on attackers.
In summary, querying known C2IP addressescorresponds to theSimplelevel of the Pyramid of Pain, making Option Dthe correct answer.

QUESTION 67
Which of the following is NOT a common threat modeling technique?

Data flow diagrams

STRIDE model

Attack surface analysis

Social engineering assessment

QUESTION 68
How does threat hunting differ from traditional security monitoring?

Threat hunting is a reactive approach, while traditional security monitoring is proactive.

Threat hunting focuses on actively searching for threats, while traditional security monitoring passively looks for alerts.

Threat hunting relies solely on automated tools, while traditional security monitoring involves manual analysis.

There is no difference between threat hunting and traditional security monitoring.

QUESTION 69
Which threat hunting technique focuses on analyzing network traffic to detect and prevent threats?

Behavior-based detection

YARA rule matching

Netflow analysis

Packet capture analysis

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All Obstacles During 300-220 Exam Preparation with 300-220 Real Test Questions [Q49-Q69]

Cisco 300-220 Exam Syllabus Topics:

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