Free PDF Quiz 2026 The Best 300-220: Conducting Threat Hunting and Defending using Cisco Technologies for CyberOps Exam Demo

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Cisco 300-220 certification exam is designed to test the candidates' knowledge and skills in conducting threat hunting and defending using Cisco technologies for CyberOps. Conducting Threat Hunting and Defending using Cisco Technologies for CyberOps certification is intended for CyberOps professionals who want to enhance their expertise in identifying and mitigating cybersecurity threats. 300-220 Exam covers a range of topics, including threat intelligence concepts, security operations fundamentals, network infrastructure security, endpoint protection, and incident response.

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Cisco 300-220 Training Material - 300-220 Latest Exam Cram

The field of Cisco is growing rapidly and you need the Cisco 300-220 certification to advance your career in it. But clearing the 300-220 test is not an easy task. Applicants often don't have enough time to study for the 300-220 Exam. They are in desperate need of real Cisco 300-220 exam questions which can help them prepare for the 300-220 test successfully in a short time.

Cisco 300-220 Exam covers a range of topics related to cybersecurity, including threat intelligence, security operations, network security, endpoint protection, and incident response. 300-220 exam also tests the candidate's knowledge of various Cisco technologies such as Cisco Stealthwatch, Cisco Umbrella, Cisco Firepower, and Cisco Threat Response. These technologies are essential for effective threat hunting and defense in today's complex and constantly evolving threat landscape.

Cisco Conducting Threat Hunting and Defending using Cisco Technologies for CyberOps Sample Questions (Q26-Q31):

NEW QUESTION # 26
Which step in the threat hunting process involves creating and executing queries to search for indicators of compromise?

A. Data Enrichment
B. Data Analysis
C. Data Collection
D. Data Processing

Answer: B

NEW QUESTION # 27
Which of the following is a key aspect of effective threat hunting outcomes?

A. Continuous monitoring and analysis
B. Focus on high-traffic network areas only
C. Reliance solely on automated tools
D. Reactive approach to incidents

Answer: A

NEW QUESTION # 28
What is the primary purpose of "threat hunting playbooks" in threat hunting techniques?

A. To guide analysts in structured investigation processes
B. To document potential threats for future reference
C. To automate threat detection and response processes
D. To establish threat intelligence sharing frameworks

Answer: A

NEW QUESTION # 29
A threat hunter completes a structured hunt and confirms malicious lateral movement within the environment.
Which action BEST ensures the hunt contributes to long-term defensive improvement?

A. Escalating the incident to executive leadership
B. Resetting credentials for all affected users
C. Continuing to monitor the activity for additional evidence
D. Documenting findings and updating detection logic

Answer: D

Explanation:
The correct answer isdocumenting findings and updating detection logic. Threat hunting delivers long-term value only when discoveries are operationalized.
Options A and B are necessary incident response actions but do not improve future detection. Option D delays remediation and risks further damage.
Within theCBRTHD threat hunting lifecycle, confirmed malicious activity should result in:
* Detailed documentation of attacker techniques
* Identification of detection gaps
* Creation or refinement of SIEM, EDR, or NDR rules
This process ensures that similar behavior will be detected automatically in the future, reducing reliance on manual hunts. It also increases organizational maturity by institutionalizing knowledge.
Cisco emphasizes this feedback loop as a core principle of effective threat hunting. Without it, SOC teams repeatedly rediscover the same threats.
Thus,Option Cis the correct and professionally validated answer.

NEW QUESTION # 30

Refer to the exhibit. Which technique is used by the attacker?

A. Scan using a batch file created on the fly that contains the command.
B. Perform a preliminary check to verify if the victim has already been compromised.
C. Set up persistence by creating a shortcut for the malicious macro in the user's Startup directory
D. Use a base64-encoded VBScript that is decoded and executed on the endpoint.

Answer: D

Explanation:
The correct answer isC. Use a Base64-encoded VBScript that is decoded and executed on the endpoint.
The exhibit clearly shows aVBScript-based attack chainthat relies onBase64 encodingto obfuscate malicious content and evade basic detection mechanisms.
In the code snippet, the function call afghhha("aHR0cHM6Ly9z...") contains a string that is visiblyBase64- encoded. When decoded, Base64 strings commonly reveal URLs, commands, or additional script logic. The script then uses WinHttpReq.Open and WinHttpReq.Send to retrieve remote content over HTTP, extracts a specific portion of the response using string manipulation (InStr, Mid), and executes it dynamically using the execute() function. This is a strong indicator ofliving-off-the-land scripting abuse, where native Windows scripting engines are leveraged for malicious purposes.
From a MITRE ATT&CK perspective, this behavior aligns withCommand and Scripting Interpreter (T1059), specificallyVBScript (T1059.005), and includes elements ofObfuscated/Encoded Files or Information (T1027). Encoding payloads in Base64 helps attackers bypass signature-based detection tools and makes static analysis more difficult.
Option A is incorrect because the script does not perform checks to determine prior compromise; instead, it actively retrieves and executes payloads. Option B is incorrect because no batch file creation is shown. Option D is also incorrect, as there is no evidence of persistence mechanisms such as Startup folder modification or shortcut creation. The wscript.Sleep function indicates periodic execution or beaconing, but persistence itself is not established in the shown code.
For threat hunters and SOC analysts, this technique highlights the importance of monitoringscript interpreter usage,encoded command execution,suspicious WinHTTP requests, anddynamic code execution via execute(). Detecting encoded scripts and abnormal scripting behavior is critical, as these techniques are widely used in phishing payloads, malware loaders, and initial access tooling.
In professional environments, defenders should combine EDR behavioral detections, script block logging, AMSI integration, and network telemetry to effectively identify and disrupt this attack technique.

NEW QUESTION # 31
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