Available Number of Questions: Maximum of
60 Questions
Exam Name: Conducting Threat Hunting and Defending using Cisco Technologies for CyberOps
Exam Duration: 1.0 Minutes
Related Certification(s):
Cisco Certified CyberOps Professional Certification
Cisco 300-220 Exam Topics - You’ll Be Tested in Actual Exam
For the Cisco 300 220 exam, threat hunting fundamentals focus on being proactive by forming hypotheses about suspicious behavior, validating them with data, and continuously improving detections. Threat hunting processes usually follow a cycle of plan, collect, analyze, investigate, document, and tune, where you define the scope and objectives, gather telemetry from endpoints, network, DNS, proxy, and identity systems, then pivot through evidence to confirm or refute malicious activity. Threat hunting techniques include IOC driven searches, behavior and anomaly based hunting, TTP mapping with MITRE ATT and CK, statistical baselining, frequency analysis, and correlation across logs, NetFlow, and endpoint events, often using SIEM queries and enrichment such as asset criticality and threat intelligence. Threat modeling techniques help you decide what to hunt by identifying key assets, likely attack paths, trust boundaries, and attacker goals, then translating them into measurable detection opportunities like suspicious authentication patterns or unusual process chains. Threat actor attribution techniques rely on combining indicators, infrastructure patterns, malware traits, timing, targeting, and observed TTPs, while avoiding overconfidence and focusing on confidence levels and alternative explanations. Threat hunting outcomes should produce actionable results such as confirmed incidents, prioritized leads, improved detection rules, refined playbooks, reduced dwell time, and clearer visibility gaps that guide sensor deployment and logging improvements.
Cisco 300-220 Exam Short Quiz
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Cisco 300-220 Exam Quiz
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Cisco300-220
Q1:
While investigating multiple incidents, analysts notice that attackers consistently use SMB for lateral movement and avoid PowerShell execution. Why is this observation valuable for attribution?
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AIt identifies the exploit used for initial access
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BIt reveals the attacker's malware development framework
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CIt highlights consistent attacker tradecraft
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DIt confirms data exfiltration techniques
Cisco300-220
Q2:
A SOC analyst using Cisco security tools wants to differentiate threat hunting from traditional detection engineering. Which activity BEST represents threat hunting rather than detection engineering?
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ACreating a SIEM rule to alert on known malicious domains
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BTuning EDR alerts to reduce false positives
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CFormulating a hypothesis to search for credential misuse without alerts
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DBlocking IP addresses based on Talos intelligence
Cisco300-220
Q3:
A security analyst receives an alert that host A, which has an IP address of 192.168.5.39, has a new browser extension installed. During an investigation of the SIEM tool logs, the analyst discovers that host A made continuous TCP connections to an IP address of 1.25.241.8 via TCP port 80. The 1.25.241.8 IP address is categorized as a C2 server. Which action should the analyst take to mitigate similar connections in the future?
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AConfigure a browser extension deny list.
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BUse antivirus software to quarantine suspicious files automatically.
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CUse Deep Packet Inspection to block malicious domains.
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DUse IDS to detect and avoid similar connections.
Cisco300-220
Q4:
Refer to the exhibit.
A security engineer notices that a Windows Batch script includes calls to suspicious APIs. How will the script affect the system when it is executed?
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AThe internet connection is disabled.
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BThe host version is retrieved.
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CThe host is put in sleep mode.
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DFiles are encrypted.
Cisco300-220
Q5:
A threat hunter is asked to model how an attacker could abuse cloud identity misconfigurations to escalate privileges without exploiting software vulnerabilities. Which modeling approach BEST supports this analysis?
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ASTRIDE focused on spoofing and elevation of privilege
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BKill Chain analysis focused on malware execution
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CAttack path analysis using identity relationships