350-201 Exam Questions & Answers
Performing CyberOps Using Core Security Technologies • Cisco
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About 350-201 Exam
The Cisco 350-201 exam, officially titled Performing CyberOps Using Core Security Technologies, is a comprehensive certification designed for cybersecurity professionals seeking to validate their expertise in threat detection, incident response, and security operations. This intermediate-level examination covers critical domains including network security, endpoint protection, cloud security, and secure network access. Candidates will demonstrate proficiency in using industry-standard security tools and technologies to identify, analyze, and respond to security threats in real-time operational environments. The exam is ideal for security operations center (SOC) analysts, incident response specialists, and cybersecurity engineers who want to advance their careers and gain recognized credentials in the rapidly evolving field of cybersecurity.
To effectively prepare for the 350-201 certification exam, candidates benefit significantly from utilizing updated exam dumps and practice tests that mirror the actual testing environment. These study resources provide hands-on experience with real-world scenarios, help identify knowledge gaps, and build confidence before attempting the official examination. Quality practice tests simulate exam conditions, allowing candidates to manage their time effectively and familiarize themselves with the question formats and difficulty levels they will encounter. Combined with official Cisco learning materials and practical lab experience, comprehensive exam dumps and practice tests create a well-rounded preparation strategy that maximizes the likelihood of successful certification achievement.
Exam Topics & Objectives
4-Week Study Plan for 350-201
Week 1: Fundamentals & Core Concepts
- Review OSI model and network protocols (TCP/IP, DNS, HTTP/HTTPS)
- Study cryptography basics (symmetric, asymmetric, hashing algorithms)
- Learn security controls and defense-in-depth strategies
- Explore threat modeling and risk assessment frameworks
- Complete practice questions on Fundamentals domain (aim for 80%+)
- Set up lab environment with packet capture tools (Wireshark)
- Review threat intelligence concepts and sources
Week 2: Attack Techniques & Detection Methods
- Study common attack vectors (malware, phishing, DDoS, SQL injection)
- Learn intrusion detection/prevention system (IDS/IPS) concepts
- Analyze network traffic for indicators of compromise (IOCs)
- Practice log analysis and event correlation techniques
- Deep dive into vulnerability assessment methodologies
- Complete hands-on labs with Snort/Suricata rule writing
- Review MITRE ATT&CK framework and adversary tactics
- Complete practice questions on Techniques domain (aim for 80%+)
Week 3: Security Operations & Processes
- Study incident response lifecycle and procedures
- Learn SIEM concepts, log management, and correlation rules
- Review vulnerability management processes and patch strategies
- Understand security operations center (SOC) workflows
- Study forensic investigation techniques and evidence handling
- Learn threat hunting methodologies and hypothesis testing
- Review compliance frameworks (NIST, CIS Controls)
- Complete practice questions on Processes domain (aim for 80%+)
Week 4: Automation, Integration & Final Review
- Study security orchestration, automation, and response (SOAR) concepts
- Learn scripting basics for security automation (Python, Bash)
- Review API integration for security tools and platforms
- Practice configuration management and infrastructure as code
- Study threat intelligence platforms and automation feeds
- Complete practice questions on Automation domain (aim for 80%+)
- Take full-length practice exams (minimum 2 exams, target 80%+)
- Review weak areas from all four domains
- Memorize key terms, tools, and frameworks before exam day
Sample 350-201 Questions
Practice with real exam-style questions. Reveal answers to verify your knowledge.
Refer to the exhibit.
An engineer is reverse engineering a suspicious file by examining its resources. What does this file indicate?
A SOC analyst is investigating a recent email delivered to a high-value user for a customer whose network their organization monitors. The email includes a suspicious attachment titled ''Invoice RE: 0004489''. The
hash of the file is gathered from the Cisco Email Security Appliance. After searching Open Source Intelligence, no available history of this hash is found anywhere on the web. What is the next step in analyzing this attachment to allow the analyst to gather indicators of compromise?
A security expert is investigating a breach that resulted in a $32 million loss from customer accounts. Hackers were able to steal API keys and two-factor codes due to a vulnerability that was introduced in a new code a few weeks before the attack. Which step was missed that would have prevented this breach?
Refer to the exhibit.
An engineer configured this SOAR solution workflow to identify account theft threats and privilege escalation, evaluate risk, and respond by resolving the threat. This solution is handling more threats than Security analysts have time to analyze. Without this analysis, the team cannot be proactive and anticipate attacks. Which action will accomplish this goal?
Which action should be taken when the HTTP response code 301 is received from a web application?
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