Cisco 350-201 Exam Questions 2025

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Our 350-201 Exam Questions provide authentic, up-to-date content for the Cisco Cybersecurity Operations certification. Each question is reviewed by cybersecurity experts and includes verified answers with detailed explanations to strengthen your understanding of security operations, threat detection, and incident response using Cisco security technologies. With access to our exam simulator, you can practice under real exam conditions and confidently prepare to pass on your first attempt.

 

About 350-201 Exam

What is the Cisco 350-201 (CBRCOR) Exam, and What Will You Learn from It?

The Cisco 350-201 CBRCOR (Performing CyberOps Using Cisco Security Technologies) exam is a core / foundational cybersecurity operations exam. Passing this exam earns you the Cisco Certified Specialist – Cybersecurity Core certification, and it also fulfills the core exam requirement for the Cisco Certified Cybersecurity Professional credential. 

By passing 350-201, you will demonstrate:

  • Proficiency in cybersecurity operations fundamentals, including incident detection, response, and investigation
  • Skill in applying cybersecurity techniques for threat detection, analysis, and defense
  • Ability to work with security tools, logs, and analytics for operations in a Security Operations Center (SOC)
  • Capability to use automation and scripting (e.g. Python, APIs) to support SOC workflows
  • Knowledge of processes, tools, and frameworks required for real-world cybersecurity operations

In short, this exam shows you’re not just a security enthusiast, but someone who understands how to operate in a SOC environment using modern cybersecurity tools, processes, and automation.

Exam Snapshot

Exam Code350-201
Exam NamePerforming CyberOps Using Cisco Security Technologies (CBRCOR)
VendorCisco
Version / Year2025
Average SalaryNot officially published (no credible source ties a specific average salary solely to this exam)
Cost400 USD
Exam FormatMultiple choice, scenario-based / simulation style questions (including question formats like click & drag)
Duration (minutes)120
Delivery MethodProctored via Pearson VUE (in test centers) (standard for Cisco certification exams)
LanguagesEnglish
Scoring MethodPass / Fail (Cisco does not publicly publish the detailed scoring rubric)
Passing ScoreNot publicly disclosed by Cisco; community / exam prep sources estimate around 750-850 / 1000
PrerequisitesCisco does not mandate formal prerequisites for taking 350-201. But strong background in cybersecurity (operations, threat detection, security concepts) is strongly recommended
Retake PolicyCisco’s general exam policies apply: • After failing, you must wait 5 calendar days before retaking. • If you already passed, a 180-day waiting period often applies before retaking the same exam code.
Target AudienceSecurity operations professionals, SOC (Security Operations Center) analysts, threat detection / incident response engineers, cybersecurity practitioners who want to validate core security operations skills
Certification Validity3 years (Cisco certifications generally expire / require renewal every 3 years)
Release Date2020-11-17

Prerequisites Before Taking the 350-201 Exam

Cisco does not state any formal prerequisites for taking 350-201 CBRCOR, but to be well prepared, you should:

  • Be comfortable with basic networking and OS concepts
  • Have familiarity with cybersecurity fundamentals: threat vectors, vulnerabilities, incident response
  • Know basic scripting or at least understand automation concepts
  • Understand log analysis, packet captures, and security tooling
  • Have practical experience with security operations tasks or lab environments

Some candidates first build experience via entry-level security roles or foundational security courses before attempting 350-201.

Main Objectives and Domains You Will Study for 350-201

According to the 350-201 CBRCOR v1.2 exam topics document, the domains and their weightings are:

Domain

Approx Weight

Focus Areas

1.0 Fundamentals

20 %

Playbooks, compliance, risk, cloud environments, incident response workflow

2.0 Techniques

30 %

Hardening, security posture, threat intelligence, analytics, detection techniques.

3.0 Processes

30 %

Case investigations, malware analysis, intrusion investigation, IOCs/IOAs 

4.0 Automation

20 %

Scripting, APIs, automation/orchestration, data formats, DevOps principles 

These domains reflect how the exam balances technical detection/response skills with process understanding and automation capabilities.

Topics to Cover in Each CBRCOR Domain

Here’s a more detailed breakdown of what to master in each domain:

1. Fundamentals (20 %)

  • Interpreting components within a SOC playbook
  • Determining what tools fit a given playbook scenario
  • Applying a playbook for cases like DoS, privilege escalation, website defacement
  • Understanding compliance standards (PCI, GDPR, ISO, SOC, FedRAMP, etc.)
  • Concepts of cyber risk insurance
  • Risk analysis (assets, threats, vulnerabilities)
  • The incident response workflow (prepare, detect, contain, eradicate, recover)
  • Metrics for performance and improvement in SOC
  • Types of cloud environments (IaaS, PaaS, SaaS) and SOC considerations for each

2. Techniques (30 %)

  • Using data analytics / AI-powered techniques for detection
  • Hardening machine images before deployment
  • Evaluating security posture, diagnosing gaps, recommending controls
  • Determining patching strategies, disabling unnecessary services
  • Network hardening and segmentation
  • Threat intelligence platform usage and automation
  • Applying detection rules, tuning alerts
  • Understanding data loss / leakage (in use, in motion, at rest)
  • Tools and limitations in network / traffic / log analysis

3. Processes (30 %)

  • Prioritization in threat modeling
  • Steps and methodologies to investigate incidents
  • Malware analysis process: static & dynamic analysis, sandbox, reverse engineering
  • Interpreting event sequences via packet captures or logs
  • Investigation across endpoints, servers, cloud, applications
  • Identifying IOCs / IOAs
  • Triage, vulnerability management, mitigation recommendation

4. Automation (20 %)

  • Comparing orchestration and automation platforms
  • Reading and interpreting basic scripts (e.g. in Python)
  • Modifying scripts to automate SOC tasks
  • Familiarity with data formats: JSON, XML, CSV, HTML
  • Understanding REST APIs: response codes, headers, body, authentication
  • Bash / shell commands for file / directory / environment ops
  • Basics of CI/CD and DevOps in security operations
  • Infrastructure-as-Code concepts related to SOC tasks

Register and Schedule Your 350-201 Exam

To schedule:

  1. Log in / create your Cisco Candidate ID
  2. Visit the Cisco “Performing CyberOps Using Cisco Security Technologies (CBRCOR 350-201)” exam page 
  3. Choose language, exam delivery (on-site / online proctored)
  4. Pay the exam fee
  5. Receive confirmation and instructions

The exam duration is 120 minutes. You’ll typically see your results immediately.

350-201 Exam Cost & Discount Options

  • Standard Price: US $400 
  • Cisco offers E-Learning + Exam Bundles that include vouchers or discounts. 
  • Training providers or organizations may bundle the exam with courses or offer corporate discounts

Exam Policies You Should Know

  • Valid government-issued ID is required
  • No external materials or devices allowed
  • You must follow Cisco’s retake / wait period rules
  • Certification remains valid for 3 years; recertification via exam or continuing education
  • Cisco’s integrity policies prohibit sharing actual exam content

What to Expect on Exam Day (350-201)

  • Duration: 120 minutes 
  • Expect multiple-choice, drag-and-drop, scenario-based, and script / analysis questions
  • You might interpret logs, packet captures, scripts, playbooks
  • Manage your time, some questions demand deeper reasoning
  • Read carefully; many questions are scenario-rich

Study Plan: 5 Tips to Prepare for 350-201

  1. Plot an 8- to 10-week schedule, aligning to the four domains
  2. Use Cisco’s official exam topics PDF (v1.2) as your syllabus
  3. Get hands-on with SOC tools: SIEM, SOAR, packet captures, log analytics
  4. Daily scripting / API exercises (Python, Bash) to automate small tasks
  5. Practice case studies, incident response playbooks, and full practice exams

Pro Tip: When you study a technique (say, parsing JSON logs), immediately try to write a script to process sample logs. Applying theory to practice cements your knowledge.

Recommended Study Resources for 350-201

  • Official Performing CyberOps Using Cisco Security Technologies (v1.2) exam topics 
  • Cisco’s cybersecurity / DevNet resources and labs
  • SOC tool documentation (SIEM, SOAR, TIPs)
  • Training platforms / courses focusing on security operations
  • Practice tests / question banks by Cert Empire aligned to 350-201 (ethically sourced)
  • Community groups, security forums, study cohorts

Career Opportunities After 350-201 Certification

With this certification, roles you can pursue include:

  • Security Operations Center (SOC) Analyst
  • Threat Detection Engineer
  • Incident Response Analyst
  • Cybersecurity Operations Specialist
  • Security Automation / SOC Tool Engineer

This credential signals to employers that you can operate in SOC environments using security tools and automation.

Certifications to Pursue After 350-201

Once you pass 350-201, logical next steps include:

  • Earn Cisco Certified Cybersecurity Professional (full credential)
  • Advance to specialist / concentration security certifications
  • Extend to cloud security, threat hunting, forensics, or advanced certifications
  • Complement with automation / DevNet certs to boost SOC automation skills

How 350-201 CBRCOR Compares with Other Cisco / Automation Exams

Certification

Focus Area

Difficulty

Best For

Cisco 350-201 CBRCOR

Security operations, SOC workflows, automation

Intermediate to advanced

Cybersecurity operations professionals

Cisco 300-435 ENAUTO

Enterprise network automation

Intermediate to advanced

Network automation engineers

Cisco 350-535 SPAUTO

SP network automation

Advanced

Service provider automation engineers

Cisco 300-435 + 350-801

Enterprise automation + collaboration

Combined domain focus

Engineers bridging network, automation, UC

CBRCOR emphasizes security operations and automation, whereas ENAUTO, SPAUTO target network automation contexts.

 

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Last Update Check October 15, 2025
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