Cisco 350-201 CBRCOR Cybersecurity Professional Exam Prep

Prepare for the Cisco 350-201 CBRCOR: Performing Cybersecurity Using Cisco Security Technologies exam with practice tests focused on the skills and concepts required for modern cybersecurity operations.

This course is built for candidates pursuing the Cisco Certified Cybersecurity Professional path and professionals who want to test their understanding of SOC operations, threat detection, incident investigation, security analytics, malware analysis, vulnerability management, and security automation.

The 350-201 CBRCOR exam focuses on four major areas: Fundamentals, Techniques, Processes, and Automation. The current blueprint also reflects the growing use of artificial intelligence and machine learning in cybersecurity monitoring and analysis.

What You'll Learn

• Apply cybersecurity operations concepts across playbooks, incident response, risk analysis, cloud security, compliance, and SOC workflows.

• Analyze threats and security data using SIEM, SOAR, UEBA, DLP, packet captures, threat intelligence, AI analytics, and detection rules.

• Investigate incidents and malware through threat modeling, sandbox analysis, IOCs, IOAs, endpoint investigation, CVSS, and vulnerability triage.

• Automate cybersecurity workflows using Python, REST APIs, Bash, JSON, SOAR, machine learning, CI/CD, DevOps, and Infrastructure as Code.

Fundamentals — 20%

Build your understanding of the processes and concepts that support cybersecurity operations.

Topics include:

• Security playbooks

• Tool selection

• Privilege escalation scenarios

• DoS and DDoS

• Website defacement

• Compliance standards

• PCI

• FISMA

• FedRAMP

• SOC

• SOX

• GDPR

• Data privacy

• ISO standards

• Cyber risk insurance

• Risk analysis

• Assets, vulnerabilities, and threats

• Incident response workflows

• Incident response metrics

• Cloud environments

• IaaS and PaaS security considerations

Techniques — 30%

Review the defensive techniques used to monitor environments, identify suspicious activity, protect data, and improve security posture.

Topics include:

• AI-powered data analytics

• Security posture assessment

• Security control evaluation

• System hardening

• Patching

• Network segmentation

• DevSecOps

• Threat intelligence platforms

• AI-driven threat intelligence

• Data loss and data leakage

• Data in motion, use, and at rest

• Data Loss Prevention

• Endpoint DLP

• Network DLP

• Application DLP

• Cloud DLP

• Security policy tuning

• SIEM

• SOAR

• Security dashboards

• UEBA

• Packet captures

• Traffic analysis

• Network log analysis

• Detection rules

• Tactics, Techniques, and Procedures

Processes — 30%

Practice the analytical processes used to investigate attacks, endpoints, malware, data loss, and vulnerabilities.

Topics include:

• Threat modeling

• Security investigations

• Malware analysis

• Malware sample extraction

• Reverse engineering

• Dynamic malware analysis

• Sandbox environments

• Static malware analysis

• Attack sequence analysis

• Endpoint intrusion investigation

• Desktop and laptop endpoints

• IoT and mobile devices

• Indicators of Compromise

• Indicators of Attack

• Complex indicators

• Data-loss investigation

• Cloud and endpoint investigations

• Server and database investigations

• Application investigations

• Vulnerability mitigation

• CVSS

• Vulnerability triage

• Risk analysis

Automation — 20%

Review how automation, scripting, APIs, orchestration, and development practices support cybersecurity operations.

Topics include:

• SOAR

• Python

• Security automation scripts

• JSON

• XML

• CSV

• HTML

• Automation opportunities

• Orchestration

• Machine learning

• API rate limits

• API timeouts

• API payloads

• REST APIs

• HTTP response codes

• HTTP headers

• API authentication

• Tokens and API keys

• Bash

• File and directory operations

• Environment variables

• CI/CD pipelines

• DevOps

• Infrastructure as Code

Who Should Enroll

This course is for candidates preparing for the Cisco 350-201 CBRCOR exam, professionals pursuing the Cisco Certified Cybersecurity Professional certification path, SOC analysts, cybersecurity analysts, incident responders, security engineers, and professionals working with security monitoring and threat detection.

It is also suitable for professionals who want additional practice with SIEM, SOAR, threat intelligence, UEBA, packet analysis, malware investigation, vulnerability management, Python, APIs, and security automation.

Requirements

• Basic understanding of cybersecurity concepts

• Familiarity with TCP/IP and network security

• Basic knowledge of security monitoring

• Familiarity with incident response concepts is helpful

• Basic understanding of SIEM and security logs is useful

• Exposure to Python or scripting is helpful

• Previous SOC experience is useful but not required

About the Cisco 350-201 CBRCOR Exam

Exam: Cisco 350-201 CBRCOR
Full Name: Performing Cybersecurity Using Cisco Security Technologies
Duration: 120 minutes
Price: US$400 or Cisco Learning Credits
Language: English
Prerequisites: None
Grading: Pass/Fail
Core Certification Path: Cisco Certified Cybersecurity Professional
Specialist Credential: Cisco Certified Specialist – Cybersecurity Core

Passing 350-201 CBRCOR satisfies the core exam requirement for the professional-level Cisco Cybersecurity certification path and automatically earns the Cisco Certified Specialist – Cybersecurity Core credential.

Practice Test Coverage

Use these practice tests to reinforce your knowledge of:

• Cybersecurity operations

• SOC workflows

• Security playbooks

• Incident response

• Risk analysis

• Cloud security

• Security controls

• Threat intelligence

• AI-powered security analytics

• SIEM and SOAR

• UEBA

• DLP

• Packet and traffic analysis

• TTPs

• Malware analysis

• Reverse engineering

• IOCs and IOAs

• Vulnerability management

• CVSS

• Python

• REST APIs

• Bash

• Machine learning

• CI/CD

• DevOps

• Infrastructure as Code

These practice tests help you identify knowledge gaps and reinforce the core cybersecurity operations concepts measured by the Cisco 350-201 CBRCOR exam.