350-201 Premium File
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- Last Update: Oct 15, 2024
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The Cisco 350-201: Performing CyberOps Using Core Security Technologies (CBRCOR) exam measures the competency of the candidates in core cybersecurity operations, including cybersecurity fundamentals, techniques, processes, and automation. Passing this test satisfies the core exam requirement for the Cisco Certified CyberOps Professional certification as well as leads to the award of the Cisco Certified CyberOps Specialist – CyberOps Core certificate.
There are no mandatory requirements for taking the Cisco 350-201 exam. However, before attempting this certification test, the applicants are recommended to develop certain prerequisite knowledge and skills. These include a good comprehension of the content covered in the CyberOps Associate level course (CBROPS); knowledge of UNIX/Linux shells (shb, csh) as well as shell commands; fundamental knowledge of scripting with the help of one or more programming languages, including JavaScript, Python, PHP, or similar. In addition, it is advised that the students have 3-5 years of experience in the implementation of enterprise networking solutions.
Exam Details
The Cisco 350-201 exam has the allocated duration of 120 minutes and is available in the English language only. The registration process for the test is made through the Pearson VUE platform. To sit for this certification exam, each applicant is required to pay the fee of $400. This price applies to a single delivery of the test, which means that you will have to pay a new fee in case of a failed attempt.
To prepare for the Cisco 350-201 exam in a proper way, the candidates are offered to enroll for the official course, Performing CyberOps Using Cisco Security Technologies (CBRCOR) v1.0. It contains 5 days of hands-on practice and 3 days of content with practice and challenges. After completing this training, you will acquire an in-depth understanding of the tasks associated with the senior-level roles within a security operations center. You will also learn how to configure the tools and platforms utilized by the security operation teams through practical application and how to respond like a hacker in the real-life attack scenarios as well as offer recommendations to senior management.
The candidates are also can take advantage of the third-party materials available on numerous training platforms on the Internet. Specifically, you should pay attention to practice tests as they will help you get familiar with the exam structure and questions. These tools are also beneficial in terms of improving your time management skills. So, using this prep option, you will feel more confident on your exam day and will have more chances of success.
Exam Topics
The content of the Cisco 350-201 exam consists of 4 extensive topics. They are as follows:
Topic 1. Fundamentals – 20%
This subject area evaluates the skills of the candidates in interpreting the elements within a playbook; determining the tools required according to a playbook scenario; applying the playbook for a common scenario (for instance, DoS & DDoS, unauthorized elevation of privilege, website defacement); inferring the industry for different compliance standards (for instance, PCI, SOC, FISMA, SOX, FedRAMP, PCI, Data Privacy, GDPR, and ISO 27101). In addition, the applicants must be capable of describing the limitations & concepts of cyber risk insurance; analyzing the risk analysis elements, including vulnerability, combination asset, and threat; applying the incident response workflow; describing parameters and areas of improvement with the help of common incident response metrics; describing Cloud environment types (for instance, IaaS platform); comparing security operations considerations related to Cloud platforms (for example, PaaS, IaaS).
Topic 2. Techniques – 30%
The students must have the expertise in recommending data analytic methods to satisfy specific needs or respond to specific questions; describing the utilization of hardening machine images for deployment; describing the procedure of assessing the asset security posture; assessing the security controls of an environment, diagnosing gaps, as well as recommending improvement; defining resources for industry standards & recommendations to harden the systems; defining patching recommendations according to a certain scenario; recommending services to disable according to a scenario; applying segmentation to a network; utilizing network controls to harden a network; determining SecDevOps recommendations (or implications). Moreover, the learners should be conversant with describing the utilization & concepts associated with using Threat Intelligence Platform (TIP) for automating intelligence; applying threat intelligence with the use of tools; applying the concepts of data leakage, data loss, data in use, data in motion, and data at rest according to common standards; describing various mechanisms to identify and improve the techniques for data loss prevention; recommending tuning or adapting devices as well as software throughout filters, rules, and policies; describing the security data management concepts; describing the utilization & concepts of security data analytics tools. The domain also measures the skills of the examinees in recommending workflow from the mentioned issue via escalation as well as the automation required for resolution; applying dashboard data to interact with the leadership, executive, or technical stakeholders; analyzing the anomalous user as well as entity behavior (UEBA); defining the next step according to user behavior alerts; describing tools as well as their limitations for network analysis (for instance, traffic analysis tools, packet capture tools, network log analysis tools); assessing artifacts & streams within a packet capture file; troubleshooting the current detection rules; determining the tactics, techniques & procedures (TTPs) by analyzing an attack.
Topic 3. Processes – 30%
The competencies covered within this section of the certification exam include the following: prioritizing the components within a threat model; determining the steps to examine the common case types; applying the concepts as well as the sequence of steps within the malware analysis process; interpreting the event sequence during an attack according to the analysis of traffic patterns; determining the steps to examine possible endpoint intrusion throughout various platform types (for instance, laptop, IoT, desktop, mobile devices); determining familiar Indicators of Compromise (IOCs) as well as Indicators of Attack (IOAs) according to a provided scenario. The test takers should also understand how to define IOCs within a sandbox environment; how to define the steps to examine possible data loss from various vectors of modality (for instance, server, cloud, databases, endpoint, application) according to a particular scenario; how to recommend the common mitigation steps to tackle vulnerability issues; how to recommend the prospective steps for vulnerability triage as well as risk analysis with the help of industry scoring systems (for instance, CVSS).
Topic 4. Automation – 20%
This topic of the Cisco 350-201 exam requires one’s proficiency in comparing platforms, mechanisms, and concepts of orchestration & automation; interpreting fundamental scripts (for instance, Python); adjusting a given script to activate a security operations task; recognizing common data formats (for instance, HTML, XML, JSON, CSV); determining the opportunities for automation & orchestration; determining the constraints during the APIs consumption (for instance, timeouts, rate limited, and payload). Moreover, the individuals should have the skills in explaining the common HTTP response codes related to REST APIs; assessing the parts of an HTTP response (comprising headers, response code, body); interpreting authentication mechanisms of API, such as custom token, basic, and API keys; using Bash commands, comprising directory navigation, file management, and environmental variables; describing elements of a CI/CD pipeline; applying the principles of DevOps practices; explaining the Infrastructure as Code principles.
Career and Salary Prospects
Passing the Cisco 350-201 exam provides the professionals with extensive career opportunities in the cybersecurity sphere. The job roles that you can take up after completing this certification test are as follows:
Pursuing any of these career paths, you can count on good pay. Thus, the average salary for the position of an Incident Manager is $81,885 per year, while the average remuneration for a Cybersecurity Engineer is $92,759 per annum, according to PayScale.
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