The Cisco 500-275 SSFAMP is also known as Securing Cisco Networks with Sourcefire FireAMP Endpoints and is intended to verify the knowledge of IT specialists who deploy and manage Cisco Advanced Malware Protection in operational network environments. Consequently, the examinees should be willing to demonstrate a powerful understanding of the common tools and features used in Cisco AMP technology, the deployment as well as management duties, and procedures for analysis.

Leading Certification Path: Cisco Specialty Security Track

Exam 500-275 belongs to the Cisco Specialist Security track and validates the skills required to manage the Cisco AMP technology. This path also includes the Cisco 500-285 SSFIPS exam, otherwise known as Securing Cisco Networks with Sourcefire Intrusion Prevention System.

Cisco 500-275 Details

In total, the 500-275 test will present between 45-55 questions that students must complete within 75 minutes. This test is only written in English and can be taken online or from physical testing centers through Pearson VUE.

500-275 Course Outline

If you’re on the lookout for an elaborate outline of the exam content, keep reading to get a clear overview of it:

• Module 1: Cisco Advanced Malware Protection Overview and Architecture (20%)

  The first domain in the actual 500-275 evaluation tests the knowledge describing the Cisco AMP technology and how it’s different from the previous malware solutions, the Cisco AMP architecture, and the communication that exists between the Cisco AMP and endpoints for cloud platforms.

• Module 2: Items for the Outbreak Control Menu (9%)

  This section will start by outlining what students should know regarding whitelisting and the process of the creation of white lists, the steps for defining the flow control of devices in addition to describing its characteristics, and the different kinds of custom detections together with the steps involved in creating them.

• Module 3: Policies for Endpoints (9%)

  Such an area will evaluate the knowledge of describing the policy elements commonly associated with the General Tab, the settings that exist in the file tab of the Cisco AMP policy, and the configuration alternatives that are available for the flow control of devices.

• Module 4: Groups and Development (12%)

  Here, the students should be ready to confirm their mastery of considerations for deploying the AMP connector and the procedures alongside requirements for setting up the connector.

• Module 5: Analysis & Reporting (18%)

  This objective is built around a wide range of technical tasks from describing the role of the dashboard to using the file & device trajectory and file analysis features available in the AMP console of Cisco. Also tested is the student’s familiarity with the general tasks involving malware analysis and the terms commonly associated with the Cisco AMP.

• Module 6: Private Cloud (10%)

  A topic like this highlighted in the final Cisco 500-275 exam is intended to verify the knowledge of describing the communication that exists in public as well as private clouds and the items to consider when installing the AMP for a private cloud.

• Module 7: Accounts (6%)

  This domain addresses the skills related to describing the two-step authentication as part of the Cisco AMP and grasping the key features that exist in the operational Accounts menu.

• Module 8: AMP Connector (6%)

  Under such a category, the candidates should be ready to prove their understanding of the scan types that exist within the Cisco AMP user, the files applicable to the Cisco AMP connector, and a familiarity with tools for troubleshooting the connector.

• Module 9: the Interface of the Console (10%)

  In conclusion, the Cisco 500-275 exam is designed to address the knowledge of console interface. For that reason, students should understand what a first-user interface entails, the features of the console interface, and the essential concepts of remote file fetch.

Career Opportunities

As said before, the 500-275 exam is part of the Cisco Security Specialist career track that almost certainly prepares learners for the following roles:

• Security Engineer

  Security engineers conduct a comprehensive risk assessment, detect vulnerabilities, create firewalls, and configure systems to optimize the available security features. As expected, these individuals spend a lot of time responding to and documenting security threats, resolving technical issues, and allocating resources to optimize performance. As your company’s most trusted security engineer, you should be ready to demonstrate a solid mastery of emerging trends and technologies, the steps involved in sourcing and implementing the latest security solutions, and performing detailed research to handle vulnerabilities in a target system. According to the latest salary estimates by experts at PayScale.com, a typical security engineer makes an average salary of $93,704 per year.

• Senior Security Engineer

  A senior security engineer maintains the security of a company’s network databases and systems to help eliminate data breaches and illegal access. Also, he/she inspects the efficacy of the existing network systems, conducts system configuration, and optimizes system performance. More so, he/she may be involved in the performance of scheduled maintenance, the creation or updating of reports, and the resolution of security breaches. With that in mind, ZipRecruiter acknowledges that these individuals make an average income of $126,677 per annum.

• Security Architect

  The job description of a security architect covers a review of the existing security measures, the performance of systems tests as well as system monitoring, and prompt response to security breaches. What is more, a security architect boasts a compelling understanding of the latest IT risks and can be trusted with all responsibilities that involve designing, testing, implementing, or building security systems for a company’s IT network. For many organizations, security architects are critical team players who can anticipate potential security breaches and manage the same before the situation gets out of hand. Accordingly, they get rewarded with handsome wages of $124,960 yearly according to PayScale.com.

Certification Path

As we have already mentioned, the Cisco 500-275 is a specialist exam that falls under the security certification track. So, after passing it, you should go for one of the Security certifications at the professional and expert levels. In particular, the two best options will be the CCNP Security and CCIE Security certifications. For accurate information about these designation paths, visit the certification section on the Cisco official website.