Career Opportunities

The job titles that the candidates who pass the CompTIA CAS-003 exam can take up include a Security Engineer, an Application Security Engineer, a Technical Lead Analyst, and a Security Architect, among others. The salary potential for these professionals is an average of $105,000 per annum. Depending on their level of experience, this figure may be even higher.

Reference: https://certification.comptia.org/certifications/comptia-advanced-security-practitioner

The CAS-003 certification exam covers five key domains, which include the following:

• Enterprise Security Architecture (25%)

  This domain goes deeper into the enterprise security infrastructure. The first subtopic is all about case analysis and integration of components, architectures, and concepts for the network as well as security to ensure they satisfy security requirements. It is also important to know about the items, such as devices for virtual and physical security and network, technologies for apps and protocols, secure configuration, network-enabled gadgets, and complex solutions for network security aimed at data flow.

  The next subtopic is integrating host device security controls to satisfy the needs for security. This is where you will find trusted OS, software for endpoint security, protections for the boot loader, and host hardening. The other part helps you get the relevant skills in integrating controls for security regarding mobile gadgets and small-form factor gadgets to ensure they meet the requirements for security. This encompasses managing enterprise mobility, security implications, and wearable technology. The last segment covers the selection of proper security controls in case of vulnerabilities.

• Research, Development, & Collaboration (13%)

  This is the last domain in the CompTIA CAS-003 test that covers various subtopics. First of all, it is important to possess skills in applying methods of research in determining industry trends as well as how they impact the enterprise. Under this area, the candidates will learn about performing the ongoing research, threat intelligence, researching security implications concerning the latest business tools, and more.

  On the other hand, the examinees should know how to implement activities for security across the lifecycle of the technology. Last but not least, they need to understand how important the interaction across enterprise units in achieving security goals is. Some other areas covered in this objective include interpreting security requirements in addition to goals and providing objective guidance as well as impartial recommendations to the employees and senior management. The issues such as establishing effective collaboration among teams while implementing security solutions, governance, compliance, and risk committee are also included.

• Enterprise Security Technical Integration (23%)

  With regards to integrating enterprise security, the candidates will be expected to clear the questions about integrating hosts, network, storage, and apps in an architecture that is secure. The issues, such as adapting security for data flow to satisfy the changing needs of business and standards, interoperability issues, resilience issues, data security, and resources provisioning, should also be learned. Other tasks include the integration of Cloud virtualization techniques into an enterprise architecture that is secure. Here, there are also included the models for technical deployment, benefits and shortfalls of security regarding virtualization, Cloud-base security services, considerations for data security, resource provisioning, etc.

  Another subject area concerns integrating and troubleshooting technologies for advanced authorization and authentication to offer support for enterprise security goals. Also, the details of the implementation of the cryptography techniques, including key stretching, hashing, digital signature, code signing, data encryption, message authentication, and more, are important. You should also know how to select proper controls for securing collaboration and communication solutions. The other things captured in this topic include remote access and tools for unified collaboration.

• Operations of Enterprise Security (20%)

  Within this objective, the learners focus on conducting assessments for security using the appropriate methods. Under this are the methods and types to use during this assessment. Next, the individuals should get hold of skills in selecting tools for assessing a specific scenario and this includes the types of network tools, host tools, and physical tools for security. What follows is implementing response to incidents and recovery procedures. This concerns E-discovery, data breach, facilitating incident detection, tools for supporting incident response, incident severity, and how to respond after an incident.

• Risk Management (19%)

  This subject concerns the influence of business alongside industry and the associated security risks. Here, the points to note include risk management targeting new products, technologies as well as user behaviour, changing business models, influences coming internally or externally, and the impact of de-perimeterization. The next area explores the privacy policies, security, and procedures that take care of organizational needs. With this, the issues coming up include lifecycle management, legal compliance, common business documents, security requirements attached to contracts, and policy development.

  The next scenario covers the executing risk mitigation techniques and controls through categorizing data types, incorporating stakeholder input, processes for risk management, planning for extreme scenarios, and conducting risk analysis specific to systems. The last chunk is all about analyzing scenarios for risk metrics to allow securing an enterprise. This concerns how effective security controls in existence, reverse-engineering existing solutions, and analyzing metrics for security solutions are.

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All these topics are neatly organized into 5 domains:

• Risk management

  Under this domain, the candidates should be able to synthesize business and industry influences and understand the related security risks. This requires knowledge of risk management, business models, influencing factors, and more. The applicants also have to have an idea about security and privacy policies, the ability to contrast and compare them, and up-to-date knowledge on policy and process life cycle.

  In addition, an understanding of strategies for risk mitigation, security controls, reverse engineering of existing solutions, common business documents, and general privacy principles is needed. The candidates should be able to analyze risk metric scenarios and use that to provide security.

• Enterprise security architecture

  This domain will cover various security components, protocols, vulnerabilities, and more. The candidates ought to understand how to analyze a scenario and successfully integrate network and security concepts and architectures while meeting the presented requirements. The knowledge of various physical and virtual network and security devices, applications, and protocol, network designs, etc. is essential.

  The applicants should also be able to perform the integration of security controls for the host device while meeting the security requirements. This involves knowledge of trusted OS, security software, host hardening, hardware vulnerabilities. Furthermore, one should have the skills to successfully integrate security controls on mobile devices. Knowledge of enterprise mobility management, rooting, tokenization, etc. is vital for this.

  Finally, exam-takers need to be able to choose the appropriate security controls for given vulnerability scenarios. This requires knowledge of various application issues, application security designs, database activity monitoring, firmware vulnerabilities, and more.

• Enterprise security operations

  When solving the tasks related to this domain, the candidates are given a scenario where they should successfully conduct an evaluation using various security methods such as malware sandboxing, fingerprinting, pivoting, and such. Knowledge of different network tools is required for analyzing those scenarios and choosing an appropriate tool. Furthermore, the knowledge of e-discovery, data breach, and the various aspects related to that should be used by candidates to implement incident response and execute proper recovery procedures.

• Technical integration of enterprise security

  In the fourth domain, the applicants are given a scenario that will test their knowledge of the integration of networks, hosts, storage, and applications to secure enterprise architecture. This requires an understanding of diverse standards, adaption to data flow security, interoperability issues, data security considerations, network secure segmentation and delegation, and such. Moreover, the candidates should be able to integrate cloud and virtualization technologies into secure enterprise architecture using their knowledge of cloud augmented security services, data security, vulnerabilities, and more.

  This domain also tests the candidates' ability to integrate and troubleshoot advanced authentication and authorization technologies. This also involves understanding various aspects of attestation, identity proofing, and more. The candidates are required to have an idea about cryptographic techniques as well as the ability to expertly select suitable control to secure communications and collaboration solutions.

• Research, development, and collaboration

  To answer the questions under this section, the candidates should perform research whilst applying proper methods and determine industry trends to identify the impact on the enterprise. This requires knowledge of research practices, security implications of business tools, and such. Moreover, implementing security activities across the technology life cycle, which is included in this domain, will be benefited by one's knowledge of system development life cycle, software development life cycle, documentation, etc.

  Finally, individuals need to know and explain the importance of interaction across business units to achieve security goals. This includes knowledge of implementation of security requirements, and aspects related to it, among others.

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