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.

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

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CompTIA Advanced Security Practitioner (CASP) CAS-003 Exam

CompTIA Advanced Security Practitioner (CASP) CAS-003 Exam validates the candidate ability in risk management, enterprise security operations, architecture, research, collaboration, and integration of enterprise security. This CAS-003 Exam also tests the candidate have any ideas and techniques of Enterprise Security domain and have a knowledge of how to implement cryptographic techniques like Blockchain-Cryptocurrency and Mobile device encryption.

Technical Integration of Enterprise Security: 23%

• Implementing cryptographic techniques: this domain requires the understanding of techniques and implementations.
• Integrating virtualization and Cloud technologies into secure enterprise architecture: this section covers the examinees’ skills in technical deployments models; security benefits and drawbacks of virtualization; Cloud augmented security service; data security consideration; resources provisioning & de-provisioning.
• Selecting relevant controls for security collaboration and communications solutions: the test takers must understand unified collaboration tools and remote access.
• Integrating hosts, networks, applications, and storage into secure enterprise architectures: this objective will evaluate the learners’ skills in adapting data flow security to fulfill changing business requirements; standards; interoperability issues; resilience issues; data security considerations; resource provisioning & de-provisioning; designing consideration during demergers/divestitures, acquisitions, and mergers; logical deployment diagram & corresponding deployment diagram for appropriate devices; privacy and security considerations for storage integration.
• Integrating and troubleshooting advanced authorization and authentication technologies in supporting enterprise security objectives: the candidates should be able to demonstrate their knowledge of authentication, authorization, attestation, identity proofing, identity propagation, federation, and trust models.