Pass Your CompTIA CASP+ CAS-003 Exam Easy!

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CompTIA CAS-003 is a qualifying exam for the CASP+ certification. This test is designed for the advanced-level cybersecurity practitioners who want to validate their skills and knowledge of risk management, research and collaboration, integration of enterprise security, and enterprise security architecture and operations. The associated certificate is approved by the U.S. DoD to fulfill directive 81.40/8570.01-M prerequisites and complaint with the ISO 17024 standards.

Target Audience and Prerequisites

The target candidates for the CompTIA CAS-003 exam are the cybersecurity professionals with competence in the enterprise security domain and risk analysis. They have expertise in interpreting data trends and anticipating cyber-defense requirements to fulfill the business objectives. They also have the knowledge and practical experience in implementing cryptographic methods, including cryptocurrency, blockchain, and mobile device encryption.

There is no prior certification that is required to obtain CompTIA CASP+. However, it is recommended that the individuals have the extensive skills in the cybersecurity field. It is advised that the applicants possess at least ten years of practical experience in the IT administration, which should include a minimum of five years of practical experience in technical security. Additionally, the students must understand the exam content before taking the actual test.

Exam Details

The CompTIA CAS-003 exam covers technical skills and knowledge needed to conceptualize, integrate, implement, and engineer secure solutions across different multifaceted environments in the support of a resilient enterprise. The test is made up of a maximum of 90 questions and the learners will have 165 minutes to complete all of them. There is no scaled score for the exam and the test takers will only be awarded a pass or fail status at the end of the session. The applicants have to register for the exam with Pearson VUE and schedule it as an online proctored test or sit for it at a center. The exam is available in English and Japanese and costs $466.

Exam Topics

The certification exam is designed to evaluate specific skills. The candidates must be able to demonstrate competence in the following topics to achieve success in the test.

Risk Management: 19%

• Summarizing industry and business influences & associated security risks: this area covers the skills in risk management of new technologies, new products, and users’ behaviors; changing or new business strategies/models; security issues with integrating diverse industries; internal & external influences; effect of de-perimetrization.
• Comparing and contrasting security, procedures, and privacy policies based on organizational prerequisites: this topic requires the individuals\ skills in policy & process lifecycle management; legal advocacy and compliance support through a partnership with human resources, management, legal, and other entities; understanding basic business documents to aid security; researching security prerequisites for contracts; supporting the development of the policies that have standard security practices.
• Executing risk mitigation controls and strategy: the candidates must demonstrate competence in categorizing data types through impact levels according to CIA; incorporating the stakeholder’s input into the CIA effect-level decisions; determining the least required security controls according to aggregate score; choosing and implementing controls based on organizational policies and CIA prerequisites; making risk determination according to known metrics; translating technical risks using business terms; recommending strategies to apply based on the risk appetite; IT governance; enterprise resilience; continuous monitoring and improvement; conducting system-specific risk analysis.
• Securing an enterprise by analyzing risk metric scenarios: this section covers your skills in reviewing the effectiveness of current security controls; creating, collecting, and analyzing metrics; creating benchmark and comparing to baselines; analyzing and interpreting trend to predict cyber defense requirements; using judgment to resolve issues where secured solutions are unavailable; test and prototype multiple solutions.

Enterprise Security Architecture: 25%

• Analyzing scenarios and incorporating security and network components, architectures, and concepts to fulfill security prerequisites: the skills that will be measured in this topic include virtual and physical security and network devices; protocol-aware and application technologies; advanced network design; multifaceted network security solutions for the data flow; securing baselining and configuration of security and networking components; software-defined networking; network management & monitoring tools; advanced configuration of network devices, including routers and switches; security zones; network access control; network-enabled devices; critical infrastructure.
• Analyzing scenarios to incorporate security controls or the host devices to fulfill security prerequisites: the test takers will be required to demonstrate competence in Endpoint security software; host hardening; trusted OS; boot loader protections; terminal services and application delivery services; vulnerabilities connected with hardware.
• Analyzing scenarios to incorporate security controls for small form factor and mobile devices to fulfill security prerequisites: this domain will measure competence in enterprise mobility management; security implication and privacy concerns; wearable technology.
• Selecting relevant security control according to given software vulnerability scenarios: this subject area requires the students’ understanding of application security design considerations; specific application problems; allocation sandboxing; client-side processing versus server-side processing; web application firewalls; database activity monitoring; secure encrypted enclaves; operating system vulnerability; firmware vulnerabilities.

Enterprise Security Operations: 20%

• Carrying out security evaluations using the relevant methods: the applicants must demonstrate their understanding of methods and types.
• Selecting relevant tools for security evaluation while analyzing an output or scenario: this area covers competence in network tool types; host tool types; physical security tools.
• Implementing recovery procedures and incident response: the individuals will be measured based on their knowledge of data breach, e-discovery, facilitating incident detection and response; emergency and incident response; post-incident response; an incident or breach severity; incident response support tools.

Technical Integration of Enterprise Security: 23%

• 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 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.
• 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.
• Implementing cryptographic techniques: this domain requires the understanding of techniques and implementations.
• Selecting relevant controls for security collaboration and communications solutions: the test takers must understand unified collaboration tools and remote access.

Research, Development & Collaboration: 13%

• Applying research techniques to establish industry trends and the impact on the enterprise: the individuals should have a good understanding of research security implications of budding business tools; threat intelligence; global IA community/industry; performing ongoing research.
• Implementing security events across a technology lifecycle: the knowledge areas that will be measured within this topic include systems development lifecycle; asset management; software development lifecycle; adapting solutions to address.
• Describing the importance of interactions across different business units in achieving security goals: this section covers one’s skills in providing impartial recommendations and objective guidance to senior management and staff on security controls and processes; establishing efficient collaboration in teams for implementing secure solutions; interpreting security prerequisites and objectives to interact with stakeholders from different disciplines.

Preparation Process

There are numerous resources that the candidates can use to prepare for the CompTIA CAS-003 certification exam. The official materials include an instructor-led training course, self-paced E-learning resources, and hands-on virtual labs. The individuals can purchase a comprehensive bundle for this test comprising of the CompTIA CertMaster Labs for CASP+ Exam as well as the official CompTIA CASP+ Self-Paced Study Guide (eBook). The applicants can find the links to these tools on the exam webpage.

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.

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