Learning Objectives

How to create appropriate and secure architectures for new and existing networks (complete with appropriate authentication and authorization controls) by analyzing security requirements and objectives
How to determine the most appropriate infrastructure security design by analyzing organizational requirements
How to integrate software applications into an enterprise’s architecture
How to secure an enterprise architecture by implementing correct data security techniques, as well as secure virtualization and cloud solutions
How public key infrastructure (PKI) and cryptography help support security requirements and objectives

Learning Objectives

How to perform vulnerability and threat management activities and recommend appropriate risk mitigation methods within a given scenario
Proven methods and tools for penetration testing and vulnerability assessments
How to judge indicators of compromise and respond appropriately
How to reduce risk using key processes within a given scenario
How to implement an appropriate response for a given incident
The importance of forensic concepts

Learning Objectives

How to implement secure configurations for enterprise mobility or to configure/ implement endpoint security controls within a given scenario
Crucial security considerations that can impact operational technologies and specific sectors
How adopting cloud technology can impact the security of an organization
How to implement appropriate cryptographic protocols and algorithms or PKI solutions in response to a specific business requirement
How to troubleshoot the implementation of cryptographic solutions within a given scenario

Learning Objectives

How to utilize appropriate risk strategies in response to given requirements
The importance of mitigating and managing vendor risks
Legal considerations and compliance frameworks and how they can impact an organization
The importance of disaster recovery concepts in relation to business continuity

The Computing Technology Industry Association (CompTIA) is a non-profit trade association. It issues professional certifications for the IT sector, upskilling candidates to tackle the most pressing priorities and skill shortages facing IT-powered organizations.

With its focus on practical skills and commitment to regularly updating its certification courses in line with industry developments, CompTIA is considered one of the best trade associations in the IT industry.

Good e-Learning is an award-winning training provider with world-class courses across multiple corporate disciplines and frameworks, including ITIL 4, DevOps, RESILIA Cyber Resilience, TOGAF, and more. The company is also a fully accredited training provider for CompTIA.

CompTIA Advanced Security Practitioner (CASP+) is an advanced cybersecurity qualification. It is ideal for senior security engineers and security architects responsible for improving and leading an organization’s cybersecurity preparedness.

CompTIA CASP+ is ideal for any company requiring advanced cybersecurity practices. A practitioner can optimize an organization’s cybersecurity readiness, working on its architecture, best practices, threat responses, and more. As cybersecurity is essential for safeguarding not only an organization’s strategy but also its clients, the qualification is relevant to a wide variety of businesses.

Some of the world-class organizations that contributed to the development of CASP+ include: AT&T Cybersecurity, Lockheed Martin, Exxon Mobil, Archdiocese of Philadelphia, RxSense, SecureWorks, U.S. Army, Target Corp, General Dynamics IT (GDIT), Ricoh, and Splunk.

Studying the CompTIA CASP+ syllabus is highly recommended for professionals working in advanced cybersecurity roles.

Relevant professions include: Security Architect, Senior Security Engineer, SOC Manager, Security Analyst, IT Cybersecurity, Cyber Risk Analyst.

The CompTIA certification path provides several foundational modules for IT professionals, as well as intermediate options focused on Infrastructure, Cyber Security, and Professional Skills.

The certification path is fully aligned with several defined IT career pathways, and candidates are advised to consider their experience and existing qualifications before selecting a module.

With the importance of cybersecurity for organizations in the Digital Age, studying the advanced CompTIA CASP+ syllabus can be extremely valuable for candidates hoping to enter high-level security roles. Indeed, many organizations even have CASP+ certification as a prerequisite.

According to the U.S. Bureau of Labor Statistics, the roles relevant to CASP+ are categorized under ‘Computer Network Architects’. In 2017, the median pay for this category was $104,650, and the number of jobs within is expected to continue increasing.