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CompTIA SecurityX Certification Prep Course
Code:
CASP
Duration:
5 Day
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$3295
USD
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The CompTIA SecurityX (CAS-005) Certification Prep Course is designed for experienced cybersecurity professionals ready to take their expertise to the next level. As the newly rebranded successor to CASP+, SecurityX is part of CompTIAs Xpert series and focuses on the skills required of senior security engineers and architects who lead enterprise-level cybersecurity initiatives. This course equips learners with the advanced knowledge needed to design and implement secure solutions across complex environments, preparing them to meet todays evolving threat landscape head-on.
Throughout the course, students will engage with real-world scenarios and hands-on labs that mirror the challenges faced by professionals in high-stakes cybersecurity roles. Topics include digital security architecture, enterprise risk management, governance, and advanced threat mitigation strategies. Whether you're aiming to validate your skills or step into a leadership role in cybersecurity, this course offers the depth and rigor needed to succeed on the SecurityX (CAS-005) exam and beyond.
This class includes the CompTIA SecurityX exam voucher
This course is available in the following formats:
Duration: 5 Day
Duration: 5 Day
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Delivery Format: Virtual Classroom
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$ 3295 |
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Delivery Format: Virtual Classroom
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$ 3295 |
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Delivery Format: Virtual Classroom
|
$ 3295 |
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Delivery Format: Virtual Classroom
|
$ 3295 |
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Delivery Format: Virtual Classroom
|
$ 3295 |
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Delivery Format: Virtual Classroom
|
$ 3295 |
- Design, implement, and integrate secure solutions across complex environments to support a resilient enterprise in security architecture and engineering.
- Use automation, monitoring, detection, and incident response to proactively support ongoing security operations.
- Apply security practices to cloud, on-premises, and hybrid environments to ensure enterprise-wide protection.
- Utilize cryptographic technologies and techniques while evaluating the impact of emerging trends, such as artificial intelligence, on information security.
- Implement governance, compliance, risk management, and threat modeling strategies across the enterprise.
- Validate advanced, hands-on skills in security architecture and senior security engineering within live environments.
Module 1: Introduction
- Preassessment
Module 2: Summarizing Governance Risk and Compliance
- Implement Appropriate Governance Components
- Explain Legal Compliance
- Apply Risk Management Strategies
Module 3: Implementing Architecture and Design
- Apply Software Development
- Integrate Software Architecture
- Support Operational Resilience
- Implement Cloud Infrastructure
- Integrate Zero Trust Concepts
- Troubleshoot using AAA and IAM
Module 4: Understanding Security Engineering
- Enhance Endpoint Security
- Configure Network Infrastructure
- Initiate Security Automation
- Apply Cryptography Concepts
Module 5: Applying Security Operations and Incident Response
- Perform Threat Modeling
- Examine Security Monitoring
- Analyze Known Attack Methods and Associated Mitigations
- Apply Threat Hunting Tools and Technologies
- Evaluate Incident Analysis and Response
Module 1: Introduction
- Preassessment
Module 2: Summarizing Governance Risk and Compliance
- Implement Appropriate Governance Components
- Explain Legal Compliance
- Apply Risk Management Strategies
Module 3: Implementing Architecture and Design
- Apply Software Development
- Integrate Software Architecture
- Support Operational Resilience
- Implement Cloud Infrastructure
- Integrate Zero Trust Concepts
- Troubleshoot using AAA and IAM
Module 4: Understanding Security Engineering
- Enhance Endpoint Security
- Configure Network Infrastructure
- Initiate Security Automation
- Apply Cryptography Concepts
Module 5: Applying Security Operations and Incident Response
- Perform Threat Modeling
- Examine Security Monitoring
- Analyze Known Attack Methods and Associated Mitigations
- Apply Threat Hunting Tools and Technologies
- Evaluate Incident Analysis and Response
- Assisted Lab: Exploring the Lab Environment
- Assisted Lab: Using Automation to Identify Sensitive Data
- Assisted Lab: Understanding DR Capabilities in the Cloud
- Assisted Lab: Implementing a Web Application Firewall
- Assisted Lab: Understanding the Role of SPF Records and DNSSEC
- Assisted Lab: Using Security Incident and Event Management Features
- Assisted Lab: Performing Static Code Analysis
- Assisted Lab: Exploiting Web Applications Stored XSS, SQL Injection
- APPLIED LAB: Analyzing Web Application Vulnerabilities
- Assisted Lab: Implementing a VNet in Azure
- Assisted Lab: Deploying a Virtual Private Cloud in Amazon Web Services
- Assisted Lab: Implementing and Updating Containers on Windows Server 2019
- APPLIED LAB: Performing Container Update Tasks
- Assisted Lab: Understanding DNS over HTTPS (DoH)
- Assisted Lab: Deploying a Hardened Server Image in the Cloud
- Assisted Lab: Implementing an Application Blocklist Policy
- Assisted Lab: Configuring Monitoring in the Cloud
- Assisted Lab: Implementing Data Protection using Symmetric Encryption
- Assisted Lab: Exploring Cryptography and Cryptanalysis using Visual Tools
- Assisted Lab: Implementing HTTP Server Certificates
- APPLIED LAB: Troubleshooting HTTP Server Certificates
- Assisted Lab: Exploring MITRE ATT&CK Navigator
- Assisted Lab: Exploring and Interpreting Intrusion Detection System Alerts
- APPLIED LAB: Analyzing Intrusion Detection System Logs
- Assisted Lab: Exploiting the Server Message Block Protocol
- Assisted Lab: Analyzing SMB Vulnerabilities
- Assisted Lab: Analyzing Firmware using Binary Analysis and Hardware Emulation
- Assisted Lab: Analyzing and Attack Wireless Network Protections
- Assisted Lab: Exploring the Lab Environment
- Assisted Lab: Using Automation to Identify Sensitive Data
- Assisted Lab: Understanding DR Capabilities in the Cloud
- Assisted Lab: Implementing a Web Application Firewall
- Assisted Lab: Understanding the Role of SPF Records and DNSSEC
- Assisted Lab: Using Security Incident and Event Management Features
- Assisted Lab: Performing Static Code Analysis
- Assisted Lab: Exploiting Web Applications Stored XSS, SQL Injection
- APPLIED LAB: Analyzing Web Application Vulnerabilities
- Assisted Lab: Implementing a VNet in Azure
- Assisted Lab: Deploying a Virtual Private Cloud in Amazon Web Services
- Assisted Lab: Implementing and Updating Containers on Windows Server 2019
- APPLIED LAB: Performing Container Update Tasks
- Assisted Lab: Understanding DNS over HTTPS (DoH)
- Assisted Lab: Deploying a Hardened Server Image in the Cloud
- Assisted Lab: Implementing an Application Blocklist Policy
- Assisted Lab: Configuring Monitoring in the Cloud
- Assisted Lab: Implementing Data Protection using Symmetric Encryption
- Assisted Lab: Exploring Cryptography and Cryptanalysis using Visual Tools
- Assisted Lab: Implementing HTTP Server Certificates
- APPLIED LAB: Troubleshooting HTTP Server Certificates
- Assisted Lab: Exploring MITRE ATT&CK Navigator
- Assisted Lab: Exploring and Interpreting Intrusion Detection System Alerts
- APPLIED LAB: Analyzing Intrusion Detection System Logs
- Assisted Lab: Exploiting the Server Message Block Protocol
- Assisted Lab: Analyzing SMB Vulnerabilities
- Assisted Lab: Analyzing Firmware using Binary Analysis and Hardware Emulation
- Assisted Lab: Analyzing and Attack Wireless Network Protections
This course is designed for IT professionals in the cybersecurity industry whose primary job responsibility is to secure complex enterprise environments. The target student should have real-world experience with the technical administration of these enterprise environments.
This course is also designed for students who are seeking the CompTIA® SecurityX certification and who want to prepare for Exam CAS-005. Students seeking SecurityX certification should have at least 10 years of experience in IT management, with at least 5 years of hands-on technical security experience
To be fit for this advanced course, you should have at least a foundational knowledge of information security. This includes, but is not limited to:
- Knowledge of identity and access management (IAM) concepts and common implementations, such as authentication factors and directory services.
- Knowledge of cryptographic concepts and common implementations, such as Secure Sockets Layer/Transport Layer Security (SSL/TLS) and public key infrastructure (PKI).
- Knowledge of computer networking concepts and implementations, such as the TCP/IP model and configuration of routers and switches.
- Knowledge of common security technologies used to safeguard the enterprise, such as anti-malware solutions, firewalls, and VPNs