CompTIA Security+ Certification Training

• Compare and contrast information security roles and responsibilities
• Compare and contrast security control types (preventive, detective, corrective, etc.)
• Analyze governance frameworks (NIST, ISO 27001, CIS Controls)
• Explain risk management processes and Business Impact Analysis (BIA)

**Copilot Integration: **

Use Copilot to generate summaries of security roles, control types, and risk concepts.

• Explain threat actor types (nation state, insider, hacktivist, APT)
• Analyze attack vectors and threat surfaces
• Compare social engineering techniques and phishing simulations
• Analyze indicators of malware-based attacks

**Copilot Integration: **

Use Copilot to generate threat intelligence summaries and attack mapping models.

• Perform network reconnaissance concepts and tools
• Explain vulnerability types and exposures (OWASP, CVE, Zero-day)
• Summarize vulnerability scanning methodologies
• Explain penetration testing concepts and engagement phases

Copilot Integration:

Use Copilot to generate vulnerability reports, remediation strategies, and scanning summaries.

• Compare symmetric vs asymmetric cryptographic ciphers
• Summarize cryptographic modes and hashing concepts
• Implement certificates and certificate authorities
• Implement PKI lifecycle management

**Copilot Integration: **

Use Copilot to generate encryption models, certificate workflows, and PKI lifecycle summaries.

• Summarize authentication design concepts (AAA, MFA, SSO, Federation)
• Implement authentication technologies (RADIUS, TACACS+, Kerberos)
• Implement identity and account policies
• Implement authorization solutions (RBAC, ABAC, Least Privilege)

Copilot Integration:

Use Copilot to generate IAM frameworks, access policies, and authentication models.

• Implement secure network designs (segmentation, DMZ, VLAN)
• Implement secure switching and routing controls
• Implement secure wireless infrastructure (WPA3, EAP)
• Implement load balancing and redundancy strategies

**Copilot Integration: **

Use Copilot to generate network architecture diagrams and segmentation strategies.

• Implement firewalls and proxy servers
• Implement network monitoring tools and IDS/IPS
• Summarize SIEM integration and log correlation
• Implement secure application and remote access protocols (TLS, SSH,VPN)

**Copilot Integration: **

Use Copilot to generate SIEM analysis reports and firewall rule sets.

• Implement secure firmware and BIOS protections
• Implement endpoint detection and response (EDR)
• Implement mobile device management (MDM)
• Analyze embedded system security implications

**Copilot Integration: **

Use Copilot to generate endpoint policies and device security strategies.

• Analyze application and web attack indicators
• Summarize secure coding practices and DevSecOps concepts
• Summarize secure cloud and virtualization services
• Apply Infrastructure as Code (IaC) security principles

Copilot Integration:

Use Copilot to generate secure coding guidelines and cloud security architectures.

• Explain data classification and sensitivity concepts
• Implement data protection controls (DLP, encryption at rest/in transit)
• Compare privacy regulations and compliance requirements
• Analyze data retention and destruction policies

**Copilot Integration: **

Use Copilot to generate data classification frameworks and compliance mappings.

• Summarize incident response lifecycle (PICERL model)
• Utilize log sources for investigation
• Apply mitigation controls during containment
• Explain forensic evidence acquisition and chain of custody

**Copilot Integration: **

Use Copilot to generate incident response playbooks and forensic documentation.

• Implement redundancy and high availability strategies
• Implement backup and disaster recovery solutions
• Implement cybersecurity resiliency strategies
• Explain physical security controls and environmental safeguards

Copilot Integration:

Use Copilot to generate BCDR plans and resilience frameworks.

Title: Enterprise SQL Optimization & Analytics Implementation

Participants develop a comprehensive Cybersecurity Architecture including threat modeling, vulnerability assessment, IAM implementation, secure network design, incident response plan, and business continuity strategy aligned with enterprise security standards.

The Automation Sandbox enables participants to apply the knowledge gained during the training to their professional responsibilities and everyday work processes. This activity encourages participants to examine their existing workflows and consider how the concepts learned in the program can be used to improve efficiency, streamline tasks, and support better operational outcomes. It helps participants approach their processes from an automation-oriented perspective, identifying areas where structured processes and automation could add value while also recognizing situations where automation may not be appropriate. Through guided exercises, participants will review and analyze their current workflows, identifying opportunities for improvement through clearer structuring, simplification, and logical sequencing of tasks. They will then translate their process expertise into well-defined workflow structures that outline key steps, decision points, and expected results. These structured workflows are designed to be easily understood by technical automation teams, enabling effective implementation while bridging the gap between operational process knowledge and technical automation development.