Legitimized [SEC530: Defensible Security Architecture and Engineering: Implementing Zero Trust for the Hybrid Enterprise] Expert – Led Video Course – MASTERYTRAIL

Lesson 1: Introduction to Defensible Security Architecture
1.1 Overview of Security Architecture
1.2 Key Principles of Defense-in-Depth
1.3 Evolution of Enterprise Security
1.4 Threat Landscape in Hybrid Environments
1.5 Importance of Zero Trust
1.6 Security Frameworks and Standards
1.7 Common Security Architecture Pitfalls
1.8 The Business Case for Security
1.9 Stakeholder Engagement
1.10 Setting Security Objectives

Lesson 2: Foundations of Zero Trust
2.1 Defining Zero Trust
2.2 Zero Trust Principles
2.3 Historical Context
2.4 Zero Trust vs Traditional Models
2.5 Benefits of Zero Trust
2.6 Challenges in Adoption
2.7 Zero Trust Pillars
2.8 Industry Adoption Trends
2.9 Real-world Zero Trust Breaches
2.10 Zero Trust Myths

Lesson 3: Core Components of Zero Trust Architecture
3.1 Identity and Access Management (IAM)
3.2 Device Security
3.3 Network Segmentation
3.4 Application Security
3.5 Data Security
3.6 Monitoring and Analytics
3.7 Automation and Orchestration
3.8 Policy Enforcement Points
3.9 Continuous Validation
3.10 User Experience Considerations

Lesson 4: Identity as the New Perimeter
4.1 Identity-Driven Security
4.2 Authentication Mechanisms
4.3 Authorization Models
4.4 Multi-Factor Authentication (MFA)
4.5 Privileged Access Management
4.6 Identity Lifecycle Management
4.7 Federation and Single Sign-On
4.8 Identity Threat Detection
4.9 Zero Trust and Identity Providers
4.10 Identity in Hybrid Environments

Lesson 5: Device Security in Zero Trust
5.1 Device Discovery
5.2 Device Posture Assessment
5.3 Managed vs Unmanaged Devices
5.4 Endpoint Protection Platforms
5.5 Device Compliance Policies
5.6 Device Authentication
5.7 Mobile Device Management (MDM)
5.8 Bring Your Own Device (BYOD)
5.9 Device Risk Scoring
5.10 Device Security Monitoring

Lesson 6: Network Segmentation and Microsegmentation
6.1 Overview of Segmentation
6.2 Traditional vs Microsegmentation
6.3 Software-Defined Networking (SDN)
6.4 VLANs and Firewall Policies
6.5 East-West Traffic Control
6.6 Segmentation Policy Design
6.7 Tools for Microsegmentation
6.8 Enforcement Mechanisms
6.9 Audit and Verification
6.10 Common Mistakes in Segmentation

Lesson 7: Application Security in a Zero Trust World
7.1 Application Discovery
7.2 Secure Software Development Lifecycle (SDLC)
7.3 Application Authentication
7.4 Secure API Design
7.5 Microservices and Zero Trust
7.6 Application Threat Modeling
7.7 Dependency Management
7.8 Runtime Application Security
7.9 Application Policy Enforcement
7.10 Secure DevOps Integration

Lesson 8: Data Security and Zero Trust
8.1 Data Classification
8.2 Data Discovery Tools
8.3 Data Loss Prevention (DLP)
8.4 Data Encryption
8.5 Data Access Controls
8.6 Data Masking and Tokenization
8.7 Data Integrity
8.8 Data in Transit vs Data at Rest
8.9 Auditing Data Access
8.10 Data Governance

Lesson 9: Continuous Monitoring and Analytics
9.1 Security Monitoring Fundamentals
9.2 Security Information and Event Management (SIEM)
9.3 User and Entity Behavior Analytics (UEBA)
9.4 Threat Intelligence Integration
9.5 Real-Time Alerts
9.6 Automated Response
9.7 Metrics and KPIs
9.8 Continuous Improvement
9.9 Privacy Considerations
9.10 Monitoring in Cloud Environments

Lesson 10: Policy Enforcement in Zero Trust
10.1 Policy Creation Best Practices
10.2 Contextual Policy Application
10.3 Dynamic Policy Adjustment
10.4 Policy Enforcement Points (PEPs)
10.5 Centralized vs Distributed Enforcement
10.6 Policy Testing and Validation
10.7 Exceptions and Overrides
10.8 Policy Documentation
10.9 Reviewing and Updating Policies
10.10 Policy Enforcement Tools

Lesson 11: Zero Trust for Hybrid Cloud Environments
11.1 Defining Hybrid Cloud
11.2 Hybrid Cloud Security Challenges
11.3 Cloud-Native Security Controls
11.4 Integrating On-Prem and Cloud Policies
11.5 Cloud Access Security Brokers (CASBs)
11.6 Hybrid Cloud Segmentation
11.7 Identity Federation in Hybrid Cloud
11.8 Data Movement in Hybrid Cloud
11.9 Monitoring Hybrid Workloads
11.10 Secure Cloud Migration

Lesson 12: Securing Remote Workforces
12.1 Remote Workforce Risks
12.2 Secure Remote Access Technologies
12.3 VPN vs Zero Trust Network Access (ZTNA)
12.4 Endpoint Security for Remote Workers
12.5 Secure Collaboration Tools
12.6 Phishing and Social Engineering
12.7 Remote User Authentication
12.8 Monitoring Remote Activity
12.9 Incident Response for Remote Work
12.10 Enabling Secure Productivity

Lesson 13: Asset Management and Discovery
13.1 Importance of Asset Management
13.2 Asset Inventory Tools
13.3 Asset Classification
13.4 Dynamic Asset Discovery
13.5 Asset Lifecycle Management
13.6 Integrating Asset Data
13.7 Asset Risk Assessment
13.8 Identifying Shadow IT
13.9 Asset Tagging and Labeling
13.10 Asset Management Automation

Lesson 14: Implementing Security Automation
14.1 Benefits of Security Automation
14.2 Automation Platforms
14.3 Automated Policy Enforcement
14.4 Security Orchestration, Automation, and Response (SOAR)
14.5 Automated Threat Detection
14.6 Automated Patch Management
14.7 Automation and Compliance
14.8 Automation Pitfalls
14.9 Building an Automation Roadmap
14.10 Measuring Automation Effectiveness

Lesson 15: Threat Modeling in Zero Trust
15.1 Introduction to Threat Modeling
15.2 Threat Modeling Frameworks
15.3 Identifying Threat Actors
15.4 Attack Surface Analysis
15.5 Prioritizing Threats
15.6 Mitigation Strategies
15.7 Threat Modeling for Applications
15.8 Threat Modeling for Networks
15.9 Continuous Threat Modeling
15.10 Integrating Threat Modeling into SDLC

Lesson 16: Security Architecture Design Patterns
16.1 Common Design Patterns
16.2 Zero Trust Reference Architectures
16.3 Secure Network Topologies
16.4 Identity-Centric Design
16.5 Data-Centric Design
16.6 Defense-in-Depth Patterns
16.7 Red Team/Blue Team Design Feedback
16.8 Secure Cloud Patterns
16.9 Application-Centric Patterns
16.10 Pattern Selection Criteria

Lesson 17: Integrating Zero Trust with Existing Security Controls
17.1 Legacy Security Controls
17.2 Mapping Legacy to Zero Trust
17.3 Incremental Migration Strategies
17.4 Coexistence Challenges
17.5 Control Gaps Analysis
17.6 Enhancing Defense-in-Depth
17.7 Secure Gateways Integration
17.8 Bridging On-Prem and Cloud
17.9 Vendor Coordination
17.10 Measuring Integration Success

Lesson 18: Zero Trust and Regulatory Compliance
18.1 Compliance Landscape Overview
18.2 Mapping Zero Trust to Compliance
18.3 GDPR and Data Privacy
18.4 HIPAA and Healthcare Security
18.5 PCI DSS for Payment Security
18.6 SOX and Financial Compliance
18.7 Continuous Compliance Monitoring
18.8 Compliance Reporting
18.9 Audit Preparation
18.10 Regulatory Trends

Lesson 19: Secure Access Service Edge (SASE) and Zero Trust
19.1 SASE Overview
19.2 SASE vs Zero Trust
19.3 Integrating SASE with Zero Trust
19.4 SASE Components
19.5 Policy Enforcement via SASE
19.6 SASE Deployment Models
19.7 SASE Use Cases
19.8 SASE Vendor Landscape
19.9 Monitoring SASE Solutions
19.10 Future of SASE and Zero Trust

Lesson 20: Zero Trust Network Access (ZTNA)
20.1 Defining ZTNA
20.2 ZTNA vs Traditional VPN
20.3 ZTNA Architecture
20.4 ZTNA Policy Models
20.5 User Experience in ZTNA
20.6 ZTNA Deployment Approaches
20.7 Integrating ZTNA with IAM
20.8 ZTNA for Third Parties
20.9 ZTNA Limitations
20.10 ZTNA Case Studies

Lesson 21: Implementing Identity Governance
21.1 Identity Governance Overview
21.2 Role-Based Access Control (RBAC)
21.3 Attribute-Based Access Control (ABAC)
21.4 Policy-Based Access Control
21.5 Identity Analytics
21.6 Access Certification
21.7 Segregation of Duties
21.8 Identity Provisioning
21.9 Identity Deprovisioning
21.10 Identity Governance Tools

Lesson 22: Advanced Authentication Techniques
22.1 Adaptive Authentication
22.2 Biometric Authentication
22.3 Passwordless Authentication
22.4 Behavioral Biometrics
22.5 Risk-Based Authentication
22.6 Hardware Tokens
22.7 Push Authentication
22.8 Phishing-Resistant MFA
22.9 Federation Authentication
22.10 Authentication Analytics

Lesson 23: API Security in Zero Trust
23.1 API Discovery
23.2 API Authentication
23.3 API Authorization
23.4 API Threats and Vulnerabilities
23.5 API Gateway Security
23.6 Rate Limiting and Throttling
23.7 API Data Protection
23.8 API Monitoring and Logging
23.9 API Security Testing
23.10 API Lifecycle Management

Lesson 24: Privileged Access Management (PAM)
24.1 Privileged Account Discovery
24.2 Least Privilege Principle
24.3 PAM Tools Overview
24.4 Just-in-Time Access
24.5 Session Recording and Auditing
24.6 PAM Policy Design
24.7 PAM in Cloud Environments
24.8 Insider Threat Mitigation
24.9 PAM for Third Parties
24.10 PAM Metrics and Reporting

Lesson 25: Security Operations and Incident Response
25.1 Security Operations Center (SOC) Role
25.2 Incident Response Planning
25.3 Threat Hunting
25.4 Playbooks and Runbooks
25.5 Incident Detection
25.6 Incident Containment
25.7 Forensics in Zero Trust
25.8 Lessons Learned Process
25.9 Communication During Incidents
25.10 Post-Incident Improvements

Lesson 26: Supply Chain Security and Zero Trust
26.1 Supply Chain Risk Overview
26.2 Third-Party Risk Management
26.3 Vendor Security Assessments
26.4 Secure Software Supply Chains
26.5 Monitoring Partner Access
26.6 Contractual Security Clauses
26.7 Supply Chain Threat Detection
26.8 Incident Response for Supply Chain
26.9 Transparency and Visibility
26.10 Improving Supply Chain Resilience

Lesson 27: Resilience and Business Continuity
27.1 Defining Resilience
27.2 Business Continuity Planning
27.3 Disaster Recovery Strategies
27.4 Ransomware and Resilience
27.5 Zero Trust and Operational Resilience
27.6 Redundancy and Failover
27.7 Testing Resilience Plans
27.8 Crisis Communication
27.9 Regulatory Requirements
27.10 Lessons from Major Outages

Lesson 28: Zero Trust for Operational Technology (OT)
28.1 OT vs IT Security
28.2 OT Threat Landscape
28.3 Zero Trust for Industrial Control Systems
28.4 Network Segmentation for OT
28.5 Identity in OT Environments
28.6 Monitoring OT Networks
28.7 Incident Response in OT
28.8 OT Asset Management
28.9 OT Security Standards
28.10 Challenges in OT Zero Trust

Lesson 29: Cloud Security Posture Management (CSPM)
29.1 CSPM Overview
29.2 CSPM Tools
29.3 Continuous Cloud Configuration Assessment
29.4 Cloud Misconfiguration Risks
29.5 Policy Enforcement in Cloud
29.6 Cloud Compliance Monitoring
29.7 CSPM Integration with SIEM
29.8 Cloud Remediation Automation
29.9 Multi-Cloud CSPM
29.10 CSPM Metrics and Reporting

Lesson 30: Security Awareness and Training
30.1 Security Awareness Programs
30.2 Training for Zero Trust Principles
30.3 Phishing Simulations
30.4 Secure Coding Training
30.5 Social Engineering Awareness
30.6 Policy Training
30.7 Continuous Learning
30.8 Metrics for Training Programs
30.9 Gamification in Training
30.10 Executive Awareness

Lesson 31: Integrating DevSecOps with Zero Trust
31.1 DevSecOps Overview
31.2 Security in CI/CD Pipelines
31.3 Infrastructure as Code Security
31.4 Static and Dynamic Analysis
31.5 Secrets Management
31.6 Automated Security Testing
31.7 Container Security
31.8 Continuous Monitoring in DevOps
31.9 Developer Security Training
31.10 Feedback Loops in DevSecOps

Lesson 32: Data Privacy in Zero Trust Architectures
32.1 Privacy by Design
32.2 Data Minimization
32.3 Consent Management
32.4 Data Subject Rights
32.5 Privacy Impact Assessments
32.6 Anonymization and Pseudonymization
32.7 Privacy Incident Response
32.8 Cross-Border Data Transfers
32.9 Privacy Regulations
32.10 Privacy Engineering

Lesson 33: Secure Configuration Management
33.1 Configuration Management Overview
33.2 Baseline Configurations
33.3 Automated Configuration Enforcement
33.4 Configuration Drift Detection
33.5 Configuration Hardening
33.6 Secure Configuration Tools
33.7 Configuration Change Management
33.8 Compliance Checking
33.9 Remediation of Misconfigurations
33.10 Configuration Auditing

Lesson 34: Zero Trust in SaaS Environments
34.1 SaaS Security Overview
34.2 SaaS Discovery
34.3 SaaS Access Control
34.4 SaaS Data Protection
34.5 Integrating SaaS with IAM
34.6 SaaS Security Monitoring
34.7 SaaS Vendor Risk Management
34.8 SaaS User Training
34.9 SaaS Security Assessments
34.10 SaaS Incident Response

Lesson 35: Security Metrics and Reporting
35.1 Importance of Security Metrics
35.2 Defining Security KPIs
35.3 Metrics for Zero Trust
35.4 Executive Dashboards
35.5 Real-Time Reporting
35.6 Incident Metrics
35.7 Compliance Metrics
35.8 User Behavior Metrics
35.9 Metrics for Continuous Improvement
35.10 Reporting Best Practices

Lesson 36: Security Budgeting and Resource Allocation
36.1 Building a Security Budget
36.2 Resource Prioritization
36.3 Cost-Benefit Analysis
36.4 Zero Trust Investment Planning
36.5 Aligning Security and Business Goals
36.6 Budgeting for Cloud Security
36.7 Vendor Management
36.8 Measuring ROI
36.9 Funding Security Initiatives
36.10 Budgeting for Training

Lesson 37: Secure Collaboration and Messaging
37.1 Collaboration Tools Overview
37.2 Secure Messaging Platforms
37.3 Access Controls for Collaboration
37.4 Data Loss Prevention in Collaboration
37.5 Encryption for Collaboration Tools
37.6 Authentication for Messaging
37.7 Monitoring Collaboration Activities
37.8 Third-Party Integrations
37.9 Incident Response for Collaboration
37.10 User Training for Secure Collaboration

Lesson 38: Zero Trust for Mergers and Acquisitions
38.1 Security During M&A
38.2 Asset Discovery in M&A
38.3 Integration of Security Controls
38.4 Identity Integration and Federation
38.5 Data Migration Security
38.6 Network Integration
38.7 Policy Harmonization
38.8 Risk Assessment
38.9 Incident Response Planning
38.10 Post-Merger Security Review

Lesson 39: Zero Trust and Artificial Intelligence (AI)
39.1 AI in Security Operations
39.2 AI-Driven Threat Detection
39.3 AI for Policy Enforcement
39.4 Adversarial AI Threats
39.5 AI in Identity Management
39.6 AI Ethics in Security
39.7 Training AI Models Securely
39.8 AI in Predictive Analytics
39.9 AI for Incident Response
39.10 Future of AI and Zero Trust

Lesson 40: Secure Web Gateways and Zero Trust
40.1 Web Gateway Fundamentals
40.2 Secure Web Gateway Features
40.3 Integrating Web Gateways with Zero Trust
40.4 URL Filtering
40.5 SSL Inspection
40.6 Threat Intelligence in Web Gateways
40.7 User Behavior Analysis
40.8 Policy Enforcement for Web Access
40.9 Monitoring and Logging
40.10 Web Gateway Case Studies

Lesson 41: Zero Trust for Internet of Things (IoT)
41.1 IoT Threat Landscape
41.2 IoT Asset Discovery
41.3 IoT Network Segmentation
41.4 IoT Authentication
41.5 IoT Device Management
41.6 Data Protection for IoT
41.7 Monitoring IoT Devices
41.8 Incident Response for IoT
41.9 IoT Security Standards
41.10 Challenges in IoT Zero Trust

Lesson 42: Red Teaming and Zero Trust Validation
42.1 Red Team Overview
42.2 Testing Zero Trust Controls
42.3 Attack Simulation Techniques
42.4 Penetration Testing
42.5 Social Engineering Testing
42.6 Validating Segmentation
42.7 Reporting Findings
42.8 Continuous Assessment
42.9 Blue Team Collaboration
42.10 Remediation and Feedback

Lesson 43: Building a Zero Trust Roadmap
43.1 Assessing Current Security Posture
43.2 Setting Zero Trust Objectives
43.3 Stakeholder Alignment
43.4 Identifying Quick Wins
43.5 Prioritizing Initiatives
43.6 Milestone Planning
43.7 Change Management
43.8 Measuring Progress
43.9 Communicating the Roadmap
43.10 Adjusting the Roadmap

Lesson 44: Vendor and Product Selection
44.1 Requirements Gathering
44.2 Evaluating Vendor Solutions
44.3 RFP Process
44.4 Product Demos and Pilots
44.5 Integration Capabilities
44.6 Vendor Security Assessments
44.7 Total Cost of Ownership
44.8 Vendor Support and SLAs
44.9 Future-Proofing
44.10 Making the Final Selection

Lesson 45: Security Governance for Zero Trust
45.1 Security Governance Overview
45.2 Governance Frameworks
45.3 Roles and Responsibilities
45.4 Policy Governance
45.5 Risk Management
45.6 Compliance Oversight
45.7 Governance Committees
45.8 Metrics for Governance
45.9 Continuous Governance Improvement
45.10 Governance Communication

Lesson 46: Zero Trust in Multi-Cloud Environments
46.1 Multi-Cloud Security Challenges
46.2 Multi-Cloud Identity Federation
46.3 Unified Policy Management
46.4 Data Protection Across Clouds
46.5 Monitoring Multi-Cloud Environments
46.6 Multi-Cloud Compliance
46.7 Multi-Cloud Threat Detection
46.8 Vendor Lock-In Risks
46.9 Multi-Cloud Automation
46.10 Case Studies in Multi-Cloud Zero Trust

Lesson 47: Legal and Ethical Considerations
47.1 Legal Requirements for Security
47.2 Data Sovereignty
47.3 Ethical Hacking
47.4 Privacy Laws and Zero Trust
47.5 Intellectual Property Protection
47.6 Security vs Privacy Balance
47.7 Forensics and Legal Hold
47.8 Law Enforcement Collaboration
47.9 Ethics in Security Automation
47.10 Handling Legal Incidents

Lesson 48: Advanced Network Security Techniques
48.1 Network Traffic Analysis
48.2 Encrypted Traffic Inspection
48.3 Network Deception Technologies
48.4 Advanced Firewalls
48.5 Intrusion Detection and Prevention
48.6 Zero Trust and SD-WAN
48.7 Network Access Control (NAC)
48.8 Anomaly Detection
48.9 Automated Network Response
48.10 Evolving Network Threats

Lesson 49: Building a Zero Trust Culture
49.1 Security Culture Basics
49.2 Change Management Principles
49.3 Executive Engagement
49.4 Security Champions
49.5 Communication Strategies
49.6 Recognition and Rewards
49.7 Continuous Education
49.8 Measuring Cultural Change
49.9 Overcoming Resistance
49.10 Embedding Zero Trust Mindset

Lesson 50: Future Trends and Course Wrap-Up
50.1 Emerging Threats
50.2 Quantum Computing Impacts
50.3 AI and Machine Learning Evolution
50.4 Next-Generation Identity
50.5 Future of Cloud Security
50.6 Regulatory Evolution
50.7 Integrating New Technologies
50.8 Lifelong Learning in Security
50.9 Course Summary
50.10 Continuing Your Zero Trust Journey