DevSecOps A Complete Guide
Every day you delay integrating security into your DevOps pipeline, you’re risking breaches, reputational damage, and stalled innovation. The pressure is real. Your team moves fast, but security gaps are widening. You’re caught between velocity and vulnerability, and leadership is asking for confidence you can’t yet deliver. Meanwhile, top-tier engineers and security architects are already leading the shift. They’re not waiting for permission. They’re embedding security from code commit to production, automating compliance, and becoming the trusted advisors their organisations rely on. They’re future-proofing their careers in the process. DevSecOps A Complete Guide is your definitive roadmap from reactive firefighting to proactive, automated, enterprise-grade security integration. This isn’t theory. It’s a battle-tested, step-by-step system to go from idea to implementation in under 30 days, with a fully actionable DevSecOps rollout plan you can present to your CISO or board. Take Sarah M., Lead Infrastructure Engineer at a global fintech. She completed this course in 18 days, implemented automated SAST/DAST scanning in her CI/CD pipeline, and reduced critical vulnerabilities in production by 78% within six weeks. Her promotion followed two months later. This course gives you clarity, control, and credibility. You’ll master the frameworks, tools, and cultural strategies that elite DevSecOps engineers use - without the trial, error, and career risk. You’ll gain the confidence to lead, the documentation to prove it, and the Certificate of Completion issued by The Art of Service that signals mastery to employers and peers alike. Here’s how this course is structured to help you get there.Course Format & Delivery Details This is a fully self-paced, on-demand learning experience with immediate online access. You control the schedule, the pace, and the depth of your study. There are no fixed dates, no deadlines, and no time constraints. Most learners complete the core material in 21 to 28 days, with tangible results visible within the first 10 days of structured work. Lifetime Access & Continuous Updates
Once enrolled, you’ll receive lifetime access to all course content. The material is regularly updated to reflect the latest DevSecOps practices, tooling changes, and compliance standards - at no additional cost. You’re not buying a static product. You’re gaining a living resource. Global, Mobile-Friendly Access
Access your materials anytime, anywhere, from any device. The platform is fully responsive, so you can study on your laptop during work hours or review key concepts on your phone during transit. Your progress syncs automatically. You’ll never lose your place. Instructor Support & Guidance
You’re not alone. Throughout the course, you’ll have direct access to our expert DevSecOps practitioners through structured Q&A channels. Get help with implementation roadblocks, architectural decisions, and real-world scenario challenges. Support is designed to accelerate your progress, not replace your initiative. Certificate of Completion by The Art of Service
Upon finishing the course, you will earn a Certificate of Completion issued by The Art of Service - a globally recognised credential trusted by enterprises, auditors, and security leaders. This certification is verifiable, professional, and designed to enhance your credibility in technical and leadership conversations. Transparent, One-Time Investment
Pricing is straightforward, with no hidden fees or recurring charges. What you see is what you pay - one clear fee for complete access, updates, support, and certification. No surprises. Accepted Payment Methods
We accept all major payment options, including Visa, Mastercard, and PayPal. Transactions are secure, encrypted, and processed globally. Zero-Risk Enrollment: Satisfied or Refunded
We offer a 30-day “satisfied or refunded” guarantee. If you complete the first two modules in full and don’t feel you’ve gained actionable clarity and confidence in DevSecOps implementation, simply request a refund. No questions, no hassle. What Happens After Enrollment?
After enrollment, you’ll receive a confirmation email. Your access details and login instructions will be sent separately once your course materials are prepared and allocated to your account. This ensures a smooth, error-free onboarding experience. This Works Even If…
You’re not a security specialist. You’ve never led a DevSecOps initiative. Your organisation resists change. Your toolchain is legacy-heavy. Your team lacks security awareness. This course is designed for practitioners like you - engineers, DevOps leads, and platform architects - who need to drive secure transformation without relying on a pre-existing security culture. With role-specific workflows, modular implementation guides, and real-world adaptation frameworks, DevSecOps A Complete Guide meets you where you are. The structure is practical, the language is precise, and the outcomes are measurable. You’ll gain the confidence to act, the evidence to prove impact, and the authority to lead - even in the most complex environments.
Module 1: Foundations of DevSecOps - Understanding the Evolution from DevOps to DevSecOps
- Key Differences Between Traditional Security and DevSecOps
- The Shared Responsibility Model in Modern Software Delivery
- Introducing the DevSecOps Maturity Continuum
- Identifying Common Anti-Patterns and Organisational Blockers
- The Psychology of Security Resistance in Engineering Teams
- Establishing Security as a Service, Not a Gatekeeper
- Defining Core DevSecOps Principles: Shift Left, Automate, Integrate
- Integrating Security into the Development Lifecycle Stages
- Creating a DevSecOps Vision Statement for Your Organisation
- Measuring the Business Impact of Insecure Deployments
- Understanding the Cost of Delay in Security Integration
- Mapping Your Current Pipeline to DevSecOps Readiness
- Conducting a Preliminary Risk Exposure Assessment
- Building Your First DevSecOps Readiness Scorecard
Module 2: Cultural and Organisational Transformation - The Role of Psychological Safety in Security Adoption
- Breaking Down Silos: Bridging Dev, Ops, and Sec Teams
- Designing Cross-Functional DevSecOps Working Groups
- Creating Incentive Structures for Secure Coding Practices
- Conducting Effective Security Champions Program Kickoffs
- Identifying and Empowering Security Champions in Your Team
- Developing a Communication Framework for Security Incidents
- Running Blameless Postmortems for Security Failures
- Integrating Security Feedback Loops into Standups
- Creating a Team-Level Security KPI Dashboard
- Running Effective DevSecOps Awareness Workshops
- Using Gamification to Drive Secure Coding Adoption
- Drafting a DevSecOps Playbook for Your Team
- Facilitating Leadership Buy-In with Data-Driven Proposals
- Negotiating Budget and Resources for Tooling and Training
Module 3: DevSecOps Frameworks and Standards - Applying NIST SP 800-160 in DevSecOps Architectures
- Implementing CIS Controls in CI/CD Environments
- Integrating ISO/IEC 27001 Requirements into Development
- Mapping DevSecOps Controls to SOC 2 Compliance
- Using CSA CCM as a Cloud-Native Security Benchmark
- Embedding GDPR and Privacy by Design in Pipelines
- Applying MITRE ATT&CK for CI/CD Threat Modelling
- Mapping OWASP DevSecOps Top 10 to Real-World Workflows
- Integrating BSIMM Data into Your Maturity Assessment
- Using SANS DevSecOps Essential Cybersecurity Controls
- Adopting Tile-Based Security Frameworks for Visual Planning
- Creating a DevSecOps Control Matrix for Your Org
- Conducting a Gap Analysis Against Industry Benchmarks
- Aligning DevSecOps with Existing ITSM and Change Mgmt
- Integrating Security Requirements into User Stories
Module 4: Secure CI/CD Pipeline Architecture - Designing a Zero-Trust CI/CD Pipeline
- Securing the Build Agent Environment
- Hardening CI/CD Orchestration Servers
- Implementing Pipeline-as-Code Security
- Managing Secrets in Jenkins, GitLab CI, and GitHub Actions
- Using HashiCorp Vault for Dynamic Secret Injection
- Implementing Just-In-Time Access for Pipeline Permissions
- Creating Immutable Build Artifacts with Content Trust
- Signing Artifacts with Sigstore and Cosign
- Verifying Provenance with SLSA Framework
- Designing Pipeline Resilience Against Supply Chain Attacks
- Securing Webhooks and API Endpoints in CI/CD
- Integrating Rate Limiting and Throttling Mechanisms
- Implementing Pipeline-Level Network Segmentation
- Creating Audit Trails for All Pipeline Activities
Module 5: Static Application Security Testing (SAST) - Choosing the Right SAST Tool for Your Tech Stack
- Integrating SonarQube with Quality Gate Enforcement
- Configuring Checkmarx for Custom Rule Sets
- Using Semgrep for Lightweight, Language-Specific Rules
- Writing Custom SAST Rules for Business Logic Flaws
- Reducing False Positives with Context-Aware Analysis
- Integrating SAST Results into Pull Request Workflows
- Automating Remediation Guidance for Developers
- Implementing SAST in Pre-Commit Hooks
- Analysing SAST Findings with Centralised Dashboards
- Creating Developer-Friendly Security Feedback Loops
- Mapping SAST Results to CWE and Common Vulnerabilities
- Setting Thresholds for Pipeline Blockers
- Onboarding Legacy Codebases to Incremental SAST
- Measuring SAST Coverage and Developer Adoption
Module 6: Dynamic and Interactive Application Security Testing (DAST/IAST) - Selecting DAST Tools for Modern APIs and Microservices
- Configuring OWASP ZAP for Automated Scanning
- Integrating Burp Suite Enterprise into CI/CD
- Using Contrast Security for Runtime IAST Protection
- Differentiating Between DAST, IAST, and RASP
- Setting Up Staging Environments for Secure DAST Runs
- Automating DAST Scans in Nightly Pipelines
- Integrating DAST Results with Jira and Ticketing Systems
- Creating Threshold-Based Fail Criteria for DAST
- Analysing Behavioural Patterns in Attack Simulation
- Validating Fixes with Retest Workflows
- Generating Executive-Ready DAST Summary Reports
- Reducing Noise with Intelligent Correlation Engines
- Handling Authentication in DAST for Protected Endpoints
- Running Context-Aware Scans with Logged-In User States
Module 7: Software Composition Analysis (SCA) and Dependency Management - Scanning Dependencies with Snyk and Dependency-Check
- Integrating SCA into Pull Request Validation
- Automating License Compliance Checks
- Creating a Bill of Materials (SBOM) with Syft
- Analysing Vulnerabilities with Grype and Trivy
- Prioritising Remediation Based on Exploit Maturity
- Managing Transitive Dependencies in Deep Trees
- Enforcing Policy with SCA Gatekeeping Rules
- Integrating SCA Results into Developer IDEs
- Creating Domain-Specific Exemption Workflows
- Generating SBOMs for Third-Party Audits
- Using SPDX and CycloneDX Standards for Interoperability
- Automating Patch Suggestion Workflows
- Monitoring for Zero-Day Dependencies in Real Time
- Integrating Dependency Updates with Renovate and Dependabot
Module 8: Infrastructure as Code (IaC) Security - Securing Terraform Code with Checkov and tfsec
- Validating AWS CloudFormation Templates with cfn-nag
- Analysing Kubernetes YAML Files with Kube-Bench
- Enforcing IaC Policies in Pre-Merge Reviews
- Detecting Drift Between IaC and Live Environments
- Preventing Hardcoded Secrets in IaC Templates
- Implementing IaC Scanning in CI/CD Gateways
- Integrating IaC Findings into Developer Notifications
- Creating Custom Rules for Organisational Guardrails
- Using Open Policy Agent (OPA) for Cross-Platform Checks
- Validating IaC Against AWS Well-Architected Framework
- Automating Remediation Playbooks for Common Misconfigs
- Generating Compliance Evidence from IaC Scans
- Scaling IaC Security Across Multi-Team Repositories
- Reviewing Pull Requests with Automated IaC Insights
Module 9: Container and Kubernetes Security - Scanning Container Images with Trivy and Clair
- Enforcing Minimal Base Images and Distros
- Removing Unnecessary Packages and Binaries
- Implementing Image Signing and Attestation
- Setting Read-Only Root Filesystems
- Running Containers as Non-Root Users
- Limiting Container Capabilities and Seccomp Profiles
- Applying AppArmor and SELinux Policies
- Analysing Kubernetes Pod Security Policies
- Using Pod Security Admission (PSA) in Clusters
- Implementing Network Policies for Microsegmentation
- Hardening etcd, kubelet, and Control Plane Components
- Monitoring for Anomalous Cluster Behaviour
- Integrating Falco for Runtime Threat Detection
- Creating Namespace Isolation Rules for Multi-Tenant Use
Module 10: Cloud Security Posture Management (CSPM) - Integrating AWS Config with Custom Rules
- Using Azure Security Center for Continuous Monitoring
- Applying Google Security Command Center Policies
- Detecting Public S3 Buckets and Improper IAM Roles
- Automating Remediation with AWS Systems Manager
- Creating Custom Cloud Custodian Policies
- Monitoring for Unapproved Resource Creation
- Integrating CSPM Alerts with Incident Response Tools
- Establishing Baseline Cloud Security Configurations
- Generating CSPM Compliance Reports for Auditors
- Tracking Drift from Approved Security Templates
- Implementing Tagging Standards for Accountability
- Managing Multi-Account and Multi-Region Postures
- Reducing Noise with Contextual Alert Prioritisation
- Linking CSPM Events to Developer Ownership
Module 11: Threat Modelling and Risk Prioritisation - Applying STRIDE to CI/CD Pipeline Components
- Using Data Flow Diagrams for Pipeline Visualisation
- Conducting Threat Modelling Workshops with Dev Teams
- Automating Threat Model Updates with Pipeline Events
- Integrating Threat-Centric Risk Scoring (TCRS)
- Prioritising Risks Using DREAD and PASTA Frameworks
- Creating Threat Libraries for Reusable Analysis
- Linking Threats to Specific Security Controls
- Generating Evidence-Based Risk Registers
- Mapping Controls to MITRE ATT&CK Techniques
- Updating Threat Models After Major Architecture Changes
- Using Auto-Generated Threat Models from Code Analysis
- Documenting Risk Acceptance and Exception Workflows
- Presenting Risk Heatmaps to Technical and Non-Technical Stakeholders
- Integrating Threat Modelling into Sprint Planning
Module 12: Automation and Orchestration Strategies - Building Self-Healing Pipelines for Security Events
- Automating Security Patch Deployment Workflows
- Using Event-Driven Architecture for Security Alerts
- Orchestrating Remediation with Ansible and Runbooks
- Creating Feedback Loops Between Detection and Fixing
- Integrating Security Automation with PagerDuty and Opsgenie
- Designing State Machines for Vulnerability Lifecycle
- Using GitOps for Secure, Version-Controlled Operations
- Automating Policy Enforcement with CI/CD Hooks
- Scaling Automation Across Multiple Repositories
- Managing Configuration Drift with Automated Audits
- Creating Centralised Security Automation Dashboards
- Implementing Automated Rollback Triggers
- Validating Automation with Structured Testing
- Logging and Monitoring All Automation Actions
Module 13: Metrics, Monitoring, and Reporting - Defining Key DevSecOps Performance Indicators (KPIs)
- Measuring Mean Time to Detect (MTTD) and Mean Time to Remediate (MTTR)
- Tracking Security Control Coverage Across Applications
- Monitoring Developer Engagement with Security Tools
- Calculating Reduction in Critical Vulnerabilities Over Time
- Generating Visual Reports for Engineering Leadership
- Creating Board-Ready Security Dashboards
- Linking Security Metrics to Business Outcomes
- Using Data to Drive Cultural Change Initiatives
- Implementing Real-Time Anomaly Detection Rules
- Setting Up Proactive Alerting for Security Degradation
- Correlating Security Events Across Tools and Teams
- Creating Monthly DevSecOps Scorecards
- Analysing Tool Usage and Adoption Trends
- Presenting Progress to CISO and Executive Teams
Module 14: Real-World Implementation Projects - Project 1: Design a Secure CI/CD Pipeline from Scratch
- Project 2: Implement Automated SAST/SBOM Generation
- Project 3: Secure a Legacy Monolith with Gradual Integration
- Project 4: Create a DevSecOps Rollout Plan for Your Team
- Project 5: Build a Multi-Cloud Security Baseline
- Project 6: Run a Threat Modelling Workshop with Documentation
- Project 7: Generate a Board-Ready DevSecOps Proposal
- Project 8: Audit and Remediate a Vulnerable Kubernetes Cluster
- Project 9: Implement an Organisation-Wide SCA Policy
- Project 10: Create a Security Champions Enablement Kit
- Establishing Success Criteria for Each Project
- Using Templates and Checklists for Consistency
- Conducting Peer Reviews of Implementation Plans
- Documenting Lessons Learned and Iteration Plans
- Linking Project Outcomes to Certification Requirements
Module 15: Certification, Career Advancement, and Next Steps - Preparing for the Final Certification Assessment
- Reviewing Key Concepts and Implementation Patterns
- Submitting Your DevSecOps Implementation Portfolio
- Receiving Your Verified Certificate of Completion
- Adding Your Credential to LinkedIn and Resumes
- Using the Certificate to Advocate for Promotions
- Accessing Alumni-Only Resources and Updates
- Joining the Global DevSecOps Practitioner Network
- Contribution Opportunities for Certified Members
- Advanced Learning Pathways in Cloud Security and SRE
- Transitioning into DevSecOps Leadership Roles
- Speaking at Conferences with Credible Authority
- Mentoring Others Using Official Art of Service Materials
- Automating Your Personal DevSecOps Learning Path
- Staying Ahead with Monthly Expert Insights and Updates
- Understanding the Evolution from DevOps to DevSecOps
- Key Differences Between Traditional Security and DevSecOps
- The Shared Responsibility Model in Modern Software Delivery
- Introducing the DevSecOps Maturity Continuum
- Identifying Common Anti-Patterns and Organisational Blockers
- The Psychology of Security Resistance in Engineering Teams
- Establishing Security as a Service, Not a Gatekeeper
- Defining Core DevSecOps Principles: Shift Left, Automate, Integrate
- Integrating Security into the Development Lifecycle Stages
- Creating a DevSecOps Vision Statement for Your Organisation
- Measuring the Business Impact of Insecure Deployments
- Understanding the Cost of Delay in Security Integration
- Mapping Your Current Pipeline to DevSecOps Readiness
- Conducting a Preliminary Risk Exposure Assessment
- Building Your First DevSecOps Readiness Scorecard
Module 2: Cultural and Organisational Transformation - The Role of Psychological Safety in Security Adoption
- Breaking Down Silos: Bridging Dev, Ops, and Sec Teams
- Designing Cross-Functional DevSecOps Working Groups
- Creating Incentive Structures for Secure Coding Practices
- Conducting Effective Security Champions Program Kickoffs
- Identifying and Empowering Security Champions in Your Team
- Developing a Communication Framework for Security Incidents
- Running Blameless Postmortems for Security Failures
- Integrating Security Feedback Loops into Standups
- Creating a Team-Level Security KPI Dashboard
- Running Effective DevSecOps Awareness Workshops
- Using Gamification to Drive Secure Coding Adoption
- Drafting a DevSecOps Playbook for Your Team
- Facilitating Leadership Buy-In with Data-Driven Proposals
- Negotiating Budget and Resources for Tooling and Training
Module 3: DevSecOps Frameworks and Standards - Applying NIST SP 800-160 in DevSecOps Architectures
- Implementing CIS Controls in CI/CD Environments
- Integrating ISO/IEC 27001 Requirements into Development
- Mapping DevSecOps Controls to SOC 2 Compliance
- Using CSA CCM as a Cloud-Native Security Benchmark
- Embedding GDPR and Privacy by Design in Pipelines
- Applying MITRE ATT&CK for CI/CD Threat Modelling
- Mapping OWASP DevSecOps Top 10 to Real-World Workflows
- Integrating BSIMM Data into Your Maturity Assessment
- Using SANS DevSecOps Essential Cybersecurity Controls
- Adopting Tile-Based Security Frameworks for Visual Planning
- Creating a DevSecOps Control Matrix for Your Org
- Conducting a Gap Analysis Against Industry Benchmarks
- Aligning DevSecOps with Existing ITSM and Change Mgmt
- Integrating Security Requirements into User Stories
Module 4: Secure CI/CD Pipeline Architecture - Designing a Zero-Trust CI/CD Pipeline
- Securing the Build Agent Environment
- Hardening CI/CD Orchestration Servers
- Implementing Pipeline-as-Code Security
- Managing Secrets in Jenkins, GitLab CI, and GitHub Actions
- Using HashiCorp Vault for Dynamic Secret Injection
- Implementing Just-In-Time Access for Pipeline Permissions
- Creating Immutable Build Artifacts with Content Trust
- Signing Artifacts with Sigstore and Cosign
- Verifying Provenance with SLSA Framework
- Designing Pipeline Resilience Against Supply Chain Attacks
- Securing Webhooks and API Endpoints in CI/CD
- Integrating Rate Limiting and Throttling Mechanisms
- Implementing Pipeline-Level Network Segmentation
- Creating Audit Trails for All Pipeline Activities
Module 5: Static Application Security Testing (SAST) - Choosing the Right SAST Tool for Your Tech Stack
- Integrating SonarQube with Quality Gate Enforcement
- Configuring Checkmarx for Custom Rule Sets
- Using Semgrep for Lightweight, Language-Specific Rules
- Writing Custom SAST Rules for Business Logic Flaws
- Reducing False Positives with Context-Aware Analysis
- Integrating SAST Results into Pull Request Workflows
- Automating Remediation Guidance for Developers
- Implementing SAST in Pre-Commit Hooks
- Analysing SAST Findings with Centralised Dashboards
- Creating Developer-Friendly Security Feedback Loops
- Mapping SAST Results to CWE and Common Vulnerabilities
- Setting Thresholds for Pipeline Blockers
- Onboarding Legacy Codebases to Incremental SAST
- Measuring SAST Coverage and Developer Adoption
Module 6: Dynamic and Interactive Application Security Testing (DAST/IAST) - Selecting DAST Tools for Modern APIs and Microservices
- Configuring OWASP ZAP for Automated Scanning
- Integrating Burp Suite Enterprise into CI/CD
- Using Contrast Security for Runtime IAST Protection
- Differentiating Between DAST, IAST, and RASP
- Setting Up Staging Environments for Secure DAST Runs
- Automating DAST Scans in Nightly Pipelines
- Integrating DAST Results with Jira and Ticketing Systems
- Creating Threshold-Based Fail Criteria for DAST
- Analysing Behavioural Patterns in Attack Simulation
- Validating Fixes with Retest Workflows
- Generating Executive-Ready DAST Summary Reports
- Reducing Noise with Intelligent Correlation Engines
- Handling Authentication in DAST for Protected Endpoints
- Running Context-Aware Scans with Logged-In User States
Module 7: Software Composition Analysis (SCA) and Dependency Management - Scanning Dependencies with Snyk and Dependency-Check
- Integrating SCA into Pull Request Validation
- Automating License Compliance Checks
- Creating a Bill of Materials (SBOM) with Syft
- Analysing Vulnerabilities with Grype and Trivy
- Prioritising Remediation Based on Exploit Maturity
- Managing Transitive Dependencies in Deep Trees
- Enforcing Policy with SCA Gatekeeping Rules
- Integrating SCA Results into Developer IDEs
- Creating Domain-Specific Exemption Workflows
- Generating SBOMs for Third-Party Audits
- Using SPDX and CycloneDX Standards for Interoperability
- Automating Patch Suggestion Workflows
- Monitoring for Zero-Day Dependencies in Real Time
- Integrating Dependency Updates with Renovate and Dependabot
Module 8: Infrastructure as Code (IaC) Security - Securing Terraform Code with Checkov and tfsec
- Validating AWS CloudFormation Templates with cfn-nag
- Analysing Kubernetes YAML Files with Kube-Bench
- Enforcing IaC Policies in Pre-Merge Reviews
- Detecting Drift Between IaC and Live Environments
- Preventing Hardcoded Secrets in IaC Templates
- Implementing IaC Scanning in CI/CD Gateways
- Integrating IaC Findings into Developer Notifications
- Creating Custom Rules for Organisational Guardrails
- Using Open Policy Agent (OPA) for Cross-Platform Checks
- Validating IaC Against AWS Well-Architected Framework
- Automating Remediation Playbooks for Common Misconfigs
- Generating Compliance Evidence from IaC Scans
- Scaling IaC Security Across Multi-Team Repositories
- Reviewing Pull Requests with Automated IaC Insights
Module 9: Container and Kubernetes Security - Scanning Container Images with Trivy and Clair
- Enforcing Minimal Base Images and Distros
- Removing Unnecessary Packages and Binaries
- Implementing Image Signing and Attestation
- Setting Read-Only Root Filesystems
- Running Containers as Non-Root Users
- Limiting Container Capabilities and Seccomp Profiles
- Applying AppArmor and SELinux Policies
- Analysing Kubernetes Pod Security Policies
- Using Pod Security Admission (PSA) in Clusters
- Implementing Network Policies for Microsegmentation
- Hardening etcd, kubelet, and Control Plane Components
- Monitoring for Anomalous Cluster Behaviour
- Integrating Falco for Runtime Threat Detection
- Creating Namespace Isolation Rules for Multi-Tenant Use
Module 10: Cloud Security Posture Management (CSPM) - Integrating AWS Config with Custom Rules
- Using Azure Security Center for Continuous Monitoring
- Applying Google Security Command Center Policies
- Detecting Public S3 Buckets and Improper IAM Roles
- Automating Remediation with AWS Systems Manager
- Creating Custom Cloud Custodian Policies
- Monitoring for Unapproved Resource Creation
- Integrating CSPM Alerts with Incident Response Tools
- Establishing Baseline Cloud Security Configurations
- Generating CSPM Compliance Reports for Auditors
- Tracking Drift from Approved Security Templates
- Implementing Tagging Standards for Accountability
- Managing Multi-Account and Multi-Region Postures
- Reducing Noise with Contextual Alert Prioritisation
- Linking CSPM Events to Developer Ownership
Module 11: Threat Modelling and Risk Prioritisation - Applying STRIDE to CI/CD Pipeline Components
- Using Data Flow Diagrams for Pipeline Visualisation
- Conducting Threat Modelling Workshops with Dev Teams
- Automating Threat Model Updates with Pipeline Events
- Integrating Threat-Centric Risk Scoring (TCRS)
- Prioritising Risks Using DREAD and PASTA Frameworks
- Creating Threat Libraries for Reusable Analysis
- Linking Threats to Specific Security Controls
- Generating Evidence-Based Risk Registers
- Mapping Controls to MITRE ATT&CK Techniques
- Updating Threat Models After Major Architecture Changes
- Using Auto-Generated Threat Models from Code Analysis
- Documenting Risk Acceptance and Exception Workflows
- Presenting Risk Heatmaps to Technical and Non-Technical Stakeholders
- Integrating Threat Modelling into Sprint Planning
Module 12: Automation and Orchestration Strategies - Building Self-Healing Pipelines for Security Events
- Automating Security Patch Deployment Workflows
- Using Event-Driven Architecture for Security Alerts
- Orchestrating Remediation with Ansible and Runbooks
- Creating Feedback Loops Between Detection and Fixing
- Integrating Security Automation with PagerDuty and Opsgenie
- Designing State Machines for Vulnerability Lifecycle
- Using GitOps for Secure, Version-Controlled Operations
- Automating Policy Enforcement with CI/CD Hooks
- Scaling Automation Across Multiple Repositories
- Managing Configuration Drift with Automated Audits
- Creating Centralised Security Automation Dashboards
- Implementing Automated Rollback Triggers
- Validating Automation with Structured Testing
- Logging and Monitoring All Automation Actions
Module 13: Metrics, Monitoring, and Reporting - Defining Key DevSecOps Performance Indicators (KPIs)
- Measuring Mean Time to Detect (MTTD) and Mean Time to Remediate (MTTR)
- Tracking Security Control Coverage Across Applications
- Monitoring Developer Engagement with Security Tools
- Calculating Reduction in Critical Vulnerabilities Over Time
- Generating Visual Reports for Engineering Leadership
- Creating Board-Ready Security Dashboards
- Linking Security Metrics to Business Outcomes
- Using Data to Drive Cultural Change Initiatives
- Implementing Real-Time Anomaly Detection Rules
- Setting Up Proactive Alerting for Security Degradation
- Correlating Security Events Across Tools and Teams
- Creating Monthly DevSecOps Scorecards
- Analysing Tool Usage and Adoption Trends
- Presenting Progress to CISO and Executive Teams
Module 14: Real-World Implementation Projects - Project 1: Design a Secure CI/CD Pipeline from Scratch
- Project 2: Implement Automated SAST/SBOM Generation
- Project 3: Secure a Legacy Monolith with Gradual Integration
- Project 4: Create a DevSecOps Rollout Plan for Your Team
- Project 5: Build a Multi-Cloud Security Baseline
- Project 6: Run a Threat Modelling Workshop with Documentation
- Project 7: Generate a Board-Ready DevSecOps Proposal
- Project 8: Audit and Remediate a Vulnerable Kubernetes Cluster
- Project 9: Implement an Organisation-Wide SCA Policy
- Project 10: Create a Security Champions Enablement Kit
- Establishing Success Criteria for Each Project
- Using Templates and Checklists for Consistency
- Conducting Peer Reviews of Implementation Plans
- Documenting Lessons Learned and Iteration Plans
- Linking Project Outcomes to Certification Requirements
Module 15: Certification, Career Advancement, and Next Steps - Preparing for the Final Certification Assessment
- Reviewing Key Concepts and Implementation Patterns
- Submitting Your DevSecOps Implementation Portfolio
- Receiving Your Verified Certificate of Completion
- Adding Your Credential to LinkedIn and Resumes
- Using the Certificate to Advocate for Promotions
- Accessing Alumni-Only Resources and Updates
- Joining the Global DevSecOps Practitioner Network
- Contribution Opportunities for Certified Members
- Advanced Learning Pathways in Cloud Security and SRE
- Transitioning into DevSecOps Leadership Roles
- Speaking at Conferences with Credible Authority
- Mentoring Others Using Official Art of Service Materials
- Automating Your Personal DevSecOps Learning Path
- Staying Ahead with Monthly Expert Insights and Updates
- Applying NIST SP 800-160 in DevSecOps Architectures
- Implementing CIS Controls in CI/CD Environments
- Integrating ISO/IEC 27001 Requirements into Development
- Mapping DevSecOps Controls to SOC 2 Compliance
- Using CSA CCM as a Cloud-Native Security Benchmark
- Embedding GDPR and Privacy by Design in Pipelines
- Applying MITRE ATT&CK for CI/CD Threat Modelling
- Mapping OWASP DevSecOps Top 10 to Real-World Workflows
- Integrating BSIMM Data into Your Maturity Assessment
- Using SANS DevSecOps Essential Cybersecurity Controls
- Adopting Tile-Based Security Frameworks for Visual Planning
- Creating a DevSecOps Control Matrix for Your Org
- Conducting a Gap Analysis Against Industry Benchmarks
- Aligning DevSecOps with Existing ITSM and Change Mgmt
- Integrating Security Requirements into User Stories
Module 4: Secure CI/CD Pipeline Architecture - Designing a Zero-Trust CI/CD Pipeline
- Securing the Build Agent Environment
- Hardening CI/CD Orchestration Servers
- Implementing Pipeline-as-Code Security
- Managing Secrets in Jenkins, GitLab CI, and GitHub Actions
- Using HashiCorp Vault for Dynamic Secret Injection
- Implementing Just-In-Time Access for Pipeline Permissions
- Creating Immutable Build Artifacts with Content Trust
- Signing Artifacts with Sigstore and Cosign
- Verifying Provenance with SLSA Framework
- Designing Pipeline Resilience Against Supply Chain Attacks
- Securing Webhooks and API Endpoints in CI/CD
- Integrating Rate Limiting and Throttling Mechanisms
- Implementing Pipeline-Level Network Segmentation
- Creating Audit Trails for All Pipeline Activities
Module 5: Static Application Security Testing (SAST) - Choosing the Right SAST Tool for Your Tech Stack
- Integrating SonarQube with Quality Gate Enforcement
- Configuring Checkmarx for Custom Rule Sets
- Using Semgrep for Lightweight, Language-Specific Rules
- Writing Custom SAST Rules for Business Logic Flaws
- Reducing False Positives with Context-Aware Analysis
- Integrating SAST Results into Pull Request Workflows
- Automating Remediation Guidance for Developers
- Implementing SAST in Pre-Commit Hooks
- Analysing SAST Findings with Centralised Dashboards
- Creating Developer-Friendly Security Feedback Loops
- Mapping SAST Results to CWE and Common Vulnerabilities
- Setting Thresholds for Pipeline Blockers
- Onboarding Legacy Codebases to Incremental SAST
- Measuring SAST Coverage and Developer Adoption
Module 6: Dynamic and Interactive Application Security Testing (DAST/IAST) - Selecting DAST Tools for Modern APIs and Microservices
- Configuring OWASP ZAP for Automated Scanning
- Integrating Burp Suite Enterprise into CI/CD
- Using Contrast Security for Runtime IAST Protection
- Differentiating Between DAST, IAST, and RASP
- Setting Up Staging Environments for Secure DAST Runs
- Automating DAST Scans in Nightly Pipelines
- Integrating DAST Results with Jira and Ticketing Systems
- Creating Threshold-Based Fail Criteria for DAST
- Analysing Behavioural Patterns in Attack Simulation
- Validating Fixes with Retest Workflows
- Generating Executive-Ready DAST Summary Reports
- Reducing Noise with Intelligent Correlation Engines
- Handling Authentication in DAST for Protected Endpoints
- Running Context-Aware Scans with Logged-In User States
Module 7: Software Composition Analysis (SCA) and Dependency Management - Scanning Dependencies with Snyk and Dependency-Check
- Integrating SCA into Pull Request Validation
- Automating License Compliance Checks
- Creating a Bill of Materials (SBOM) with Syft
- Analysing Vulnerabilities with Grype and Trivy
- Prioritising Remediation Based on Exploit Maturity
- Managing Transitive Dependencies in Deep Trees
- Enforcing Policy with SCA Gatekeeping Rules
- Integrating SCA Results into Developer IDEs
- Creating Domain-Specific Exemption Workflows
- Generating SBOMs for Third-Party Audits
- Using SPDX and CycloneDX Standards for Interoperability
- Automating Patch Suggestion Workflows
- Monitoring for Zero-Day Dependencies in Real Time
- Integrating Dependency Updates with Renovate and Dependabot
Module 8: Infrastructure as Code (IaC) Security - Securing Terraform Code with Checkov and tfsec
- Validating AWS CloudFormation Templates with cfn-nag
- Analysing Kubernetes YAML Files with Kube-Bench
- Enforcing IaC Policies in Pre-Merge Reviews
- Detecting Drift Between IaC and Live Environments
- Preventing Hardcoded Secrets in IaC Templates
- Implementing IaC Scanning in CI/CD Gateways
- Integrating IaC Findings into Developer Notifications
- Creating Custom Rules for Organisational Guardrails
- Using Open Policy Agent (OPA) for Cross-Platform Checks
- Validating IaC Against AWS Well-Architected Framework
- Automating Remediation Playbooks for Common Misconfigs
- Generating Compliance Evidence from IaC Scans
- Scaling IaC Security Across Multi-Team Repositories
- Reviewing Pull Requests with Automated IaC Insights
Module 9: Container and Kubernetes Security - Scanning Container Images with Trivy and Clair
- Enforcing Minimal Base Images and Distros
- Removing Unnecessary Packages and Binaries
- Implementing Image Signing and Attestation
- Setting Read-Only Root Filesystems
- Running Containers as Non-Root Users
- Limiting Container Capabilities and Seccomp Profiles
- Applying AppArmor and SELinux Policies
- Analysing Kubernetes Pod Security Policies
- Using Pod Security Admission (PSA) in Clusters
- Implementing Network Policies for Microsegmentation
- Hardening etcd, kubelet, and Control Plane Components
- Monitoring for Anomalous Cluster Behaviour
- Integrating Falco for Runtime Threat Detection
- Creating Namespace Isolation Rules for Multi-Tenant Use
Module 10: Cloud Security Posture Management (CSPM) - Integrating AWS Config with Custom Rules
- Using Azure Security Center for Continuous Monitoring
- Applying Google Security Command Center Policies
- Detecting Public S3 Buckets and Improper IAM Roles
- Automating Remediation with AWS Systems Manager
- Creating Custom Cloud Custodian Policies
- Monitoring for Unapproved Resource Creation
- Integrating CSPM Alerts with Incident Response Tools
- Establishing Baseline Cloud Security Configurations
- Generating CSPM Compliance Reports for Auditors
- Tracking Drift from Approved Security Templates
- Implementing Tagging Standards for Accountability
- Managing Multi-Account and Multi-Region Postures
- Reducing Noise with Contextual Alert Prioritisation
- Linking CSPM Events to Developer Ownership
Module 11: Threat Modelling and Risk Prioritisation - Applying STRIDE to CI/CD Pipeline Components
- Using Data Flow Diagrams for Pipeline Visualisation
- Conducting Threat Modelling Workshops with Dev Teams
- Automating Threat Model Updates with Pipeline Events
- Integrating Threat-Centric Risk Scoring (TCRS)
- Prioritising Risks Using DREAD and PASTA Frameworks
- Creating Threat Libraries for Reusable Analysis
- Linking Threats to Specific Security Controls
- Generating Evidence-Based Risk Registers
- Mapping Controls to MITRE ATT&CK Techniques
- Updating Threat Models After Major Architecture Changes
- Using Auto-Generated Threat Models from Code Analysis
- Documenting Risk Acceptance and Exception Workflows
- Presenting Risk Heatmaps to Technical and Non-Technical Stakeholders
- Integrating Threat Modelling into Sprint Planning
Module 12: Automation and Orchestration Strategies - Building Self-Healing Pipelines for Security Events
- Automating Security Patch Deployment Workflows
- Using Event-Driven Architecture for Security Alerts
- Orchestrating Remediation with Ansible and Runbooks
- Creating Feedback Loops Between Detection and Fixing
- Integrating Security Automation with PagerDuty and Opsgenie
- Designing State Machines for Vulnerability Lifecycle
- Using GitOps for Secure, Version-Controlled Operations
- Automating Policy Enforcement with CI/CD Hooks
- Scaling Automation Across Multiple Repositories
- Managing Configuration Drift with Automated Audits
- Creating Centralised Security Automation Dashboards
- Implementing Automated Rollback Triggers
- Validating Automation with Structured Testing
- Logging and Monitoring All Automation Actions
Module 13: Metrics, Monitoring, and Reporting - Defining Key DevSecOps Performance Indicators (KPIs)
- Measuring Mean Time to Detect (MTTD) and Mean Time to Remediate (MTTR)
- Tracking Security Control Coverage Across Applications
- Monitoring Developer Engagement with Security Tools
- Calculating Reduction in Critical Vulnerabilities Over Time
- Generating Visual Reports for Engineering Leadership
- Creating Board-Ready Security Dashboards
- Linking Security Metrics to Business Outcomes
- Using Data to Drive Cultural Change Initiatives
- Implementing Real-Time Anomaly Detection Rules
- Setting Up Proactive Alerting for Security Degradation
- Correlating Security Events Across Tools and Teams
- Creating Monthly DevSecOps Scorecards
- Analysing Tool Usage and Adoption Trends
- Presenting Progress to CISO and Executive Teams
Module 14: Real-World Implementation Projects - Project 1: Design a Secure CI/CD Pipeline from Scratch
- Project 2: Implement Automated SAST/SBOM Generation
- Project 3: Secure a Legacy Monolith with Gradual Integration
- Project 4: Create a DevSecOps Rollout Plan for Your Team
- Project 5: Build a Multi-Cloud Security Baseline
- Project 6: Run a Threat Modelling Workshop with Documentation
- Project 7: Generate a Board-Ready DevSecOps Proposal
- Project 8: Audit and Remediate a Vulnerable Kubernetes Cluster
- Project 9: Implement an Organisation-Wide SCA Policy
- Project 10: Create a Security Champions Enablement Kit
- Establishing Success Criteria for Each Project
- Using Templates and Checklists for Consistency
- Conducting Peer Reviews of Implementation Plans
- Documenting Lessons Learned and Iteration Plans
- Linking Project Outcomes to Certification Requirements
Module 15: Certification, Career Advancement, and Next Steps - Preparing for the Final Certification Assessment
- Reviewing Key Concepts and Implementation Patterns
- Submitting Your DevSecOps Implementation Portfolio
- Receiving Your Verified Certificate of Completion
- Adding Your Credential to LinkedIn and Resumes
- Using the Certificate to Advocate for Promotions
- Accessing Alumni-Only Resources and Updates
- Joining the Global DevSecOps Practitioner Network
- Contribution Opportunities for Certified Members
- Advanced Learning Pathways in Cloud Security and SRE
- Transitioning into DevSecOps Leadership Roles
- Speaking at Conferences with Credible Authority
- Mentoring Others Using Official Art of Service Materials
- Automating Your Personal DevSecOps Learning Path
- Staying Ahead with Monthly Expert Insights and Updates
- Choosing the Right SAST Tool for Your Tech Stack
- Integrating SonarQube with Quality Gate Enforcement
- Configuring Checkmarx for Custom Rule Sets
- Using Semgrep for Lightweight, Language-Specific Rules
- Writing Custom SAST Rules for Business Logic Flaws
- Reducing False Positives with Context-Aware Analysis
- Integrating SAST Results into Pull Request Workflows
- Automating Remediation Guidance for Developers
- Implementing SAST in Pre-Commit Hooks
- Analysing SAST Findings with Centralised Dashboards
- Creating Developer-Friendly Security Feedback Loops
- Mapping SAST Results to CWE and Common Vulnerabilities
- Setting Thresholds for Pipeline Blockers
- Onboarding Legacy Codebases to Incremental SAST
- Measuring SAST Coverage and Developer Adoption
Module 6: Dynamic and Interactive Application Security Testing (DAST/IAST) - Selecting DAST Tools for Modern APIs and Microservices
- Configuring OWASP ZAP for Automated Scanning
- Integrating Burp Suite Enterprise into CI/CD
- Using Contrast Security for Runtime IAST Protection
- Differentiating Between DAST, IAST, and RASP
- Setting Up Staging Environments for Secure DAST Runs
- Automating DAST Scans in Nightly Pipelines
- Integrating DAST Results with Jira and Ticketing Systems
- Creating Threshold-Based Fail Criteria for DAST
- Analysing Behavioural Patterns in Attack Simulation
- Validating Fixes with Retest Workflows
- Generating Executive-Ready DAST Summary Reports
- Reducing Noise with Intelligent Correlation Engines
- Handling Authentication in DAST for Protected Endpoints
- Running Context-Aware Scans with Logged-In User States
Module 7: Software Composition Analysis (SCA) and Dependency Management - Scanning Dependencies with Snyk and Dependency-Check
- Integrating SCA into Pull Request Validation
- Automating License Compliance Checks
- Creating a Bill of Materials (SBOM) with Syft
- Analysing Vulnerabilities with Grype and Trivy
- Prioritising Remediation Based on Exploit Maturity
- Managing Transitive Dependencies in Deep Trees
- Enforcing Policy with SCA Gatekeeping Rules
- Integrating SCA Results into Developer IDEs
- Creating Domain-Specific Exemption Workflows
- Generating SBOMs for Third-Party Audits
- Using SPDX and CycloneDX Standards for Interoperability
- Automating Patch Suggestion Workflows
- Monitoring for Zero-Day Dependencies in Real Time
- Integrating Dependency Updates with Renovate and Dependabot
Module 8: Infrastructure as Code (IaC) Security - Securing Terraform Code with Checkov and tfsec
- Validating AWS CloudFormation Templates with cfn-nag
- Analysing Kubernetes YAML Files with Kube-Bench
- Enforcing IaC Policies in Pre-Merge Reviews
- Detecting Drift Between IaC and Live Environments
- Preventing Hardcoded Secrets in IaC Templates
- Implementing IaC Scanning in CI/CD Gateways
- Integrating IaC Findings into Developer Notifications
- Creating Custom Rules for Organisational Guardrails
- Using Open Policy Agent (OPA) for Cross-Platform Checks
- Validating IaC Against AWS Well-Architected Framework
- Automating Remediation Playbooks for Common Misconfigs
- Generating Compliance Evidence from IaC Scans
- Scaling IaC Security Across Multi-Team Repositories
- Reviewing Pull Requests with Automated IaC Insights
Module 9: Container and Kubernetes Security - Scanning Container Images with Trivy and Clair
- Enforcing Minimal Base Images and Distros
- Removing Unnecessary Packages and Binaries
- Implementing Image Signing and Attestation
- Setting Read-Only Root Filesystems
- Running Containers as Non-Root Users
- Limiting Container Capabilities and Seccomp Profiles
- Applying AppArmor and SELinux Policies
- Analysing Kubernetes Pod Security Policies
- Using Pod Security Admission (PSA) in Clusters
- Implementing Network Policies for Microsegmentation
- Hardening etcd, kubelet, and Control Plane Components
- Monitoring for Anomalous Cluster Behaviour
- Integrating Falco for Runtime Threat Detection
- Creating Namespace Isolation Rules for Multi-Tenant Use
Module 10: Cloud Security Posture Management (CSPM) - Integrating AWS Config with Custom Rules
- Using Azure Security Center for Continuous Monitoring
- Applying Google Security Command Center Policies
- Detecting Public S3 Buckets and Improper IAM Roles
- Automating Remediation with AWS Systems Manager
- Creating Custom Cloud Custodian Policies
- Monitoring for Unapproved Resource Creation
- Integrating CSPM Alerts with Incident Response Tools
- Establishing Baseline Cloud Security Configurations
- Generating CSPM Compliance Reports for Auditors
- Tracking Drift from Approved Security Templates
- Implementing Tagging Standards for Accountability
- Managing Multi-Account and Multi-Region Postures
- Reducing Noise with Contextual Alert Prioritisation
- Linking CSPM Events to Developer Ownership
Module 11: Threat Modelling and Risk Prioritisation - Applying STRIDE to CI/CD Pipeline Components
- Using Data Flow Diagrams for Pipeline Visualisation
- Conducting Threat Modelling Workshops with Dev Teams
- Automating Threat Model Updates with Pipeline Events
- Integrating Threat-Centric Risk Scoring (TCRS)
- Prioritising Risks Using DREAD and PASTA Frameworks
- Creating Threat Libraries for Reusable Analysis
- Linking Threats to Specific Security Controls
- Generating Evidence-Based Risk Registers
- Mapping Controls to MITRE ATT&CK Techniques
- Updating Threat Models After Major Architecture Changes
- Using Auto-Generated Threat Models from Code Analysis
- Documenting Risk Acceptance and Exception Workflows
- Presenting Risk Heatmaps to Technical and Non-Technical Stakeholders
- Integrating Threat Modelling into Sprint Planning
Module 12: Automation and Orchestration Strategies - Building Self-Healing Pipelines for Security Events
- Automating Security Patch Deployment Workflows
- Using Event-Driven Architecture for Security Alerts
- Orchestrating Remediation with Ansible and Runbooks
- Creating Feedback Loops Between Detection and Fixing
- Integrating Security Automation with PagerDuty and Opsgenie
- Designing State Machines for Vulnerability Lifecycle
- Using GitOps for Secure, Version-Controlled Operations
- Automating Policy Enforcement with CI/CD Hooks
- Scaling Automation Across Multiple Repositories
- Managing Configuration Drift with Automated Audits
- Creating Centralised Security Automation Dashboards
- Implementing Automated Rollback Triggers
- Validating Automation with Structured Testing
- Logging and Monitoring All Automation Actions
Module 13: Metrics, Monitoring, and Reporting - Defining Key DevSecOps Performance Indicators (KPIs)
- Measuring Mean Time to Detect (MTTD) and Mean Time to Remediate (MTTR)
- Tracking Security Control Coverage Across Applications
- Monitoring Developer Engagement with Security Tools
- Calculating Reduction in Critical Vulnerabilities Over Time
- Generating Visual Reports for Engineering Leadership
- Creating Board-Ready Security Dashboards
- Linking Security Metrics to Business Outcomes
- Using Data to Drive Cultural Change Initiatives
- Implementing Real-Time Anomaly Detection Rules
- Setting Up Proactive Alerting for Security Degradation
- Correlating Security Events Across Tools and Teams
- Creating Monthly DevSecOps Scorecards
- Analysing Tool Usage and Adoption Trends
- Presenting Progress to CISO and Executive Teams
Module 14: Real-World Implementation Projects - Project 1: Design a Secure CI/CD Pipeline from Scratch
- Project 2: Implement Automated SAST/SBOM Generation
- Project 3: Secure a Legacy Monolith with Gradual Integration
- Project 4: Create a DevSecOps Rollout Plan for Your Team
- Project 5: Build a Multi-Cloud Security Baseline
- Project 6: Run a Threat Modelling Workshop with Documentation
- Project 7: Generate a Board-Ready DevSecOps Proposal
- Project 8: Audit and Remediate a Vulnerable Kubernetes Cluster
- Project 9: Implement an Organisation-Wide SCA Policy
- Project 10: Create a Security Champions Enablement Kit
- Establishing Success Criteria for Each Project
- Using Templates and Checklists for Consistency
- Conducting Peer Reviews of Implementation Plans
- Documenting Lessons Learned and Iteration Plans
- Linking Project Outcomes to Certification Requirements
Module 15: Certification, Career Advancement, and Next Steps - Preparing for the Final Certification Assessment
- Reviewing Key Concepts and Implementation Patterns
- Submitting Your DevSecOps Implementation Portfolio
- Receiving Your Verified Certificate of Completion
- Adding Your Credential to LinkedIn and Resumes
- Using the Certificate to Advocate for Promotions
- Accessing Alumni-Only Resources and Updates
- Joining the Global DevSecOps Practitioner Network
- Contribution Opportunities for Certified Members
- Advanced Learning Pathways in Cloud Security and SRE
- Transitioning into DevSecOps Leadership Roles
- Speaking at Conferences with Credible Authority
- Mentoring Others Using Official Art of Service Materials
- Automating Your Personal DevSecOps Learning Path
- Staying Ahead with Monthly Expert Insights and Updates
- Scanning Dependencies with Snyk and Dependency-Check
- Integrating SCA into Pull Request Validation
- Automating License Compliance Checks
- Creating a Bill of Materials (SBOM) with Syft
- Analysing Vulnerabilities with Grype and Trivy
- Prioritising Remediation Based on Exploit Maturity
- Managing Transitive Dependencies in Deep Trees
- Enforcing Policy with SCA Gatekeeping Rules
- Integrating SCA Results into Developer IDEs
- Creating Domain-Specific Exemption Workflows
- Generating SBOMs for Third-Party Audits
- Using SPDX and CycloneDX Standards for Interoperability
- Automating Patch Suggestion Workflows
- Monitoring for Zero-Day Dependencies in Real Time
- Integrating Dependency Updates with Renovate and Dependabot
Module 8: Infrastructure as Code (IaC) Security - Securing Terraform Code with Checkov and tfsec
- Validating AWS CloudFormation Templates with cfn-nag
- Analysing Kubernetes YAML Files with Kube-Bench
- Enforcing IaC Policies in Pre-Merge Reviews
- Detecting Drift Between IaC and Live Environments
- Preventing Hardcoded Secrets in IaC Templates
- Implementing IaC Scanning in CI/CD Gateways
- Integrating IaC Findings into Developer Notifications
- Creating Custom Rules for Organisational Guardrails
- Using Open Policy Agent (OPA) for Cross-Platform Checks
- Validating IaC Against AWS Well-Architected Framework
- Automating Remediation Playbooks for Common Misconfigs
- Generating Compliance Evidence from IaC Scans
- Scaling IaC Security Across Multi-Team Repositories
- Reviewing Pull Requests with Automated IaC Insights
Module 9: Container and Kubernetes Security - Scanning Container Images with Trivy and Clair
- Enforcing Minimal Base Images and Distros
- Removing Unnecessary Packages and Binaries
- Implementing Image Signing and Attestation
- Setting Read-Only Root Filesystems
- Running Containers as Non-Root Users
- Limiting Container Capabilities and Seccomp Profiles
- Applying AppArmor and SELinux Policies
- Analysing Kubernetes Pod Security Policies
- Using Pod Security Admission (PSA) in Clusters
- Implementing Network Policies for Microsegmentation
- Hardening etcd, kubelet, and Control Plane Components
- Monitoring for Anomalous Cluster Behaviour
- Integrating Falco for Runtime Threat Detection
- Creating Namespace Isolation Rules for Multi-Tenant Use
Module 10: Cloud Security Posture Management (CSPM) - Integrating AWS Config with Custom Rules
- Using Azure Security Center for Continuous Monitoring
- Applying Google Security Command Center Policies
- Detecting Public S3 Buckets and Improper IAM Roles
- Automating Remediation with AWS Systems Manager
- Creating Custom Cloud Custodian Policies
- Monitoring for Unapproved Resource Creation
- Integrating CSPM Alerts with Incident Response Tools
- Establishing Baseline Cloud Security Configurations
- Generating CSPM Compliance Reports for Auditors
- Tracking Drift from Approved Security Templates
- Implementing Tagging Standards for Accountability
- Managing Multi-Account and Multi-Region Postures
- Reducing Noise with Contextual Alert Prioritisation
- Linking CSPM Events to Developer Ownership
Module 11: Threat Modelling and Risk Prioritisation - Applying STRIDE to CI/CD Pipeline Components
- Using Data Flow Diagrams for Pipeline Visualisation
- Conducting Threat Modelling Workshops with Dev Teams
- Automating Threat Model Updates with Pipeline Events
- Integrating Threat-Centric Risk Scoring (TCRS)
- Prioritising Risks Using DREAD and PASTA Frameworks
- Creating Threat Libraries for Reusable Analysis
- Linking Threats to Specific Security Controls
- Generating Evidence-Based Risk Registers
- Mapping Controls to MITRE ATT&CK Techniques
- Updating Threat Models After Major Architecture Changes
- Using Auto-Generated Threat Models from Code Analysis
- Documenting Risk Acceptance and Exception Workflows
- Presenting Risk Heatmaps to Technical and Non-Technical Stakeholders
- Integrating Threat Modelling into Sprint Planning
Module 12: Automation and Orchestration Strategies - Building Self-Healing Pipelines for Security Events
- Automating Security Patch Deployment Workflows
- Using Event-Driven Architecture for Security Alerts
- Orchestrating Remediation with Ansible and Runbooks
- Creating Feedback Loops Between Detection and Fixing
- Integrating Security Automation with PagerDuty and Opsgenie
- Designing State Machines for Vulnerability Lifecycle
- Using GitOps for Secure, Version-Controlled Operations
- Automating Policy Enforcement with CI/CD Hooks
- Scaling Automation Across Multiple Repositories
- Managing Configuration Drift with Automated Audits
- Creating Centralised Security Automation Dashboards
- Implementing Automated Rollback Triggers
- Validating Automation with Structured Testing
- Logging and Monitoring All Automation Actions
Module 13: Metrics, Monitoring, and Reporting - Defining Key DevSecOps Performance Indicators (KPIs)
- Measuring Mean Time to Detect (MTTD) and Mean Time to Remediate (MTTR)
- Tracking Security Control Coverage Across Applications
- Monitoring Developer Engagement with Security Tools
- Calculating Reduction in Critical Vulnerabilities Over Time
- Generating Visual Reports for Engineering Leadership
- Creating Board-Ready Security Dashboards
- Linking Security Metrics to Business Outcomes
- Using Data to Drive Cultural Change Initiatives
- Implementing Real-Time Anomaly Detection Rules
- Setting Up Proactive Alerting for Security Degradation
- Correlating Security Events Across Tools and Teams
- Creating Monthly DevSecOps Scorecards
- Analysing Tool Usage and Adoption Trends
- Presenting Progress to CISO and Executive Teams
Module 14: Real-World Implementation Projects - Project 1: Design a Secure CI/CD Pipeline from Scratch
- Project 2: Implement Automated SAST/SBOM Generation
- Project 3: Secure a Legacy Monolith with Gradual Integration
- Project 4: Create a DevSecOps Rollout Plan for Your Team
- Project 5: Build a Multi-Cloud Security Baseline
- Project 6: Run a Threat Modelling Workshop with Documentation
- Project 7: Generate a Board-Ready DevSecOps Proposal
- Project 8: Audit and Remediate a Vulnerable Kubernetes Cluster
- Project 9: Implement an Organisation-Wide SCA Policy
- Project 10: Create a Security Champions Enablement Kit
- Establishing Success Criteria for Each Project
- Using Templates and Checklists for Consistency
- Conducting Peer Reviews of Implementation Plans
- Documenting Lessons Learned and Iteration Plans
- Linking Project Outcomes to Certification Requirements
Module 15: Certification, Career Advancement, and Next Steps - Preparing for the Final Certification Assessment
- Reviewing Key Concepts and Implementation Patterns
- Submitting Your DevSecOps Implementation Portfolio
- Receiving Your Verified Certificate of Completion
- Adding Your Credential to LinkedIn and Resumes
- Using the Certificate to Advocate for Promotions
- Accessing Alumni-Only Resources and Updates
- Joining the Global DevSecOps Practitioner Network
- Contribution Opportunities for Certified Members
- Advanced Learning Pathways in Cloud Security and SRE
- Transitioning into DevSecOps Leadership Roles
- Speaking at Conferences with Credible Authority
- Mentoring Others Using Official Art of Service Materials
- Automating Your Personal DevSecOps Learning Path
- Staying Ahead with Monthly Expert Insights and Updates
- Scanning Container Images with Trivy and Clair
- Enforcing Minimal Base Images and Distros
- Removing Unnecessary Packages and Binaries
- Implementing Image Signing and Attestation
- Setting Read-Only Root Filesystems
- Running Containers as Non-Root Users
- Limiting Container Capabilities and Seccomp Profiles
- Applying AppArmor and SELinux Policies
- Analysing Kubernetes Pod Security Policies
- Using Pod Security Admission (PSA) in Clusters
- Implementing Network Policies for Microsegmentation
- Hardening etcd, kubelet, and Control Plane Components
- Monitoring for Anomalous Cluster Behaviour
- Integrating Falco for Runtime Threat Detection
- Creating Namespace Isolation Rules for Multi-Tenant Use
Module 10: Cloud Security Posture Management (CSPM) - Integrating AWS Config with Custom Rules
- Using Azure Security Center for Continuous Monitoring
- Applying Google Security Command Center Policies
- Detecting Public S3 Buckets and Improper IAM Roles
- Automating Remediation with AWS Systems Manager
- Creating Custom Cloud Custodian Policies
- Monitoring for Unapproved Resource Creation
- Integrating CSPM Alerts with Incident Response Tools
- Establishing Baseline Cloud Security Configurations
- Generating CSPM Compliance Reports for Auditors
- Tracking Drift from Approved Security Templates
- Implementing Tagging Standards for Accountability
- Managing Multi-Account and Multi-Region Postures
- Reducing Noise with Contextual Alert Prioritisation
- Linking CSPM Events to Developer Ownership
Module 11: Threat Modelling and Risk Prioritisation - Applying STRIDE to CI/CD Pipeline Components
- Using Data Flow Diagrams for Pipeline Visualisation
- Conducting Threat Modelling Workshops with Dev Teams
- Automating Threat Model Updates with Pipeline Events
- Integrating Threat-Centric Risk Scoring (TCRS)
- Prioritising Risks Using DREAD and PASTA Frameworks
- Creating Threat Libraries for Reusable Analysis
- Linking Threats to Specific Security Controls
- Generating Evidence-Based Risk Registers
- Mapping Controls to MITRE ATT&CK Techniques
- Updating Threat Models After Major Architecture Changes
- Using Auto-Generated Threat Models from Code Analysis
- Documenting Risk Acceptance and Exception Workflows
- Presenting Risk Heatmaps to Technical and Non-Technical Stakeholders
- Integrating Threat Modelling into Sprint Planning
Module 12: Automation and Orchestration Strategies - Building Self-Healing Pipelines for Security Events
- Automating Security Patch Deployment Workflows
- Using Event-Driven Architecture for Security Alerts
- Orchestrating Remediation with Ansible and Runbooks
- Creating Feedback Loops Between Detection and Fixing
- Integrating Security Automation with PagerDuty and Opsgenie
- Designing State Machines for Vulnerability Lifecycle
- Using GitOps for Secure, Version-Controlled Operations
- Automating Policy Enforcement with CI/CD Hooks
- Scaling Automation Across Multiple Repositories
- Managing Configuration Drift with Automated Audits
- Creating Centralised Security Automation Dashboards
- Implementing Automated Rollback Triggers
- Validating Automation with Structured Testing
- Logging and Monitoring All Automation Actions
Module 13: Metrics, Monitoring, and Reporting - Defining Key DevSecOps Performance Indicators (KPIs)
- Measuring Mean Time to Detect (MTTD) and Mean Time to Remediate (MTTR)
- Tracking Security Control Coverage Across Applications
- Monitoring Developer Engagement with Security Tools
- Calculating Reduction in Critical Vulnerabilities Over Time
- Generating Visual Reports for Engineering Leadership
- Creating Board-Ready Security Dashboards
- Linking Security Metrics to Business Outcomes
- Using Data to Drive Cultural Change Initiatives
- Implementing Real-Time Anomaly Detection Rules
- Setting Up Proactive Alerting for Security Degradation
- Correlating Security Events Across Tools and Teams
- Creating Monthly DevSecOps Scorecards
- Analysing Tool Usage and Adoption Trends
- Presenting Progress to CISO and Executive Teams
Module 14: Real-World Implementation Projects - Project 1: Design a Secure CI/CD Pipeline from Scratch
- Project 2: Implement Automated SAST/SBOM Generation
- Project 3: Secure a Legacy Monolith with Gradual Integration
- Project 4: Create a DevSecOps Rollout Plan for Your Team
- Project 5: Build a Multi-Cloud Security Baseline
- Project 6: Run a Threat Modelling Workshop with Documentation
- Project 7: Generate a Board-Ready DevSecOps Proposal
- Project 8: Audit and Remediate a Vulnerable Kubernetes Cluster
- Project 9: Implement an Organisation-Wide SCA Policy
- Project 10: Create a Security Champions Enablement Kit
- Establishing Success Criteria for Each Project
- Using Templates and Checklists for Consistency
- Conducting Peer Reviews of Implementation Plans
- Documenting Lessons Learned and Iteration Plans
- Linking Project Outcomes to Certification Requirements
Module 15: Certification, Career Advancement, and Next Steps - Preparing for the Final Certification Assessment
- Reviewing Key Concepts and Implementation Patterns
- Submitting Your DevSecOps Implementation Portfolio
- Receiving Your Verified Certificate of Completion
- Adding Your Credential to LinkedIn and Resumes
- Using the Certificate to Advocate for Promotions
- Accessing Alumni-Only Resources and Updates
- Joining the Global DevSecOps Practitioner Network
- Contribution Opportunities for Certified Members
- Advanced Learning Pathways in Cloud Security and SRE
- Transitioning into DevSecOps Leadership Roles
- Speaking at Conferences with Credible Authority
- Mentoring Others Using Official Art of Service Materials
- Automating Your Personal DevSecOps Learning Path
- Staying Ahead with Monthly Expert Insights and Updates
- Applying STRIDE to CI/CD Pipeline Components
- Using Data Flow Diagrams for Pipeline Visualisation
- Conducting Threat Modelling Workshops with Dev Teams
- Automating Threat Model Updates with Pipeline Events
- Integrating Threat-Centric Risk Scoring (TCRS)
- Prioritising Risks Using DREAD and PASTA Frameworks
- Creating Threat Libraries for Reusable Analysis
- Linking Threats to Specific Security Controls
- Generating Evidence-Based Risk Registers
- Mapping Controls to MITRE ATT&CK Techniques
- Updating Threat Models After Major Architecture Changes
- Using Auto-Generated Threat Models from Code Analysis
- Documenting Risk Acceptance and Exception Workflows
- Presenting Risk Heatmaps to Technical and Non-Technical Stakeholders
- Integrating Threat Modelling into Sprint Planning
Module 12: Automation and Orchestration Strategies - Building Self-Healing Pipelines for Security Events
- Automating Security Patch Deployment Workflows
- Using Event-Driven Architecture for Security Alerts
- Orchestrating Remediation with Ansible and Runbooks
- Creating Feedback Loops Between Detection and Fixing
- Integrating Security Automation with PagerDuty and Opsgenie
- Designing State Machines for Vulnerability Lifecycle
- Using GitOps for Secure, Version-Controlled Operations
- Automating Policy Enforcement with CI/CD Hooks
- Scaling Automation Across Multiple Repositories
- Managing Configuration Drift with Automated Audits
- Creating Centralised Security Automation Dashboards
- Implementing Automated Rollback Triggers
- Validating Automation with Structured Testing
- Logging and Monitoring All Automation Actions
Module 13: Metrics, Monitoring, and Reporting - Defining Key DevSecOps Performance Indicators (KPIs)
- Measuring Mean Time to Detect (MTTD) and Mean Time to Remediate (MTTR)
- Tracking Security Control Coverage Across Applications
- Monitoring Developer Engagement with Security Tools
- Calculating Reduction in Critical Vulnerabilities Over Time
- Generating Visual Reports for Engineering Leadership
- Creating Board-Ready Security Dashboards
- Linking Security Metrics to Business Outcomes
- Using Data to Drive Cultural Change Initiatives
- Implementing Real-Time Anomaly Detection Rules
- Setting Up Proactive Alerting for Security Degradation
- Correlating Security Events Across Tools and Teams
- Creating Monthly DevSecOps Scorecards
- Analysing Tool Usage and Adoption Trends
- Presenting Progress to CISO and Executive Teams
Module 14: Real-World Implementation Projects - Project 1: Design a Secure CI/CD Pipeline from Scratch
- Project 2: Implement Automated SAST/SBOM Generation
- Project 3: Secure a Legacy Monolith with Gradual Integration
- Project 4: Create a DevSecOps Rollout Plan for Your Team
- Project 5: Build a Multi-Cloud Security Baseline
- Project 6: Run a Threat Modelling Workshop with Documentation
- Project 7: Generate a Board-Ready DevSecOps Proposal
- Project 8: Audit and Remediate a Vulnerable Kubernetes Cluster
- Project 9: Implement an Organisation-Wide SCA Policy
- Project 10: Create a Security Champions Enablement Kit
- Establishing Success Criteria for Each Project
- Using Templates and Checklists for Consistency
- Conducting Peer Reviews of Implementation Plans
- Documenting Lessons Learned and Iteration Plans
- Linking Project Outcomes to Certification Requirements
Module 15: Certification, Career Advancement, and Next Steps - Preparing for the Final Certification Assessment
- Reviewing Key Concepts and Implementation Patterns
- Submitting Your DevSecOps Implementation Portfolio
- Receiving Your Verified Certificate of Completion
- Adding Your Credential to LinkedIn and Resumes
- Using the Certificate to Advocate for Promotions
- Accessing Alumni-Only Resources and Updates
- Joining the Global DevSecOps Practitioner Network
- Contribution Opportunities for Certified Members
- Advanced Learning Pathways in Cloud Security and SRE
- Transitioning into DevSecOps Leadership Roles
- Speaking at Conferences with Credible Authority
- Mentoring Others Using Official Art of Service Materials
- Automating Your Personal DevSecOps Learning Path
- Staying Ahead with Monthly Expert Insights and Updates
- Defining Key DevSecOps Performance Indicators (KPIs)
- Measuring Mean Time to Detect (MTTD) and Mean Time to Remediate (MTTR)
- Tracking Security Control Coverage Across Applications
- Monitoring Developer Engagement with Security Tools
- Calculating Reduction in Critical Vulnerabilities Over Time
- Generating Visual Reports for Engineering Leadership
- Creating Board-Ready Security Dashboards
- Linking Security Metrics to Business Outcomes
- Using Data to Drive Cultural Change Initiatives
- Implementing Real-Time Anomaly Detection Rules
- Setting Up Proactive Alerting for Security Degradation
- Correlating Security Events Across Tools and Teams
- Creating Monthly DevSecOps Scorecards
- Analysing Tool Usage and Adoption Trends
- Presenting Progress to CISO and Executive Teams
Module 14: Real-World Implementation Projects - Project 1: Design a Secure CI/CD Pipeline from Scratch
- Project 2: Implement Automated SAST/SBOM Generation
- Project 3: Secure a Legacy Monolith with Gradual Integration
- Project 4: Create a DevSecOps Rollout Plan for Your Team
- Project 5: Build a Multi-Cloud Security Baseline
- Project 6: Run a Threat Modelling Workshop with Documentation
- Project 7: Generate a Board-Ready DevSecOps Proposal
- Project 8: Audit and Remediate a Vulnerable Kubernetes Cluster
- Project 9: Implement an Organisation-Wide SCA Policy
- Project 10: Create a Security Champions Enablement Kit
- Establishing Success Criteria for Each Project
- Using Templates and Checklists for Consistency
- Conducting Peer Reviews of Implementation Plans
- Documenting Lessons Learned and Iteration Plans
- Linking Project Outcomes to Certification Requirements
Module 15: Certification, Career Advancement, and Next Steps - Preparing for the Final Certification Assessment
- Reviewing Key Concepts and Implementation Patterns
- Submitting Your DevSecOps Implementation Portfolio
- Receiving Your Verified Certificate of Completion
- Adding Your Credential to LinkedIn and Resumes
- Using the Certificate to Advocate for Promotions
- Accessing Alumni-Only Resources and Updates
- Joining the Global DevSecOps Practitioner Network
- Contribution Opportunities for Certified Members
- Advanced Learning Pathways in Cloud Security and SRE
- Transitioning into DevSecOps Leadership Roles
- Speaking at Conferences with Credible Authority
- Mentoring Others Using Official Art of Service Materials
- Automating Your Personal DevSecOps Learning Path
- Staying Ahead with Monthly Expert Insights and Updates
- Preparing for the Final Certification Assessment
- Reviewing Key Concepts and Implementation Patterns
- Submitting Your DevSecOps Implementation Portfolio
- Receiving Your Verified Certificate of Completion
- Adding Your Credential to LinkedIn and Resumes
- Using the Certificate to Advocate for Promotions
- Accessing Alumni-Only Resources and Updates
- Joining the Global DevSecOps Practitioner Network
- Contribution Opportunities for Certified Members
- Advanced Learning Pathways in Cloud Security and SRE
- Transitioning into DevSecOps Leadership Roles
- Speaking at Conferences with Credible Authority
- Mentoring Others Using Official Art of Service Materials
- Automating Your Personal DevSecOps Learning Path
- Staying Ahead with Monthly Expert Insights and Updates