Mastering DevSecOps Automation for Cloud-Native Security
You’re under pressure. Security gaps in your cloud-native pipelines are no longer theoretical risks - they’re audit findings, compliance warnings, and breach headlines that keep you awake at 3 a.m. You're expected to secure velocity, not slow it down. But without a clear path, you're caught between conflicting priorities: innovation versus risk, speed versus safety, ownership versus blame. Meanwhile, teams ship code without security gates, vulnerabilities slip into production, and attackers exploit exposures in CI/CD tooling you didn’t even know were internet-facing. Your posture is reactive, not strategic. You’re not alone - but the top performers aren’t working harder. They’ve adopted a repeatable system that embeds security into automation, not as an afterthought, but as a first-class citizen of every pipeline. Mastering DevSecOps Automation for Cloud-Native Security is that system. This is not theory. It’s a field-tested, implementation-grade blueprint used by lead engineers and platform security architects to eliminate blind spots, enforce compliance by design, and harden CI/CD workflows across Kubernetes, containers, and serverless environments. One learner, a senior DevSecOps engineer at a Fortune 500 fintech, used the exact methodology in this course to reduce their mean time to detect and remediate critical vulnerabilities from 21 days to under 4 hours - all automated. Their CISO called it “the most meaningful security transformation we’ve executed this year.” Imagine walking into your next security review with confidence. Your pipelines self-enforce policy. Every image is scanned. Every secret is rotated. Every drift is blocked. You are no longer the bottleneck - you’re the enabler. This transformation is possible, systematic, and within your reach. The best part? You go from unclear and overwhelmed to fully equipped and board-ready in as little as 30 days. With a clear, step-by-step process, you deliver a fully auditable, automated security framework aligned to NIST, MITRE ATT&CK, and CIS Benchmarks - ready for executive presentation. Here’s how this course is structured to help you get there.Course Format & Delivery Details Self-Paced, On-Demand, Always Relevant
This course is designed for professionals who lead or influence security in fast-moving cloud environments. It is self-paced, with immediate online access upon enrollment. There are no fixed start dates, no live sessions to attend, and no time zones to manage. Learn when it works for you - during deep focus hours or in quick, high-impact sprints. Most learners complete the core material in 4 to 6 weeks while working full time. Many implement critical automation milestones - such as policy-as-code enforcement or secret scanning in CI - within the first 10 days. Lifetime Access, Always Updated
You receive lifetime access to all materials. As cloud platforms, tooling, and threat models evolve, this course evolves with them. Future updates, new modules, and expanded tool integrations are delivered at no extra cost. Your investment compounds over time. All content is mobile-friendly and accessible 24/7 from any device, anywhere in the world. Whether you're reviewing architecture patterns on a train or refining policy logic between deployments, your learning travels with you. Direct Instructor Support & Real-World Guidance
Enrollment includes ongoing access to the course’s lead architect - a former cloud security lead at a top-tier hyperscaler - through a secure, monitored inquiry channel. Ask implementation-specific questions, get feedback on your pipeline design, and receive actionable guidance based on real enterprise patterns. Support is focused on practical application: how to interpret findings, configure tools correctly, avoid common anti-patterns, and justify security controls to engineering leadership. Certificate of Completion Issued by The Art of Service
Upon successful completion, you earn a globally recognised Certificate of Completion issued by The Art of Service. This is not a participation badge - it validates mastery of implementation-grade DevSecOps automation techniques and adherence to enterprise security standards. The Art of Service has trained over 350,000 professionals worldwide. Our certifications are referenced in job descriptions, required in RFPs, and trusted by IT leaders at leading organisations across finance, healthcare, and government sectors. This credential strengthens your profile on LinkedIn, in interviews, and during internal advancement discussions. Transparent Pricing, No Hidden Fees
The price you see is the price you pay. There are no recurring charges, upsells, or hidden fees. One payment grants full access, lifetime updates, and your certificate. We accept all major payment methods, including Visa, Mastercard, and PayPal. Payment processing is fully encrypted and complies with global data protection standards. 100% Risk-Free: Satisfied or Refunded
Your success is our priority. If you complete the first two modules and do not find them immediately applicable and valuable, you are eligible for a full refund. No questions asked. This is our “satisfied or refunded” promise - a complete risk reversal. Enrollment closes automatically when capacity limits are reached to preserve the quality of support and access. Instant Confirmation, Secure Access Delivery
After enrollment, you receive a confirmation email acknowledging your registration. Your access credentials and learning portal details are sent separately, once your account has been fully provisioned and verified. This ensures system stability and security for all learners. This Works Even If…
You’re not a coder. You don’t lead a security team. Your org resists change. You’ve tried DevSecOps tools before and failed to operationalise them. This course works even if you’re starting from behind. Why? Because it’s built for the real world - not ideal conditions. It focuses on incremental adoption, high-leverage automation points, and documenting ROI so you can build momentum. One infrastructure engineer with zero security training used the course to deploy a GitLab policy enforcement pipeline that reduced container escape risks by 92% - and earned a promotion. This isn’t about perfection - it’s about progress with purpose. And you’re not doing it alone.
Extensive and Detailed Course Curriculum
Module 1: Foundations of Cloud-Native Security - Understanding the cloud-native threat model and attack surface
- Key differences between traditional and cloud-native security
- Shared responsibility model in public, private, and hybrid clouds
- Zero-trust principles applied to CI/CD and deployment workflows
- Common misconfigurations in cloud storage, IAM, and networking
- Mapping cloud-native risks to MITRE ATT&CK for Containers
- Principle of least privilege in dynamic environments
- Immutable infrastructure and its security implications
- Role-based access control in Kubernetes and serverless platforms
- Secure bootstrapping of cloud environments using policy controls
Module 2: DevSecOps Principles and Organizational Alignment - Defining DevSecOps beyond buzzwords - practical integration
- Embedding security into the software development lifecycle
- Cultivating a security-first engineering culture
- Aligning security outcomes with business velocity
- Shifting left: when and where to insert security checks
- Overcoming common team silos and incentives misalignment
- Security as code: treating policies like application code
- Measuring DevSecOps success with KPIs and SLOs
- Executive communication: framing security as enablement
- Building cross-functional incident response playbooks
Module 3: Secure CI/CD Pipeline Architecture - Anatomy of a secure CI/CD pipeline
- Identifying high-risk stages in build, test, and deploy
- Hardening runner and agent security in Jenkins, GitLab, GitHub
- Securing pipeline configuration files (YAML, HCL, JSON)
- Isolating build environments with containerisation
- Using ephemeral agents to reduce attack surface
- Implementing pipeline signing and provenance verification
- Preventing pipeline hijacking and malicious job injection
- Securing webhook endpoints and event triggers
- Enforcing pipeline execution in air-gapped or restricted zones
Module 4: Code and Dependency Security - Static application security testing (SAST) integration
- Analysing source code for vulnerabilities and policy violations
- Dependency scanning for OSS components and license risks
- Preventing supply chain attacks via dependency pinning
- Software Bill of Materials (SBOM) generation and validation
- Integrating SCA tools into pull request workflows
- Automating CVE prioritisation using threat context
- Blocking insecure dependencies at merge time
- Managing false positives with custom rule tuning
- Implementing code review checklists for security hotspots
Module 5: Container Security Best Practices - Secure container image creation and base image selection
- Minimising attack surface with distroless and scratch images
- Implementing non-root user execution in containers
- Runtime constraints: seccomp, AppArmor, and SELinux profiles
- Image signing using cosign and Sigstore
- Enforcing image provenance with in-toto attestations
- Scanning images for vulnerabilities pre-commit and pre-deploy
- Preventing privilege escalation in container runtimes
- Immutable containers and their security benefits
- Analysing container escape techniques and mitigations
Module 6: Kubernetes Security Configuration - Hardening Kubernetes cluster installations (kubeadm, EKS, GKE)
- Securing the API server and etcd endpoints
- Network policies to segment pod-to-pod communication
- Pod security standards and baseline policies
- Using admission controllers for policy enforcement
- Validating resource requests and limits to prevent DoS
- Securing service accounts and avoiding default token exposure
- Implementing Pod Security Admission (PSA) profiles
- Preventing privilege escalation with PSP replacements
- Runtime threat detection in Kubernetes using audit logs
Module 7: Infrastructure as Code Security (IaC) - Static analysis of Terraform, CloudFormation, and ARM templates
- Identifying misconfigurations before deployment
- Integrating IaC scanning into pull request pipelines
- Writing secure Terraform modules with input validation
- Avoiding hardcoded secrets in configuration files
- Managing IaC state securely in remote backends
- Policy-as-code using Open Policy Agent (OPA) and Rego
- Creating custom rules for compliance enforcement
- Enforcing tagging, encryption, and geographic constraints
- Generating automated compliance reports from IaC scans
Module 8: Secrets Management and Rotation - Differentiating between short-lived and long-lived secrets
- Common pitfalls of embedding secrets in code or CI variables
- Using dedicated secret managers: HashiCorp Vault, AWS Secrets Manager
- Dynamic secret generation for databases and APIs
- Automated secret rotation with policy enforcement
- Integrating Vault with CI/CD pipelines and Kubernetes
- Preventing secrets leakage in build logs and console output
- Scanning for accidental secrets using Gitleaks and TruffleHog
- Implementing automatic revocation on job completion
- Using short-lived tokens and workload identity instead of secrets
Module 9: Runtime Protection and Threat Detection - Monitoring container and pod behaviour for anomalies
- Implementing runtime application shielding
- Using eBPF for low-overhead security observability
- Detecting unauthorised process execution and shell access
- Blocking malicious network connections in real time
- Setting up intrusion detection for Kubernetes workloads
- Analysing system calls for malicious patterns
- Integrating Falco rules for cloud-native threat detection
- Correlating logs from containers, nodes, and control plane
- Creating automated alerts and response playbooks
Module 10: Automated Compliance and Audit Readiness - Mapping controls to CIS Benchmarks for Kubernetes and Docker
- Automating compliance checks across environments
- Generating auditable reports with timestamps and evidence
- Meeting SOC 2, ISO 27001, and HIPAA requirements
- Continuous compliance monitoring vs point-in-time audits
- Creating policy packs for organisational standards
- Versioning and tracking policy changes over time
- Integrating compliance checks into deployment gates
- Exporting evidence for external auditors
- Reducing audit preparation time from weeks to hours
Module 11: Identity and Access in Cloud-Native Systems - Implementing workload identity across clusters and clouds
- Using OIDC and SPIFFE/SPIRE for service identity
- Role-based access control (RBAC) in Kubernetes
- Service mesh integration for mTLS and identity propagation
- Preventing privilege escalation via service account tokens
- Binding identities to least-privilege roles
- Automating permission reviews and just-in-time access
- Using short-lived credentials instead of static keys
- Monitoring for abnormal access patterns
- Integrating with enterprise IAM systems (Okta, Azure AD)
Module 12: Secure GitOps and Pull-Based Deployments - Understanding GitOps security advantages
- Securing FluxCD, ArgoCD, and other GitOps operators
- Protecting Git repositories with branch protection rules
- Validating pull requests with automated policy checks
- Preventing unauthorised manifest changes
- Enforcing cryptographic verification of deployment sources
- Using policy engines to reject non-compliant configurations
- Implementing approval workflows for production changes
- Automating drift detection and remediation
- Ensuring audit trails for every deployment event
Module 13: CI/CD Pipeline Policy Enforcement - Defining security gates for build, test, and deploy stages
- Using OPA to enforce custom pipeline policies
- Blocking deployments based on vulnerability severity
- Requiring signed images before promotion to production
- Enforcing required checks in GitHub Actions or GitLab
- Automating approval escalations for high-risk changes
- Integrating risk scoring into CI decision making
- Generating security attestations for each release
- Creating policy dashboards for visibility and accountability
- Enforcing deployment freeze windows automatically
Module 14: Supply Chain Security and SLSA Framework - Understanding the Software Supply Chain Levels for Software Artifacts (SLSA)
- Implementing SLSA Level 1 to 4 controls
- Verifying provenance of third-party packages
- Generating and validating build attestations
- Requiring signed provenance in dependency ingestion
- Using Sigstore for keyless signing and verification
- Integrating Fulcio, Rekor, and Cosign in pipelines
- Preventing dependency confusion attacks
- Enforcing minimum SLSA levels for production use
- Automating supply chain risk assessment
Module 15: Practical Automation Workflows - Building reusable pipeline templates with security baked in
- Creating multi-stage promotion pipelines with security gates
- Automating vulnerability triage using severity and context
- Integrating Jira for automatic ticket creation on findings
- Sending security reports to Slack, Teams, or email
- Automating nightly compliance scans and alerts
- Rotating secrets on a scheduled basis
- Triggering remediation scripts on policy violations
- Enforcing version pinning and deprecation schedules
- Building self-healing infrastructure using policy feedback
Module 16: Toolchain Integration and Orchestration - Selecting and integrating best-in-class security tools
- Orchestrating Trivy, Checkov, Semgrep, and OPA together
- Unifying scanning results into a single dashboard
- Reducing noise with centralised policy management
- Using Tekton or Actions to chain security steps
- Enforcing order of operations in pipeline execution
- Parallelising non-blocking security checks
- Optimising scan performance and resource usage
- Standardising tool configuration across teams
- Managing tool versioning and dependency updates
Module 17: Implementation Roadmap and Rollout Strategy - Conducting a current-state security maturity assessment
- Prioritising high-impact automation opportunities
- Starting with low-friction, high-visibility wins
- Defining success metrics for each phase
- Engaging engineering teams through collaboration
- Running secure by default pilot programmes
- Creating internal documentation and onboarding guides
- Scaling automation from one team to the enterprise
- Managing organisational change and resistance
- Building a central platform team for DevSecOps enablement
Module 18: Certification and Career Advancement - Preparing for real-world implementation challenges
- Completing a final automation project with full documentation
- Writing a board-ready summary of your security transformation
- Showcasing ROI with before-and-after metrics
- Using your Certificate of Completion strategically
- Updating your LinkedIn and professional profiles
- Leveraging the credential in salary negotiations
- Becoming a recognised internal subject matter expert
- Mentoring peers using proven frameworks
- Next steps: advanced certifications and community engagement
Module 1: Foundations of Cloud-Native Security - Understanding the cloud-native threat model and attack surface
- Key differences between traditional and cloud-native security
- Shared responsibility model in public, private, and hybrid clouds
- Zero-trust principles applied to CI/CD and deployment workflows
- Common misconfigurations in cloud storage, IAM, and networking
- Mapping cloud-native risks to MITRE ATT&CK for Containers
- Principle of least privilege in dynamic environments
- Immutable infrastructure and its security implications
- Role-based access control in Kubernetes and serverless platforms
- Secure bootstrapping of cloud environments using policy controls
Module 2: DevSecOps Principles and Organizational Alignment - Defining DevSecOps beyond buzzwords - practical integration
- Embedding security into the software development lifecycle
- Cultivating a security-first engineering culture
- Aligning security outcomes with business velocity
- Shifting left: when and where to insert security checks
- Overcoming common team silos and incentives misalignment
- Security as code: treating policies like application code
- Measuring DevSecOps success with KPIs and SLOs
- Executive communication: framing security as enablement
- Building cross-functional incident response playbooks
Module 3: Secure CI/CD Pipeline Architecture - Anatomy of a secure CI/CD pipeline
- Identifying high-risk stages in build, test, and deploy
- Hardening runner and agent security in Jenkins, GitLab, GitHub
- Securing pipeline configuration files (YAML, HCL, JSON)
- Isolating build environments with containerisation
- Using ephemeral agents to reduce attack surface
- Implementing pipeline signing and provenance verification
- Preventing pipeline hijacking and malicious job injection
- Securing webhook endpoints and event triggers
- Enforcing pipeline execution in air-gapped or restricted zones
Module 4: Code and Dependency Security - Static application security testing (SAST) integration
- Analysing source code for vulnerabilities and policy violations
- Dependency scanning for OSS components and license risks
- Preventing supply chain attacks via dependency pinning
- Software Bill of Materials (SBOM) generation and validation
- Integrating SCA tools into pull request workflows
- Automating CVE prioritisation using threat context
- Blocking insecure dependencies at merge time
- Managing false positives with custom rule tuning
- Implementing code review checklists for security hotspots
Module 5: Container Security Best Practices - Secure container image creation and base image selection
- Minimising attack surface with distroless and scratch images
- Implementing non-root user execution in containers
- Runtime constraints: seccomp, AppArmor, and SELinux profiles
- Image signing using cosign and Sigstore
- Enforcing image provenance with in-toto attestations
- Scanning images for vulnerabilities pre-commit and pre-deploy
- Preventing privilege escalation in container runtimes
- Immutable containers and their security benefits
- Analysing container escape techniques and mitigations
Module 6: Kubernetes Security Configuration - Hardening Kubernetes cluster installations (kubeadm, EKS, GKE)
- Securing the API server and etcd endpoints
- Network policies to segment pod-to-pod communication
- Pod security standards and baseline policies
- Using admission controllers for policy enforcement
- Validating resource requests and limits to prevent DoS
- Securing service accounts and avoiding default token exposure
- Implementing Pod Security Admission (PSA) profiles
- Preventing privilege escalation with PSP replacements
- Runtime threat detection in Kubernetes using audit logs
Module 7: Infrastructure as Code Security (IaC) - Static analysis of Terraform, CloudFormation, and ARM templates
- Identifying misconfigurations before deployment
- Integrating IaC scanning into pull request pipelines
- Writing secure Terraform modules with input validation
- Avoiding hardcoded secrets in configuration files
- Managing IaC state securely in remote backends
- Policy-as-code using Open Policy Agent (OPA) and Rego
- Creating custom rules for compliance enforcement
- Enforcing tagging, encryption, and geographic constraints
- Generating automated compliance reports from IaC scans
Module 8: Secrets Management and Rotation - Differentiating between short-lived and long-lived secrets
- Common pitfalls of embedding secrets in code or CI variables
- Using dedicated secret managers: HashiCorp Vault, AWS Secrets Manager
- Dynamic secret generation for databases and APIs
- Automated secret rotation with policy enforcement
- Integrating Vault with CI/CD pipelines and Kubernetes
- Preventing secrets leakage in build logs and console output
- Scanning for accidental secrets using Gitleaks and TruffleHog
- Implementing automatic revocation on job completion
- Using short-lived tokens and workload identity instead of secrets
Module 9: Runtime Protection and Threat Detection - Monitoring container and pod behaviour for anomalies
- Implementing runtime application shielding
- Using eBPF for low-overhead security observability
- Detecting unauthorised process execution and shell access
- Blocking malicious network connections in real time
- Setting up intrusion detection for Kubernetes workloads
- Analysing system calls for malicious patterns
- Integrating Falco rules for cloud-native threat detection
- Correlating logs from containers, nodes, and control plane
- Creating automated alerts and response playbooks
Module 10: Automated Compliance and Audit Readiness - Mapping controls to CIS Benchmarks for Kubernetes and Docker
- Automating compliance checks across environments
- Generating auditable reports with timestamps and evidence
- Meeting SOC 2, ISO 27001, and HIPAA requirements
- Continuous compliance monitoring vs point-in-time audits
- Creating policy packs for organisational standards
- Versioning and tracking policy changes over time
- Integrating compliance checks into deployment gates
- Exporting evidence for external auditors
- Reducing audit preparation time from weeks to hours
Module 11: Identity and Access in Cloud-Native Systems - Implementing workload identity across clusters and clouds
- Using OIDC and SPIFFE/SPIRE for service identity
- Role-based access control (RBAC) in Kubernetes
- Service mesh integration for mTLS and identity propagation
- Preventing privilege escalation via service account tokens
- Binding identities to least-privilege roles
- Automating permission reviews and just-in-time access
- Using short-lived credentials instead of static keys
- Monitoring for abnormal access patterns
- Integrating with enterprise IAM systems (Okta, Azure AD)
Module 12: Secure GitOps and Pull-Based Deployments - Understanding GitOps security advantages
- Securing FluxCD, ArgoCD, and other GitOps operators
- Protecting Git repositories with branch protection rules
- Validating pull requests with automated policy checks
- Preventing unauthorised manifest changes
- Enforcing cryptographic verification of deployment sources
- Using policy engines to reject non-compliant configurations
- Implementing approval workflows for production changes
- Automating drift detection and remediation
- Ensuring audit trails for every deployment event
Module 13: CI/CD Pipeline Policy Enforcement - Defining security gates for build, test, and deploy stages
- Using OPA to enforce custom pipeline policies
- Blocking deployments based on vulnerability severity
- Requiring signed images before promotion to production
- Enforcing required checks in GitHub Actions or GitLab
- Automating approval escalations for high-risk changes
- Integrating risk scoring into CI decision making
- Generating security attestations for each release
- Creating policy dashboards for visibility and accountability
- Enforcing deployment freeze windows automatically
Module 14: Supply Chain Security and SLSA Framework - Understanding the Software Supply Chain Levels for Software Artifacts (SLSA)
- Implementing SLSA Level 1 to 4 controls
- Verifying provenance of third-party packages
- Generating and validating build attestations
- Requiring signed provenance in dependency ingestion
- Using Sigstore for keyless signing and verification
- Integrating Fulcio, Rekor, and Cosign in pipelines
- Preventing dependency confusion attacks
- Enforcing minimum SLSA levels for production use
- Automating supply chain risk assessment
Module 15: Practical Automation Workflows - Building reusable pipeline templates with security baked in
- Creating multi-stage promotion pipelines with security gates
- Automating vulnerability triage using severity and context
- Integrating Jira for automatic ticket creation on findings
- Sending security reports to Slack, Teams, or email
- Automating nightly compliance scans and alerts
- Rotating secrets on a scheduled basis
- Triggering remediation scripts on policy violations
- Enforcing version pinning and deprecation schedules
- Building self-healing infrastructure using policy feedback
Module 16: Toolchain Integration and Orchestration - Selecting and integrating best-in-class security tools
- Orchestrating Trivy, Checkov, Semgrep, and OPA together
- Unifying scanning results into a single dashboard
- Reducing noise with centralised policy management
- Using Tekton or Actions to chain security steps
- Enforcing order of operations in pipeline execution
- Parallelising non-blocking security checks
- Optimising scan performance and resource usage
- Standardising tool configuration across teams
- Managing tool versioning and dependency updates
Module 17: Implementation Roadmap and Rollout Strategy - Conducting a current-state security maturity assessment
- Prioritising high-impact automation opportunities
- Starting with low-friction, high-visibility wins
- Defining success metrics for each phase
- Engaging engineering teams through collaboration
- Running secure by default pilot programmes
- Creating internal documentation and onboarding guides
- Scaling automation from one team to the enterprise
- Managing organisational change and resistance
- Building a central platform team for DevSecOps enablement
Module 18: Certification and Career Advancement - Preparing for real-world implementation challenges
- Completing a final automation project with full documentation
- Writing a board-ready summary of your security transformation
- Showcasing ROI with before-and-after metrics
- Using your Certificate of Completion strategically
- Updating your LinkedIn and professional profiles
- Leveraging the credential in salary negotiations
- Becoming a recognised internal subject matter expert
- Mentoring peers using proven frameworks
- Next steps: advanced certifications and community engagement
- Defining DevSecOps beyond buzzwords - practical integration
- Embedding security into the software development lifecycle
- Cultivating a security-first engineering culture
- Aligning security outcomes with business velocity
- Shifting left: when and where to insert security checks
- Overcoming common team silos and incentives misalignment
- Security as code: treating policies like application code
- Measuring DevSecOps success with KPIs and SLOs
- Executive communication: framing security as enablement
- Building cross-functional incident response playbooks
Module 3: Secure CI/CD Pipeline Architecture - Anatomy of a secure CI/CD pipeline
- Identifying high-risk stages in build, test, and deploy
- Hardening runner and agent security in Jenkins, GitLab, GitHub
- Securing pipeline configuration files (YAML, HCL, JSON)
- Isolating build environments with containerisation
- Using ephemeral agents to reduce attack surface
- Implementing pipeline signing and provenance verification
- Preventing pipeline hijacking and malicious job injection
- Securing webhook endpoints and event triggers
- Enforcing pipeline execution in air-gapped or restricted zones
Module 4: Code and Dependency Security - Static application security testing (SAST) integration
- Analysing source code for vulnerabilities and policy violations
- Dependency scanning for OSS components and license risks
- Preventing supply chain attacks via dependency pinning
- Software Bill of Materials (SBOM) generation and validation
- Integrating SCA tools into pull request workflows
- Automating CVE prioritisation using threat context
- Blocking insecure dependencies at merge time
- Managing false positives with custom rule tuning
- Implementing code review checklists for security hotspots
Module 5: Container Security Best Practices - Secure container image creation and base image selection
- Minimising attack surface with distroless and scratch images
- Implementing non-root user execution in containers
- Runtime constraints: seccomp, AppArmor, and SELinux profiles
- Image signing using cosign and Sigstore
- Enforcing image provenance with in-toto attestations
- Scanning images for vulnerabilities pre-commit and pre-deploy
- Preventing privilege escalation in container runtimes
- Immutable containers and their security benefits
- Analysing container escape techniques and mitigations
Module 6: Kubernetes Security Configuration - Hardening Kubernetes cluster installations (kubeadm, EKS, GKE)
- Securing the API server and etcd endpoints
- Network policies to segment pod-to-pod communication
- Pod security standards and baseline policies
- Using admission controllers for policy enforcement
- Validating resource requests and limits to prevent DoS
- Securing service accounts and avoiding default token exposure
- Implementing Pod Security Admission (PSA) profiles
- Preventing privilege escalation with PSP replacements
- Runtime threat detection in Kubernetes using audit logs
Module 7: Infrastructure as Code Security (IaC) - Static analysis of Terraform, CloudFormation, and ARM templates
- Identifying misconfigurations before deployment
- Integrating IaC scanning into pull request pipelines
- Writing secure Terraform modules with input validation
- Avoiding hardcoded secrets in configuration files
- Managing IaC state securely in remote backends
- Policy-as-code using Open Policy Agent (OPA) and Rego
- Creating custom rules for compliance enforcement
- Enforcing tagging, encryption, and geographic constraints
- Generating automated compliance reports from IaC scans
Module 8: Secrets Management and Rotation - Differentiating between short-lived and long-lived secrets
- Common pitfalls of embedding secrets in code or CI variables
- Using dedicated secret managers: HashiCorp Vault, AWS Secrets Manager
- Dynamic secret generation for databases and APIs
- Automated secret rotation with policy enforcement
- Integrating Vault with CI/CD pipelines and Kubernetes
- Preventing secrets leakage in build logs and console output
- Scanning for accidental secrets using Gitleaks and TruffleHog
- Implementing automatic revocation on job completion
- Using short-lived tokens and workload identity instead of secrets
Module 9: Runtime Protection and Threat Detection - Monitoring container and pod behaviour for anomalies
- Implementing runtime application shielding
- Using eBPF for low-overhead security observability
- Detecting unauthorised process execution and shell access
- Blocking malicious network connections in real time
- Setting up intrusion detection for Kubernetes workloads
- Analysing system calls for malicious patterns
- Integrating Falco rules for cloud-native threat detection
- Correlating logs from containers, nodes, and control plane
- Creating automated alerts and response playbooks
Module 10: Automated Compliance and Audit Readiness - Mapping controls to CIS Benchmarks for Kubernetes and Docker
- Automating compliance checks across environments
- Generating auditable reports with timestamps and evidence
- Meeting SOC 2, ISO 27001, and HIPAA requirements
- Continuous compliance monitoring vs point-in-time audits
- Creating policy packs for organisational standards
- Versioning and tracking policy changes over time
- Integrating compliance checks into deployment gates
- Exporting evidence for external auditors
- Reducing audit preparation time from weeks to hours
Module 11: Identity and Access in Cloud-Native Systems - Implementing workload identity across clusters and clouds
- Using OIDC and SPIFFE/SPIRE for service identity
- Role-based access control (RBAC) in Kubernetes
- Service mesh integration for mTLS and identity propagation
- Preventing privilege escalation via service account tokens
- Binding identities to least-privilege roles
- Automating permission reviews and just-in-time access
- Using short-lived credentials instead of static keys
- Monitoring for abnormal access patterns
- Integrating with enterprise IAM systems (Okta, Azure AD)
Module 12: Secure GitOps and Pull-Based Deployments - Understanding GitOps security advantages
- Securing FluxCD, ArgoCD, and other GitOps operators
- Protecting Git repositories with branch protection rules
- Validating pull requests with automated policy checks
- Preventing unauthorised manifest changes
- Enforcing cryptographic verification of deployment sources
- Using policy engines to reject non-compliant configurations
- Implementing approval workflows for production changes
- Automating drift detection and remediation
- Ensuring audit trails for every deployment event
Module 13: CI/CD Pipeline Policy Enforcement - Defining security gates for build, test, and deploy stages
- Using OPA to enforce custom pipeline policies
- Blocking deployments based on vulnerability severity
- Requiring signed images before promotion to production
- Enforcing required checks in GitHub Actions or GitLab
- Automating approval escalations for high-risk changes
- Integrating risk scoring into CI decision making
- Generating security attestations for each release
- Creating policy dashboards for visibility and accountability
- Enforcing deployment freeze windows automatically
Module 14: Supply Chain Security and SLSA Framework - Understanding the Software Supply Chain Levels for Software Artifacts (SLSA)
- Implementing SLSA Level 1 to 4 controls
- Verifying provenance of third-party packages
- Generating and validating build attestations
- Requiring signed provenance in dependency ingestion
- Using Sigstore for keyless signing and verification
- Integrating Fulcio, Rekor, and Cosign in pipelines
- Preventing dependency confusion attacks
- Enforcing minimum SLSA levels for production use
- Automating supply chain risk assessment
Module 15: Practical Automation Workflows - Building reusable pipeline templates with security baked in
- Creating multi-stage promotion pipelines with security gates
- Automating vulnerability triage using severity and context
- Integrating Jira for automatic ticket creation on findings
- Sending security reports to Slack, Teams, or email
- Automating nightly compliance scans and alerts
- Rotating secrets on a scheduled basis
- Triggering remediation scripts on policy violations
- Enforcing version pinning and deprecation schedules
- Building self-healing infrastructure using policy feedback
Module 16: Toolchain Integration and Orchestration - Selecting and integrating best-in-class security tools
- Orchestrating Trivy, Checkov, Semgrep, and OPA together
- Unifying scanning results into a single dashboard
- Reducing noise with centralised policy management
- Using Tekton or Actions to chain security steps
- Enforcing order of operations in pipeline execution
- Parallelising non-blocking security checks
- Optimising scan performance and resource usage
- Standardising tool configuration across teams
- Managing tool versioning and dependency updates
Module 17: Implementation Roadmap and Rollout Strategy - Conducting a current-state security maturity assessment
- Prioritising high-impact automation opportunities
- Starting with low-friction, high-visibility wins
- Defining success metrics for each phase
- Engaging engineering teams through collaboration
- Running secure by default pilot programmes
- Creating internal documentation and onboarding guides
- Scaling automation from one team to the enterprise
- Managing organisational change and resistance
- Building a central platform team for DevSecOps enablement
Module 18: Certification and Career Advancement - Preparing for real-world implementation challenges
- Completing a final automation project with full documentation
- Writing a board-ready summary of your security transformation
- Showcasing ROI with before-and-after metrics
- Using your Certificate of Completion strategically
- Updating your LinkedIn and professional profiles
- Leveraging the credential in salary negotiations
- Becoming a recognised internal subject matter expert
- Mentoring peers using proven frameworks
- Next steps: advanced certifications and community engagement
- Static application security testing (SAST) integration
- Analysing source code for vulnerabilities and policy violations
- Dependency scanning for OSS components and license risks
- Preventing supply chain attacks via dependency pinning
- Software Bill of Materials (SBOM) generation and validation
- Integrating SCA tools into pull request workflows
- Automating CVE prioritisation using threat context
- Blocking insecure dependencies at merge time
- Managing false positives with custom rule tuning
- Implementing code review checklists for security hotspots
Module 5: Container Security Best Practices - Secure container image creation and base image selection
- Minimising attack surface with distroless and scratch images
- Implementing non-root user execution in containers
- Runtime constraints: seccomp, AppArmor, and SELinux profiles
- Image signing using cosign and Sigstore
- Enforcing image provenance with in-toto attestations
- Scanning images for vulnerabilities pre-commit and pre-deploy
- Preventing privilege escalation in container runtimes
- Immutable containers and their security benefits
- Analysing container escape techniques and mitigations
Module 6: Kubernetes Security Configuration - Hardening Kubernetes cluster installations (kubeadm, EKS, GKE)
- Securing the API server and etcd endpoints
- Network policies to segment pod-to-pod communication
- Pod security standards and baseline policies
- Using admission controllers for policy enforcement
- Validating resource requests and limits to prevent DoS
- Securing service accounts and avoiding default token exposure
- Implementing Pod Security Admission (PSA) profiles
- Preventing privilege escalation with PSP replacements
- Runtime threat detection in Kubernetes using audit logs
Module 7: Infrastructure as Code Security (IaC) - Static analysis of Terraform, CloudFormation, and ARM templates
- Identifying misconfigurations before deployment
- Integrating IaC scanning into pull request pipelines
- Writing secure Terraform modules with input validation
- Avoiding hardcoded secrets in configuration files
- Managing IaC state securely in remote backends
- Policy-as-code using Open Policy Agent (OPA) and Rego
- Creating custom rules for compliance enforcement
- Enforcing tagging, encryption, and geographic constraints
- Generating automated compliance reports from IaC scans
Module 8: Secrets Management and Rotation - Differentiating between short-lived and long-lived secrets
- Common pitfalls of embedding secrets in code or CI variables
- Using dedicated secret managers: HashiCorp Vault, AWS Secrets Manager
- Dynamic secret generation for databases and APIs
- Automated secret rotation with policy enforcement
- Integrating Vault with CI/CD pipelines and Kubernetes
- Preventing secrets leakage in build logs and console output
- Scanning for accidental secrets using Gitleaks and TruffleHog
- Implementing automatic revocation on job completion
- Using short-lived tokens and workload identity instead of secrets
Module 9: Runtime Protection and Threat Detection - Monitoring container and pod behaviour for anomalies
- Implementing runtime application shielding
- Using eBPF for low-overhead security observability
- Detecting unauthorised process execution and shell access
- Blocking malicious network connections in real time
- Setting up intrusion detection for Kubernetes workloads
- Analysing system calls for malicious patterns
- Integrating Falco rules for cloud-native threat detection
- Correlating logs from containers, nodes, and control plane
- Creating automated alerts and response playbooks
Module 10: Automated Compliance and Audit Readiness - Mapping controls to CIS Benchmarks for Kubernetes and Docker
- Automating compliance checks across environments
- Generating auditable reports with timestamps and evidence
- Meeting SOC 2, ISO 27001, and HIPAA requirements
- Continuous compliance monitoring vs point-in-time audits
- Creating policy packs for organisational standards
- Versioning and tracking policy changes over time
- Integrating compliance checks into deployment gates
- Exporting evidence for external auditors
- Reducing audit preparation time from weeks to hours
Module 11: Identity and Access in Cloud-Native Systems - Implementing workload identity across clusters and clouds
- Using OIDC and SPIFFE/SPIRE for service identity
- Role-based access control (RBAC) in Kubernetes
- Service mesh integration for mTLS and identity propagation
- Preventing privilege escalation via service account tokens
- Binding identities to least-privilege roles
- Automating permission reviews and just-in-time access
- Using short-lived credentials instead of static keys
- Monitoring for abnormal access patterns
- Integrating with enterprise IAM systems (Okta, Azure AD)
Module 12: Secure GitOps and Pull-Based Deployments - Understanding GitOps security advantages
- Securing FluxCD, ArgoCD, and other GitOps operators
- Protecting Git repositories with branch protection rules
- Validating pull requests with automated policy checks
- Preventing unauthorised manifest changes
- Enforcing cryptographic verification of deployment sources
- Using policy engines to reject non-compliant configurations
- Implementing approval workflows for production changes
- Automating drift detection and remediation
- Ensuring audit trails for every deployment event
Module 13: CI/CD Pipeline Policy Enforcement - Defining security gates for build, test, and deploy stages
- Using OPA to enforce custom pipeline policies
- Blocking deployments based on vulnerability severity
- Requiring signed images before promotion to production
- Enforcing required checks in GitHub Actions or GitLab
- Automating approval escalations for high-risk changes
- Integrating risk scoring into CI decision making
- Generating security attestations for each release
- Creating policy dashboards for visibility and accountability
- Enforcing deployment freeze windows automatically
Module 14: Supply Chain Security and SLSA Framework - Understanding the Software Supply Chain Levels for Software Artifacts (SLSA)
- Implementing SLSA Level 1 to 4 controls
- Verifying provenance of third-party packages
- Generating and validating build attestations
- Requiring signed provenance in dependency ingestion
- Using Sigstore for keyless signing and verification
- Integrating Fulcio, Rekor, and Cosign in pipelines
- Preventing dependency confusion attacks
- Enforcing minimum SLSA levels for production use
- Automating supply chain risk assessment
Module 15: Practical Automation Workflows - Building reusable pipeline templates with security baked in
- Creating multi-stage promotion pipelines with security gates
- Automating vulnerability triage using severity and context
- Integrating Jira for automatic ticket creation on findings
- Sending security reports to Slack, Teams, or email
- Automating nightly compliance scans and alerts
- Rotating secrets on a scheduled basis
- Triggering remediation scripts on policy violations
- Enforcing version pinning and deprecation schedules
- Building self-healing infrastructure using policy feedback
Module 16: Toolchain Integration and Orchestration - Selecting and integrating best-in-class security tools
- Orchestrating Trivy, Checkov, Semgrep, and OPA together
- Unifying scanning results into a single dashboard
- Reducing noise with centralised policy management
- Using Tekton or Actions to chain security steps
- Enforcing order of operations in pipeline execution
- Parallelising non-blocking security checks
- Optimising scan performance and resource usage
- Standardising tool configuration across teams
- Managing tool versioning and dependency updates
Module 17: Implementation Roadmap and Rollout Strategy - Conducting a current-state security maturity assessment
- Prioritising high-impact automation opportunities
- Starting with low-friction, high-visibility wins
- Defining success metrics for each phase
- Engaging engineering teams through collaboration
- Running secure by default pilot programmes
- Creating internal documentation and onboarding guides
- Scaling automation from one team to the enterprise
- Managing organisational change and resistance
- Building a central platform team for DevSecOps enablement
Module 18: Certification and Career Advancement - Preparing for real-world implementation challenges
- Completing a final automation project with full documentation
- Writing a board-ready summary of your security transformation
- Showcasing ROI with before-and-after metrics
- Using your Certificate of Completion strategically
- Updating your LinkedIn and professional profiles
- Leveraging the credential in salary negotiations
- Becoming a recognised internal subject matter expert
- Mentoring peers using proven frameworks
- Next steps: advanced certifications and community engagement
- Hardening Kubernetes cluster installations (kubeadm, EKS, GKE)
- Securing the API server and etcd endpoints
- Network policies to segment pod-to-pod communication
- Pod security standards and baseline policies
- Using admission controllers for policy enforcement
- Validating resource requests and limits to prevent DoS
- Securing service accounts and avoiding default token exposure
- Implementing Pod Security Admission (PSA) profiles
- Preventing privilege escalation with PSP replacements
- Runtime threat detection in Kubernetes using audit logs
Module 7: Infrastructure as Code Security (IaC) - Static analysis of Terraform, CloudFormation, and ARM templates
- Identifying misconfigurations before deployment
- Integrating IaC scanning into pull request pipelines
- Writing secure Terraform modules with input validation
- Avoiding hardcoded secrets in configuration files
- Managing IaC state securely in remote backends
- Policy-as-code using Open Policy Agent (OPA) and Rego
- Creating custom rules for compliance enforcement
- Enforcing tagging, encryption, and geographic constraints
- Generating automated compliance reports from IaC scans
Module 8: Secrets Management and Rotation - Differentiating between short-lived and long-lived secrets
- Common pitfalls of embedding secrets in code or CI variables
- Using dedicated secret managers: HashiCorp Vault, AWS Secrets Manager
- Dynamic secret generation for databases and APIs
- Automated secret rotation with policy enforcement
- Integrating Vault with CI/CD pipelines and Kubernetes
- Preventing secrets leakage in build logs and console output
- Scanning for accidental secrets using Gitleaks and TruffleHog
- Implementing automatic revocation on job completion
- Using short-lived tokens and workload identity instead of secrets
Module 9: Runtime Protection and Threat Detection - Monitoring container and pod behaviour for anomalies
- Implementing runtime application shielding
- Using eBPF for low-overhead security observability
- Detecting unauthorised process execution and shell access
- Blocking malicious network connections in real time
- Setting up intrusion detection for Kubernetes workloads
- Analysing system calls for malicious patterns
- Integrating Falco rules for cloud-native threat detection
- Correlating logs from containers, nodes, and control plane
- Creating automated alerts and response playbooks
Module 10: Automated Compliance and Audit Readiness - Mapping controls to CIS Benchmarks for Kubernetes and Docker
- Automating compliance checks across environments
- Generating auditable reports with timestamps and evidence
- Meeting SOC 2, ISO 27001, and HIPAA requirements
- Continuous compliance monitoring vs point-in-time audits
- Creating policy packs for organisational standards
- Versioning and tracking policy changes over time
- Integrating compliance checks into deployment gates
- Exporting evidence for external auditors
- Reducing audit preparation time from weeks to hours
Module 11: Identity and Access in Cloud-Native Systems - Implementing workload identity across clusters and clouds
- Using OIDC and SPIFFE/SPIRE for service identity
- Role-based access control (RBAC) in Kubernetes
- Service mesh integration for mTLS and identity propagation
- Preventing privilege escalation via service account tokens
- Binding identities to least-privilege roles
- Automating permission reviews and just-in-time access
- Using short-lived credentials instead of static keys
- Monitoring for abnormal access patterns
- Integrating with enterprise IAM systems (Okta, Azure AD)
Module 12: Secure GitOps and Pull-Based Deployments - Understanding GitOps security advantages
- Securing FluxCD, ArgoCD, and other GitOps operators
- Protecting Git repositories with branch protection rules
- Validating pull requests with automated policy checks
- Preventing unauthorised manifest changes
- Enforcing cryptographic verification of deployment sources
- Using policy engines to reject non-compliant configurations
- Implementing approval workflows for production changes
- Automating drift detection and remediation
- Ensuring audit trails for every deployment event
Module 13: CI/CD Pipeline Policy Enforcement - Defining security gates for build, test, and deploy stages
- Using OPA to enforce custom pipeline policies
- Blocking deployments based on vulnerability severity
- Requiring signed images before promotion to production
- Enforcing required checks in GitHub Actions or GitLab
- Automating approval escalations for high-risk changes
- Integrating risk scoring into CI decision making
- Generating security attestations for each release
- Creating policy dashboards for visibility and accountability
- Enforcing deployment freeze windows automatically
Module 14: Supply Chain Security and SLSA Framework - Understanding the Software Supply Chain Levels for Software Artifacts (SLSA)
- Implementing SLSA Level 1 to 4 controls
- Verifying provenance of third-party packages
- Generating and validating build attestations
- Requiring signed provenance in dependency ingestion
- Using Sigstore for keyless signing and verification
- Integrating Fulcio, Rekor, and Cosign in pipelines
- Preventing dependency confusion attacks
- Enforcing minimum SLSA levels for production use
- Automating supply chain risk assessment
Module 15: Practical Automation Workflows - Building reusable pipeline templates with security baked in
- Creating multi-stage promotion pipelines with security gates
- Automating vulnerability triage using severity and context
- Integrating Jira for automatic ticket creation on findings
- Sending security reports to Slack, Teams, or email
- Automating nightly compliance scans and alerts
- Rotating secrets on a scheduled basis
- Triggering remediation scripts on policy violations
- Enforcing version pinning and deprecation schedules
- Building self-healing infrastructure using policy feedback
Module 16: Toolchain Integration and Orchestration - Selecting and integrating best-in-class security tools
- Orchestrating Trivy, Checkov, Semgrep, and OPA together
- Unifying scanning results into a single dashboard
- Reducing noise with centralised policy management
- Using Tekton or Actions to chain security steps
- Enforcing order of operations in pipeline execution
- Parallelising non-blocking security checks
- Optimising scan performance and resource usage
- Standardising tool configuration across teams
- Managing tool versioning and dependency updates
Module 17: Implementation Roadmap and Rollout Strategy - Conducting a current-state security maturity assessment
- Prioritising high-impact automation opportunities
- Starting with low-friction, high-visibility wins
- Defining success metrics for each phase
- Engaging engineering teams through collaboration
- Running secure by default pilot programmes
- Creating internal documentation and onboarding guides
- Scaling automation from one team to the enterprise
- Managing organisational change and resistance
- Building a central platform team for DevSecOps enablement
Module 18: Certification and Career Advancement - Preparing for real-world implementation challenges
- Completing a final automation project with full documentation
- Writing a board-ready summary of your security transformation
- Showcasing ROI with before-and-after metrics
- Using your Certificate of Completion strategically
- Updating your LinkedIn and professional profiles
- Leveraging the credential in salary negotiations
- Becoming a recognised internal subject matter expert
- Mentoring peers using proven frameworks
- Next steps: advanced certifications and community engagement
- Differentiating between short-lived and long-lived secrets
- Common pitfalls of embedding secrets in code or CI variables
- Using dedicated secret managers: HashiCorp Vault, AWS Secrets Manager
- Dynamic secret generation for databases and APIs
- Automated secret rotation with policy enforcement
- Integrating Vault with CI/CD pipelines and Kubernetes
- Preventing secrets leakage in build logs and console output
- Scanning for accidental secrets using Gitleaks and TruffleHog
- Implementing automatic revocation on job completion
- Using short-lived tokens and workload identity instead of secrets
Module 9: Runtime Protection and Threat Detection - Monitoring container and pod behaviour for anomalies
- Implementing runtime application shielding
- Using eBPF for low-overhead security observability
- Detecting unauthorised process execution and shell access
- Blocking malicious network connections in real time
- Setting up intrusion detection for Kubernetes workloads
- Analysing system calls for malicious patterns
- Integrating Falco rules for cloud-native threat detection
- Correlating logs from containers, nodes, and control plane
- Creating automated alerts and response playbooks
Module 10: Automated Compliance and Audit Readiness - Mapping controls to CIS Benchmarks for Kubernetes and Docker
- Automating compliance checks across environments
- Generating auditable reports with timestamps and evidence
- Meeting SOC 2, ISO 27001, and HIPAA requirements
- Continuous compliance monitoring vs point-in-time audits
- Creating policy packs for organisational standards
- Versioning and tracking policy changes over time
- Integrating compliance checks into deployment gates
- Exporting evidence for external auditors
- Reducing audit preparation time from weeks to hours
Module 11: Identity and Access in Cloud-Native Systems - Implementing workload identity across clusters and clouds
- Using OIDC and SPIFFE/SPIRE for service identity
- Role-based access control (RBAC) in Kubernetes
- Service mesh integration for mTLS and identity propagation
- Preventing privilege escalation via service account tokens
- Binding identities to least-privilege roles
- Automating permission reviews and just-in-time access
- Using short-lived credentials instead of static keys
- Monitoring for abnormal access patterns
- Integrating with enterprise IAM systems (Okta, Azure AD)
Module 12: Secure GitOps and Pull-Based Deployments - Understanding GitOps security advantages
- Securing FluxCD, ArgoCD, and other GitOps operators
- Protecting Git repositories with branch protection rules
- Validating pull requests with automated policy checks
- Preventing unauthorised manifest changes
- Enforcing cryptographic verification of deployment sources
- Using policy engines to reject non-compliant configurations
- Implementing approval workflows for production changes
- Automating drift detection and remediation
- Ensuring audit trails for every deployment event
Module 13: CI/CD Pipeline Policy Enforcement - Defining security gates for build, test, and deploy stages
- Using OPA to enforce custom pipeline policies
- Blocking deployments based on vulnerability severity
- Requiring signed images before promotion to production
- Enforcing required checks in GitHub Actions or GitLab
- Automating approval escalations for high-risk changes
- Integrating risk scoring into CI decision making
- Generating security attestations for each release
- Creating policy dashboards for visibility and accountability
- Enforcing deployment freeze windows automatically
Module 14: Supply Chain Security and SLSA Framework - Understanding the Software Supply Chain Levels for Software Artifacts (SLSA)
- Implementing SLSA Level 1 to 4 controls
- Verifying provenance of third-party packages
- Generating and validating build attestations
- Requiring signed provenance in dependency ingestion
- Using Sigstore for keyless signing and verification
- Integrating Fulcio, Rekor, and Cosign in pipelines
- Preventing dependency confusion attacks
- Enforcing minimum SLSA levels for production use
- Automating supply chain risk assessment
Module 15: Practical Automation Workflows - Building reusable pipeline templates with security baked in
- Creating multi-stage promotion pipelines with security gates
- Automating vulnerability triage using severity and context
- Integrating Jira for automatic ticket creation on findings
- Sending security reports to Slack, Teams, or email
- Automating nightly compliance scans and alerts
- Rotating secrets on a scheduled basis
- Triggering remediation scripts on policy violations
- Enforcing version pinning and deprecation schedules
- Building self-healing infrastructure using policy feedback
Module 16: Toolchain Integration and Orchestration - Selecting and integrating best-in-class security tools
- Orchestrating Trivy, Checkov, Semgrep, and OPA together
- Unifying scanning results into a single dashboard
- Reducing noise with centralised policy management
- Using Tekton or Actions to chain security steps
- Enforcing order of operations in pipeline execution
- Parallelising non-blocking security checks
- Optimising scan performance and resource usage
- Standardising tool configuration across teams
- Managing tool versioning and dependency updates
Module 17: Implementation Roadmap and Rollout Strategy - Conducting a current-state security maturity assessment
- Prioritising high-impact automation opportunities
- Starting with low-friction, high-visibility wins
- Defining success metrics for each phase
- Engaging engineering teams through collaboration
- Running secure by default pilot programmes
- Creating internal documentation and onboarding guides
- Scaling automation from one team to the enterprise
- Managing organisational change and resistance
- Building a central platform team for DevSecOps enablement
Module 18: Certification and Career Advancement - Preparing for real-world implementation challenges
- Completing a final automation project with full documentation
- Writing a board-ready summary of your security transformation
- Showcasing ROI with before-and-after metrics
- Using your Certificate of Completion strategically
- Updating your LinkedIn and professional profiles
- Leveraging the credential in salary negotiations
- Becoming a recognised internal subject matter expert
- Mentoring peers using proven frameworks
- Next steps: advanced certifications and community engagement
- Mapping controls to CIS Benchmarks for Kubernetes and Docker
- Automating compliance checks across environments
- Generating auditable reports with timestamps and evidence
- Meeting SOC 2, ISO 27001, and HIPAA requirements
- Continuous compliance monitoring vs point-in-time audits
- Creating policy packs for organisational standards
- Versioning and tracking policy changes over time
- Integrating compliance checks into deployment gates
- Exporting evidence for external auditors
- Reducing audit preparation time from weeks to hours
Module 11: Identity and Access in Cloud-Native Systems - Implementing workload identity across clusters and clouds
- Using OIDC and SPIFFE/SPIRE for service identity
- Role-based access control (RBAC) in Kubernetes
- Service mesh integration for mTLS and identity propagation
- Preventing privilege escalation via service account tokens
- Binding identities to least-privilege roles
- Automating permission reviews and just-in-time access
- Using short-lived credentials instead of static keys
- Monitoring for abnormal access patterns
- Integrating with enterprise IAM systems (Okta, Azure AD)
Module 12: Secure GitOps and Pull-Based Deployments - Understanding GitOps security advantages
- Securing FluxCD, ArgoCD, and other GitOps operators
- Protecting Git repositories with branch protection rules
- Validating pull requests with automated policy checks
- Preventing unauthorised manifest changes
- Enforcing cryptographic verification of deployment sources
- Using policy engines to reject non-compliant configurations
- Implementing approval workflows for production changes
- Automating drift detection and remediation
- Ensuring audit trails for every deployment event
Module 13: CI/CD Pipeline Policy Enforcement - Defining security gates for build, test, and deploy stages
- Using OPA to enforce custom pipeline policies
- Blocking deployments based on vulnerability severity
- Requiring signed images before promotion to production
- Enforcing required checks in GitHub Actions or GitLab
- Automating approval escalations for high-risk changes
- Integrating risk scoring into CI decision making
- Generating security attestations for each release
- Creating policy dashboards for visibility and accountability
- Enforcing deployment freeze windows automatically
Module 14: Supply Chain Security and SLSA Framework - Understanding the Software Supply Chain Levels for Software Artifacts (SLSA)
- Implementing SLSA Level 1 to 4 controls
- Verifying provenance of third-party packages
- Generating and validating build attestations
- Requiring signed provenance in dependency ingestion
- Using Sigstore for keyless signing and verification
- Integrating Fulcio, Rekor, and Cosign in pipelines
- Preventing dependency confusion attacks
- Enforcing minimum SLSA levels for production use
- Automating supply chain risk assessment
Module 15: Practical Automation Workflows - Building reusable pipeline templates with security baked in
- Creating multi-stage promotion pipelines with security gates
- Automating vulnerability triage using severity and context
- Integrating Jira for automatic ticket creation on findings
- Sending security reports to Slack, Teams, or email
- Automating nightly compliance scans and alerts
- Rotating secrets on a scheduled basis
- Triggering remediation scripts on policy violations
- Enforcing version pinning and deprecation schedules
- Building self-healing infrastructure using policy feedback
Module 16: Toolchain Integration and Orchestration - Selecting and integrating best-in-class security tools
- Orchestrating Trivy, Checkov, Semgrep, and OPA together
- Unifying scanning results into a single dashboard
- Reducing noise with centralised policy management
- Using Tekton or Actions to chain security steps
- Enforcing order of operations in pipeline execution
- Parallelising non-blocking security checks
- Optimising scan performance and resource usage
- Standardising tool configuration across teams
- Managing tool versioning and dependency updates
Module 17: Implementation Roadmap and Rollout Strategy - Conducting a current-state security maturity assessment
- Prioritising high-impact automation opportunities
- Starting with low-friction, high-visibility wins
- Defining success metrics for each phase
- Engaging engineering teams through collaboration
- Running secure by default pilot programmes
- Creating internal documentation and onboarding guides
- Scaling automation from one team to the enterprise
- Managing organisational change and resistance
- Building a central platform team for DevSecOps enablement
Module 18: Certification and Career Advancement - Preparing for real-world implementation challenges
- Completing a final automation project with full documentation
- Writing a board-ready summary of your security transformation
- Showcasing ROI with before-and-after metrics
- Using your Certificate of Completion strategically
- Updating your LinkedIn and professional profiles
- Leveraging the credential in salary negotiations
- Becoming a recognised internal subject matter expert
- Mentoring peers using proven frameworks
- Next steps: advanced certifications and community engagement
- Understanding GitOps security advantages
- Securing FluxCD, ArgoCD, and other GitOps operators
- Protecting Git repositories with branch protection rules
- Validating pull requests with automated policy checks
- Preventing unauthorised manifest changes
- Enforcing cryptographic verification of deployment sources
- Using policy engines to reject non-compliant configurations
- Implementing approval workflows for production changes
- Automating drift detection and remediation
- Ensuring audit trails for every deployment event
Module 13: CI/CD Pipeline Policy Enforcement - Defining security gates for build, test, and deploy stages
- Using OPA to enforce custom pipeline policies
- Blocking deployments based on vulnerability severity
- Requiring signed images before promotion to production
- Enforcing required checks in GitHub Actions or GitLab
- Automating approval escalations for high-risk changes
- Integrating risk scoring into CI decision making
- Generating security attestations for each release
- Creating policy dashboards for visibility and accountability
- Enforcing deployment freeze windows automatically
Module 14: Supply Chain Security and SLSA Framework - Understanding the Software Supply Chain Levels for Software Artifacts (SLSA)
- Implementing SLSA Level 1 to 4 controls
- Verifying provenance of third-party packages
- Generating and validating build attestations
- Requiring signed provenance in dependency ingestion
- Using Sigstore for keyless signing and verification
- Integrating Fulcio, Rekor, and Cosign in pipelines
- Preventing dependency confusion attacks
- Enforcing minimum SLSA levels for production use
- Automating supply chain risk assessment
Module 15: Practical Automation Workflows - Building reusable pipeline templates with security baked in
- Creating multi-stage promotion pipelines with security gates
- Automating vulnerability triage using severity and context
- Integrating Jira for automatic ticket creation on findings
- Sending security reports to Slack, Teams, or email
- Automating nightly compliance scans and alerts
- Rotating secrets on a scheduled basis
- Triggering remediation scripts on policy violations
- Enforcing version pinning and deprecation schedules
- Building self-healing infrastructure using policy feedback
Module 16: Toolchain Integration and Orchestration - Selecting and integrating best-in-class security tools
- Orchestrating Trivy, Checkov, Semgrep, and OPA together
- Unifying scanning results into a single dashboard
- Reducing noise with centralised policy management
- Using Tekton or Actions to chain security steps
- Enforcing order of operations in pipeline execution
- Parallelising non-blocking security checks
- Optimising scan performance and resource usage
- Standardising tool configuration across teams
- Managing tool versioning and dependency updates
Module 17: Implementation Roadmap and Rollout Strategy - Conducting a current-state security maturity assessment
- Prioritising high-impact automation opportunities
- Starting with low-friction, high-visibility wins
- Defining success metrics for each phase
- Engaging engineering teams through collaboration
- Running secure by default pilot programmes
- Creating internal documentation and onboarding guides
- Scaling automation from one team to the enterprise
- Managing organisational change and resistance
- Building a central platform team for DevSecOps enablement
Module 18: Certification and Career Advancement - Preparing for real-world implementation challenges
- Completing a final automation project with full documentation
- Writing a board-ready summary of your security transformation
- Showcasing ROI with before-and-after metrics
- Using your Certificate of Completion strategically
- Updating your LinkedIn and professional profiles
- Leveraging the credential in salary negotiations
- Becoming a recognised internal subject matter expert
- Mentoring peers using proven frameworks
- Next steps: advanced certifications and community engagement
- Understanding the Software Supply Chain Levels for Software Artifacts (SLSA)
- Implementing SLSA Level 1 to 4 controls
- Verifying provenance of third-party packages
- Generating and validating build attestations
- Requiring signed provenance in dependency ingestion
- Using Sigstore for keyless signing and verification
- Integrating Fulcio, Rekor, and Cosign in pipelines
- Preventing dependency confusion attacks
- Enforcing minimum SLSA levels for production use
- Automating supply chain risk assessment
Module 15: Practical Automation Workflows - Building reusable pipeline templates with security baked in
- Creating multi-stage promotion pipelines with security gates
- Automating vulnerability triage using severity and context
- Integrating Jira for automatic ticket creation on findings
- Sending security reports to Slack, Teams, or email
- Automating nightly compliance scans and alerts
- Rotating secrets on a scheduled basis
- Triggering remediation scripts on policy violations
- Enforcing version pinning and deprecation schedules
- Building self-healing infrastructure using policy feedback
Module 16: Toolchain Integration and Orchestration - Selecting and integrating best-in-class security tools
- Orchestrating Trivy, Checkov, Semgrep, and OPA together
- Unifying scanning results into a single dashboard
- Reducing noise with centralised policy management
- Using Tekton or Actions to chain security steps
- Enforcing order of operations in pipeline execution
- Parallelising non-blocking security checks
- Optimising scan performance and resource usage
- Standardising tool configuration across teams
- Managing tool versioning and dependency updates
Module 17: Implementation Roadmap and Rollout Strategy - Conducting a current-state security maturity assessment
- Prioritising high-impact automation opportunities
- Starting with low-friction, high-visibility wins
- Defining success metrics for each phase
- Engaging engineering teams through collaboration
- Running secure by default pilot programmes
- Creating internal documentation and onboarding guides
- Scaling automation from one team to the enterprise
- Managing organisational change and resistance
- Building a central platform team for DevSecOps enablement
Module 18: Certification and Career Advancement - Preparing for real-world implementation challenges
- Completing a final automation project with full documentation
- Writing a board-ready summary of your security transformation
- Showcasing ROI with before-and-after metrics
- Using your Certificate of Completion strategically
- Updating your LinkedIn and professional profiles
- Leveraging the credential in salary negotiations
- Becoming a recognised internal subject matter expert
- Mentoring peers using proven frameworks
- Next steps: advanced certifications and community engagement
- Selecting and integrating best-in-class security tools
- Orchestrating Trivy, Checkov, Semgrep, and OPA together
- Unifying scanning results into a single dashboard
- Reducing noise with centralised policy management
- Using Tekton or Actions to chain security steps
- Enforcing order of operations in pipeline execution
- Parallelising non-blocking security checks
- Optimising scan performance and resource usage
- Standardising tool configuration across teams
- Managing tool versioning and dependency updates
Module 17: Implementation Roadmap and Rollout Strategy - Conducting a current-state security maturity assessment
- Prioritising high-impact automation opportunities
- Starting with low-friction, high-visibility wins
- Defining success metrics for each phase
- Engaging engineering teams through collaboration
- Running secure by default pilot programmes
- Creating internal documentation and onboarding guides
- Scaling automation from one team to the enterprise
- Managing organisational change and resistance
- Building a central platform team for DevSecOps enablement
Module 18: Certification and Career Advancement - Preparing for real-world implementation challenges
- Completing a final automation project with full documentation
- Writing a board-ready summary of your security transformation
- Showcasing ROI with before-and-after metrics
- Using your Certificate of Completion strategically
- Updating your LinkedIn and professional profiles
- Leveraging the credential in salary negotiations
- Becoming a recognised internal subject matter expert
- Mentoring peers using proven frameworks
- Next steps: advanced certifications and community engagement
- Preparing for real-world implementation challenges
- Completing a final automation project with full documentation
- Writing a board-ready summary of your security transformation
- Showcasing ROI with before-and-after metrics
- Using your Certificate of Completion strategically
- Updating your LinkedIn and professional profiles
- Leveraging the credential in salary negotiations
- Becoming a recognised internal subject matter expert
- Mentoring peers using proven frameworks
- Next steps: advanced certifications and community engagement
