Description

This curriculum spans the design and operationalisation of configuration management practices across the software release lifecycle, comparable in scope to a multi-workshop program aligning DevOps, security, and IT operations teams on standardised, auditable configuration workflows.

Module 1: Configuration Management Strategy and Scope Definition

Define configuration item (CI) ownership across development, operations, and security teams to prevent accountability gaps during audits.
Select which environments (development, staging, production) require full configuration tracking based on compliance exposure and change frequency.
Determine whether to track configuration as code or through runtime discovery, weighing consistency against operational overhead.
Establish naming conventions and tagging standards for CIs to ensure cross-team interoperability in incident and change management.
Decide whether to include transient infrastructure (e.g., ephemeral containers) in the configuration management database (CMDB), considering monitoring needs versus data bloat.
Integrate configuration scope decisions with existing ITIL processes, particularly change and incident management, to maintain process alignment.

Module 2: Configuration as Code Implementation

Choose between declarative (e.g., YAML-based) and imperative (e.g., script-based) configuration models based on team expertise and rollback requirements.
Implement version control branching strategies for configuration files that mirror application release cycles to prevent configuration drift.
Enforce code reviews and automated linting for configuration changes to reduce syntax errors and enforce security baselines.
Embed secrets management (e.g., HashiCorp Vault, AWS Secrets Manager) into configuration templates to avoid hardcoded credentials.
Design reusable configuration modules with parameterization to support environment-specific deployments without duplication.
Validate configuration syntax and dependency resolution in pre-commit hooks to catch errors before deployment.

Module 3: Environment Parity and Promotion

Standardize environment provisioning scripts to ensure consistent middleware versions, network policies, and dependency versions across tiers.
Implement configuration baselines per environment that allow necessary deviations (e.g., logging verbosity) while minimizing divergence.
Automate environment comparison reports to detect configuration drift between staging and production after manual fixes.
Define promotion gates that verify configuration compliance before allowing artifact deployment to higher environments.
Manage environment-specific overrides through externalized configuration stores (e.g., Spring Cloud Config, Consul) rather than code branching.
Coordinate configuration freeze periods during release windows to prevent unintended changes from disrupting deployment stability.

Module 4: Integration with CI/CD Pipelines

Embed configuration validation steps in CI pipelines to reject builds that reference undefined or deprecated CIs.
Synchronize configuration deployment with application deployment in the pipeline to prevent version mismatches.
Use pipeline triggers based on configuration changes to initiate dependent service redeployments in microservices architectures.
Log all configuration changes executed through pipelines in audit-compliant storage with immutable records.
Implement conditional pipeline stages that skip configuration updates when no relevant changes are detected.
Isolate configuration deployment failures from application deployment failures to enable targeted remediation.

Module 5: Configuration Drift Detection and Remediation

Deploy periodic configuration scanning tools (e.g., Puppet, Ansible) to detect unauthorized changes in production systems.
Classify drift severity based on impact (e.g., security, performance) to prioritize automated versus manual remediation.
Configure automated remediation jobs with approval workflows for critical systems to prevent unintended outages.
Integrate drift detection alerts with incident management systems to initiate response protocols.
Document approved exceptions to baseline configurations to prevent false-positive alerts during audits.
Balance remediation frequency against system stability, avoiding aggressive auto-correction during peak traffic periods.

Module 6: Security and Compliance Governance

Map configuration controls to regulatory frameworks (e.g., PCI DSS, HIPAA) to automate compliance reporting.
Enforce least-privilege access to configuration management tools using role-based access control (RBAC).
Implement cryptographic signing of configuration artifacts to prevent tampering during transit.
Conduct regular configuration audits to verify alignment with corporate security baselines and patch policies.
Integrate vulnerability scanners with configuration data to identify systems running outdated or insecure software versions.
Restrict direct production configuration changes by requiring all modifications to flow through version-controlled pipelines.

Module 7: Monitoring, Auditing, and Rollback

Correlate configuration change timestamps with monitoring alerts to identify root causes of performance degradation.
Store historical configuration states to enable point-in-time restoration during incident investigations.
Implement rollback procedures that revert both application and configuration changes simultaneously to maintain consistency.
Tag configuration changes with associated change request IDs for audit trail traceability.
Use immutable configuration snapshots in production to prevent runtime overrides during troubleshooting.
Generate monthly configuration audit reports for review by security and compliance stakeholders.

Module 8: Cross-Team Collaboration and Tool Integration

Align configuration management tooling with incident response workflows to accelerate root cause analysis.
Integrate CMDB with service catalog systems to ensure accurate service dependency mapping.
Establish shared SLAs between DevOps and platform teams for configuration change implementation and validation.
Standardize API contracts between configuration tools and monitoring systems to enable automated health checks.
Facilitate joint change advisory board (CAB) reviews for high-risk configuration updates involving multiple teams.
Develop cross-functional playbooks for configuration-related incidents to reduce mean time to resolution (MTTR).