Description

This curriculum spans the design and coordination of enterprise DevOps practices across development, operations, and security teams, comparable in scope to a multi-workshop program for aligning cross-functional responsibilities in large-scale cloud environments.

Module 1: Defining and Aligning DevOps Roles and Responsibilities

Determine ownership of CI/CD pipeline maintenance between development teams and platform engineering, including escalation paths for pipeline failures.
Assign accountability for infrastructure-as-code (IaC) reviews and approvals in pull requests to prevent configuration drift.
Resolve conflicts between development velocity and platform stability by establishing service-level objectives (SLOs) ownership.
Implement role-based access control (RBAC) policies in cloud environments, balancing least privilege with operational efficiency.
Design on-call rotations for production incidents, specifying handoff procedures between Dev, Ops, and SRE teams.
Document ownership of monitoring dashboards and alerting rules to ensure timely response and reduce alert fatigue.

Module 2: Integrating Security and Compliance into DevOps Workflows

Embed security scanning tools (SAST/DAST) into CI pipelines and define thresholds for build failures versus warnings.
Assign responsibility for managing and rotating secrets used in CI/CD jobs across environments.
Coordinate vulnerability remediation timelines between security teams and development squads based on exploit severity.
Implement policy-as-code checks (e.g., using OPA or Checkov) and assign ownership for maintaining compliance rules.
Define audit trail requirements for production changes and ensure logs are retained and accessible to compliance officers.
Establish a process for granting time-limited production access during incidents while maintaining accountability.

Module 3: Designing and Managing CI/CD Pipelines

Select pipeline execution environments (e.g., self-hosted runners vs. managed services) based on security, cost, and scalability needs.
Standardize pipeline configuration formats (e.g., YAML templates) and designate a team responsible for versioning and distribution.
Implement pipeline testing strategies, including testing the pipeline itself using staging environments.
Define artifact promotion workflows between environments, specifying manual approval requirements for production.
Monitor pipeline performance metrics and assign ownership for optimizing build times and resource usage.
Handle pipeline failure triage by establishing runbook ownership and integrating with incident management systems.

Module 4: Infrastructure as Code and Environment Management

Choose between monorepo and polyrepo strategies for IaC, considering team autonomy and cross-environment consistency.
Assign responsibility for managing base image updates and patching across container registries.
Implement environment lifecycle management, including automated teardown of non-production environments.
Enforce naming conventions and tagging standards for cloud resources to support cost allocation and governance.
Design drift detection mechanisms and define remediation procedures when manual changes are detected.
Coordinate Terraform state management, including backend configuration and locking mechanisms to prevent conflicts.

Module 5: Observability and Incident Response in Production

Determine log retention policies based on regulatory requirements and operational debugging needs.
Assign ownership of synthetic monitoring checks that validate critical user journeys across regions.
Define thresholds for alerting on key metrics (latency, error rates, saturation) and assign on-call ownership.
Implement structured logging standards and ensure all services adopt them before production deployment.
Conduct blameless postmortems after incidents and assign action item tracking to specific team leads.
Integrate observability tools with ticketing and communication platforms to streamline incident response workflows.

Module 6: Release Management and Change Control

Define release train schedules and assign a release manager to coordinate cross-team deployments.
Implement feature flag governance, including ownership of flag lifecycle and cleanup procedures.
Establish rollback protocols for failed deployments, specifying decision authority and communication channels.
Manage configuration differences between environments using environment-specific overlays in IaC.
Coordinate change advisory board (CAB) meetings for high-risk changes, documenting approvals and risk assessments.
Track deployment success rates and assign responsibility for improving deployment reliability metrics.

Module 7: Cross-Team Collaboration and DevOps Governance

Define service ownership models using a system like the Team API or Responsibility Assignment Matrix (RACI).
Implement a platform enablement team to provide standardized tooling and reduce duplication across squads.
Establish feedback loops between operations and development teams using operational reviews and metrics sharing.
Govern the use of experimental technologies by defining sandbox environments and approval processes.
Measure and report on DevOps KPIs (e.g., lead time, change failure rate) with ownership assigned per service.
Manage technical debt in automation scripts and pipelines by scheduling dedicated refactoring sprints.

Module 8: Scaling DevOps in Enterprise Environments

Design multi-region deployment strategies and assign ownership for regional failover testing.
Implement centralized logging and monitoring for distributed services while respecting data residency laws.
Standardize toolchains across business units without stifling innovation in specialized domains.
Coordinate DevOps practices across mergers or acquisitions, reconciling differing tooling and processes.
Scale CI/CD infrastructure to support hundreds of pipelines, including cost and performance monitoring.
Develop internal training programs for onboarding engineers to standardized DevOps practices and tooling.