DevOps help for Cloud Platform Engineers
  • Welcome!
  • Quick Start Guide
  • About Me
  • CV
  • 🧠DevOps & SRE Foundations
    • DevOps Overview
      • Engineering Fundamentals
      • Implementing DevOps Strategy
      • DevOps Readiness Assessment
      • Lifecycle Management
      • The 12 Factor App
      • Design for Self Healing
      • Incident Management Best Practices (2025)
    • SRE Fundamentals
      • Toil Reduction
      • System Simplicity
      • Real-world Scenarios
        • AWS VM Log Monitoring API
    • Agile Development
      • Team Agreements
        • Definition of Done
        • Definition of Ready
        • Team Manifesto
        • Working Agreement
    • Industry Scenarios
      • Finance and Banking
      • Public Sector (UK/EU)
      • Energy Sector Edge Computing
  • DevOps Practices
    • Platform Engineering
    • FinOps
    • Observability
      • Modern Practices
  • 🚀Modern DevOps Practices
    • Infrastructure Testing
    • Modern Development
    • Database DevOps
  • 🛠️Infrastructure as Code (IaC)
    • Terraform
      • Getting Started - Installation and initial setup [BEGINNER]
      • Cloud Integrations - Provider-specific implementations
        • Azure Scenarios
        • AWS Scenarios
        • GCP Scenarios
      • Testing and Validation - Ensuring infrastructure quality
        • Unit Testing
        • Integration Testing
        • End-to-End Testing
        • Terratest Guide
      • Best Practices - Production-ready implementation strategies
        • State Management
        • Security
        • Code Organization
        • Performance
      • Tools & Utilities - Enhancing the Terraform workflow
        • Terraform Docs
        • TFLint
        • Checkov
        • Terrascan
      • CI/CD Integration - Automating infrastructure deployment
        • GitHub Actions - GitHub-based automation workflows
        • Azure Pipelines - Azure DevOps integration
        • GitLab CI - GitLab-based deployment pipelines
    • Bicep
      • Getting Started - First steps with Bicep [BEGINNER]
      • Template Specs
      • Best Practices - Guidelines for effective Bicep implementations
      • Modules - Building reusable components [INTERMEDIATE]
      • Examples - Sample implementations for common scenarios
      • Advanced Features
      • CI/CD Integration - Automating Bicep deployments
        • GitHub Actions
        • Azure Pipelines
  • 💰Cost Management & FinOps
    • Cloud Cost Optimization
  • 🐳Containers & Orchestration
    • Containerization Overview
    • Docker
      • Dockerfile Best Practices
      • Docker Compose
    • Kubernetes
      • CLI Tools - Essential command-line utilities
        • Kubectl
        • Kubens
        • Kubectx
      • Core Concepts
      • Components
      • Best Practices
        • Pod Security
        • Security Monitoring
        • Resource Limits
      • Advanced Features - Beyond the basics [ADVANCED]
        • Service Mesh
        • Ingress Controllers
          • NGINX
          • Traefik
          • Kong
          • Gloo Edge
      • Troubleshooting - Diagnosing and resolving common issues
        • Pod Troubleshooting Commands
      • Enterprise Architecture
      • Health Management
      • Security & Compliance
      • Virtual Clusters
    • OpenShift
  • Service Mesh & Networking
    • Service Mesh Implementation
  • Architecture Patterns
    • Data Mesh
    • Multi-Cloud Networking
    • Disaster Recovery
    • Chaos Engineering
  • Edge Computing
    • Implementation Guide
    • Serverless Edge
    • IoT Edge Patterns
    • Real-Time Processing
    • Edge AI/ML
    • Security Hardening
    • Observability Patterns
    • Network Optimization
    • Storage Patterns
  • 🔄CI/CD & GitOps
    • CI/CD Overview
    • Continuous Integration
    • Continuous Delivery
      • Deployment Strategies
      • Secrets Management
      • Blue-Green Deployments
      • Deployment Metrics
      • Progressive Delivery
      • Release Management for DevOps/SRE (2025)
    • CI/CD Platforms - Tool selection and implementation
      • Azure DevOps
        • Pipelines
          • Stages
          • Jobs
          • Steps
          • Templates - Reusable pipeline components
          • Extends
          • Service Connections - External service authentication
          • Best Practices for 2025
          • Agents and Runners
          • Third-Party Integrations
          • Azure DevOps CLI
        • Boards & Work Items
      • GitHub Actions
      • GitLab
        • GitLab Runner
        • Real-life scenarios
        • Installation guides
        • Pros and Cons
        • Comparison with alternatives
    • GitOps
      • Modern GitOps Practices
      • GitOps Patterns for Multi-Cloud (2025)
      • Flux
        • Overview
        • Progressive Delivery
        • Use GitOps with Flux, GitHub and AKS
  • Source Control
    • Source Control Overview
    • Git Branching Strategies
    • Component Versioning
    • Kubernetes Manifest Versioning
    • GitLab
    • Creating a Fork
    • Naming Branches
    • Pull Requests
    • Integrating LLMs into Source Control Workflows
  • ☁️Cloud Platforms
    • Cloud Strategy
    • Azure
      • Best Practices
      • Landing Zones
      • Services
      • Monitoring
      • Administration Tools - Platform management interfaces
        • Azure PowerShell
        • Azure CLI
      • Tips & Tricks
    • AWS
      • Authentication
      • Best Practices
      • Tips & Tricks
    • Google Cloud
      • Services
    • Private Cloud
  • 🔐Security & Compliance
    • DevSecOps Overview
    • DevSecOps Pipeline Security
    • DevSecOps
      • Real-life Examples
      • Scanning & Protection - Automated security tooling
        • Dependency Scanning
        • Credential Scanning
        • Container Security Scanning
        • Static Code Analysis
          • Best Practices
          • Tool Integration Guide
          • Pipeline Configuration
      • CI/CD Security
      • Secrets Rotation
    • Supply Chain Security
      • SLSA Framework
      • Binary Authorization
      • Artifact Signing
    • Security Best Practices
      • Threat Modeling
      • Kubernetes Security
    • SecOps
    • Zero Trust Model
    • Cloud Compliance
      • ISO/IEC 27001:2022
      • ISO 22301:2019
      • PCI DSS
      • CSA STAR
    • Security Frameworks
    • SIEM and SOAR
  • Security Architecture
    • Zero Trust Implementation
      • Identity Management
      • Network Security
      • Access Control
  • 🔍Observability & Monitoring
    • Observability Fundamentals
    • Logging
    • Metrics
    • Tracing
    • Dashboards
    • SLOs and SLAs
    • Observability as Code
    • Pipeline Observability
  • 🧪Testing Strategies
    • Testing Overview
    • Modern Testing Approaches
    • End-to-End Testing
    • Unit Testing
    • Performance Testing
      • Load Testing
    • Fault Injection Testing
    • Integration Testing
    • Smoke Testing
  • 🤖AI Integration
    • AIops Overview
      • Workflow Automation
      • Predictive Analytics
      • Code Quality
  • 🧠AI & LLM Integration
    • Overview
    • Claude
      • Installation Guide
      • Project Guides
      • MCP Server Setup
      • LLM Comparison
    • Ollama
      • Installation Guide
      • Configuration
      • Models and Fine-tuning
      • DevOps Usage
      • Docker Setup
      • GPU Setup
      • Open WebUI
    • Copilot
      • Installation Guide
      • VS Code Integration
      • CLI Usage
    • Gemini
      • Installation Guides - Platform-specific setup
        • Linux Installation
        • WSL Installation
        • NixOS Installation
      • Gemini 2.5 Features
      • Roles and Agents
      • NotebookML Guide
      • Cloud Infrastructure Deployment
      • Summary
  • 💻Development Environment
    • Tools Overview
    • DevOps Tools
    • Operating Systems - Development platforms
      • NixOS
        • Installation
        • Nix Language Guide
        • DevEnv with Nix
        • Cloud Deployments
      • WSL2
        • Distributions
        • Terminal Setup
    • Editor Environments
    • CLI Tools
      • Azure CLI
      • PowerShell
      • Linux Commands
      • YAML Tools
  • 📚Programming Languages
    • Python
    • Go
    • JavaScript/TypeScript
    • Java
    • Rust
  • 📖Documentation Best Practices
    • Documentation Strategy
    • Project Documentation
    • Release Notes
    • Static Sites
    • Documentation Templates
    • Real-World Examples
  • 📋Reference Materials
    • Glossary
    • Tool Comparison
    • Recommended Reading
    • Troubleshooting Guide
  • Platform Engineering
    • Implementation Guide
  • FinOps
    • Implementation Guide
  • AIOps
    • LLMOps Guide
  • Development Setup
    • Development Setup
Powered by GitBook
On this page
  • Why Definition of Done Matters
  • Feature/User Story DoD
  • Functional Requirements
  • Code Quality
  • Testing
  • DevOps & Observability
  • Security & Compliance
  • Documentation & Knowledge Sharing
  • Review & Approval
  • Sprint Goal DoD
  • Deliverables
  • Quality & Testing
  • Defects & Technical Debt
  • Process & Collaboration
  • Release/Milestone DoD
  • Release Readiness
  • Deployment Pipeline
  • Security & Compliance
  • Operations Readiness
  • Stakeholder Approval
  • Customizing Your Definition of Done
Edit on GitHub
  1. DevOps & SRE Foundations
  2. Agile Development
  3. Team Agreements

Definition of Done

A clear Definition of Done (DoD) is crucial for ensuring quality and consistency in software development. This document outlines comprehensive criteria for completing work at various levels of the development cycle, incorporating modern DevOps practices.

Why Definition of Done Matters

A well-defined DoD:

  • Creates shared understanding across team members

  • Establishes quality standards

  • Reduces technical debt

  • Minimizes rework and surprises

  • Facilitates predictable delivery

  • Ensures security and compliance requirements are met

Feature/User Story DoD

Before considering a feature or user story complete, verify that:

Functional Requirements

Code Quality

Testing

DevOps & Observability

Security & Compliance

Documentation & Knowledge Sharing

Review & Approval

Sprint Goal DoD

In addition to all feature/user story DoD items above, a sprint is complete when:

Deliverables

Quality & Testing

Defects & Technical Debt

Process & Collaboration

Release/Milestone DoD

A release or milestone is ready for production when:

Release Readiness

Deployment Pipeline

Security & Compliance

Operations Readiness

Stakeholder Approval

Customizing Your Definition of Done

Teams should collaboratively define their specific DoD, considering:

  1. Team context: Size, experience, domain expertise

  2. Project requirements: Complexity, criticality, compliance needs

  3. Technical environment: Languages, frameworks, infrastructure

  4. Organizational standards: Company policies and quality standards

Review and update your DoD regularly during retrospectives to continuously improve your development process.


Note: This is a comprehensive template. Teams should adapt it to their specific needs, removing irrelevant items or adding project-specific requirements.

PreviousTeam AgreementsNextDefinition of Ready

Last updated 1 day ago

🧠