DevOps help for Cloud Platform Engineers
  • Welcome!
  • Quick Start Guide
  • About Me
  • CV
  • Contribute
  • 🧠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
      • Cloud Integrations - Provider-specific implementations
        • Azure Scenarios
          • Azure Authetication
            • Service Principal
            • Service Principal in block
            • Service Principal in env
        • AWS Scenarios
          • AWS Authentication
        • GCP Scenarios
          • GCP Authentication
      • Testing and Validation
        • Unit Testing
        • Integration Testing
        • End-to-End Testing
        • Terratest Guide
      • Best Practices
        • 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
        • Azure Pipelines
        • GitLab CI
    • 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
            • Istio
            • Linkerd
          • Ingress Controllers
            • NGINX
            • Traefik
            • Kong
            • Gloo Edge
            • Contour
        • Tips
          • Status in Pods
          • Resource handling
          • 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 & Release Management
    • Continuous Integration
    • Continuous Delivery
      • Deployment Strategies
      • Secrets Management
      • Blue-Green Deployments
      • Deployment Metrics
      • Progressive Delivery
      • Release Management for DevOps/SRE (2025)
  • CI/CD Platforms
    • Tekton
      • Build and Push Container Images
      • Tekton on NixOS Setup
    • Flagger
    • 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
      • GitHub SecOps: DevSecOps Pipeline
    • GitLab
      • GitLab Runner
  • GitOps
    • GitOps Overview
      • Modern GitOps Practices
      • GitOps Patterns for Multi-Cloud (2025)
      • Flux
        • 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
      • AWS to Azure
      • Azure to AWS
      • GCP to Azure
      • AWS to GCP
      • GCP to AWS
    • Landing Zones in Public Clouds
      • AWS Landing Zone
      • GCP Landing Zone
      • Azure Landing Zones
    • Azure
      • Best Practices
        • Azure Best Practices Overview
        • Azure Architecture Best Practices
        • Azure Naming Standards
        • Azure Tags
        • Azure Security Best Practices
      • Services
        • Azure Active Directory (AAD)
        • Azure Monitor
        • Azure Key Vault
        • Azure Service Bus
        • Azure DNS
        • Azure App Service
        • Azure Batch
        • Azure Machine Learning
        • Azure OpenAI Service
        • Azure Cognitive Services
        • Azure Kubernetes Service (AKS)
        • Azure Databricks
        • Azure SQL Database
      • Monitoring
      • Administration Tools - Platform management interfaces
        • Azure PowerShell
        • Azure CLI
      • Tips & Tricks
    • AWS
      • Authentication
      • Best Practices
      • Tips & Tricks
      • Services
        • AWS IAM (Identity and Access Management)
        • Amazon CloudWatch
        • Amazon SNS (Simple Notification Service)
        • Amazon SQS (Simple Queue Service)
        • Amazon Route 53
        • AWS Elastic Beanstalk
        • AWS Batch
        • Amazon SageMaker
        • Amazon Bedrock
        • Amazon Comprehend
    • Google Cloud
      • Services
        • Cloud CDN
        • Cloud DNS
        • Cloud Load Balancing
        • Google Kubernetes Engine (GKE)
        • Cloud Run
        • Artifact Registry
        • Compute Engine
        • Cloud Functions
        • App Engine
        • Cloud Storage
        • Persistent Disk
        • Filestore
        • Cloud SQL
        • Cloud Spanner
        • Firestore
        • Bigtable
        • BigQuery
        • VPC (Virtual 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
  • 🧪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
    • DevOps Tools
      • Pulumi
      • Operating Systems - Development platforms
        • NixOS
          • Install NixOS: PC, Mac, WSL
          • Nix Language Deep Dive
          • Nix Language Fundamentals
            • Nix Functions and Techniques
            • Building Packages with Nix
            • NixOS Configuration Patterns
            • Flakes: The Future of Nix
          • NixOS Generators: Azure & QEMU
        • WSL2
          • Distributions
          • Terminal Setup
      • Editor Environments
      • CLI Tools
        • Azure CLI
        • PowerShell
        • Linux Commands
          • SSH - Secure Shell)
            • SSH Config
            • SSH Port Forwarding
        • Linux Fundametals
        • Cloud init
          • Cloud init examples
        • YAML Tools
          • How to create a k8s yaml file - How to create YAML config
          • YQ the tool
  • 📚Programming Languages
    • Python
    • Go
    • JavaScript/TypeScript
    • Java
    • Rust
  • Platform Engineering
    • Implementation Guide
  • FinOps
    • Implementation Guide
  • AIOps
    • LLMOps Guide
  • Should Learn
    • Should Learn
    • Linux
      • Commands
      • OS
      • Services
    • Terraform
    • Getting Started - Installation and initial setup [BEGINNER]
    • Cloud Integrations
    • 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
    • CI/CD Integration
    • Bicep
    • Kubernetes
      • kubectl
    • Ansible
    • Puppet
    • Java
    • Rust
    • Azure CLI
  • 📖Documentation Best Practices
    • Documentation Strategy
      • Project Documentation
      • Release Notes
      • Static Sites
      • Documentation Templates
      • Real-World Examples
  • 📋Reference Materials
    • Glossary
    • Tool Comparison
    • Tool Decision Guides
    • Recommended Reading
    • Troubleshooting Guide
    • Development Setup
Powered by GitBook
On this page
  • General
  • Communication
  • Work-life Balance
  • Quality and not Quantity
  • Scrum Rhythm
  • Process Lead
  • Backlog Management
  • Code Management
Edit on GitHub
  1. DevOps & SRE Foundations
  2. Agile Development
  3. Team Agreements

Working Agreement

PreviousTeam ManifestoNextIndustry Scenarios

Last updated 16 days ago

A working agreement is a document, or a set of documents that describe how we work together as a team and what our expectations and principles are.

The working agreement created by the team at the beginning of the project and is stored in the repository so that it is readily available for everyone working on the project.

The following are examples of sections and points that can be part of a working agreement, but each team should compose their own, and adjust times, communication channels, branch naming policies etc. to fit their team needs.

General

  • We work as one team towards a common goal and clear scope

  • We make sure everyone's voice is heard, listened to

  • We show all team member's equal respect

  • We work as a team to have common expectations for technical delivery that are documented in a .

  • We make sure to spread our expertise and skills in the team, so no single person is relied on for one skill

  • All times below are listed in CET

Communication

  • We communicate all information relevant to the team through the Project Teams channel

  • We add all , , and other technical documentation to the project repository through

Work-life Balance

  • Our office hours, when we can expect to collaborate via Microsoft Teams, phone or face-to-face are Monday to Friday 10AM - 5PM

  • We are not expected to answer emails past 6PM, on weekends or when we are on holidays or vacation.

  • We work in different time zones and respect this, especially when setting up recurring meetings.

  • We record meetings when possible, so that team members who could not attend live can listen later.

Quality and not Quantity

Scrum Rhythm

Activity
When
Duration
Who
Accountable
Goal

Tue-Fri 9AM

15 min

Everyone

Process Lead

What has been accomplished, next steps, blockers

Sprint Demo

Monday 9AM

1 hour

Everyone

Dev Lead

Present work done and sign off on user story completion

Monday 10AM

1 hour

Everyone

Process Lead

Dev Teams shares learnings and what can be improved

Monday 11AM

1 hour

Everyone

PO

Size and plan user stories for the sprint

Task Creation

After Sprint Planning

-

Dev Team

Dev Lead

Create tasks to clarify and determine velocity

Wednesday 2PM

1 hour

Dev Lead, PO

PO

Prepare for next sprint and ensure that stories are ready for next sprint.

Process Lead

The Process Lead is responsible for leading any scrum or agile practices to enable the project to move forward.

  • Facilitate standup meetings and hold team accountable for attendance and participation.

  • Make sure all action items are documented and ensure each has an owner and a due date and tracks the open issues.

  • Notes as needed after planning / stand-ups.

  • Make sure that items are moved to the parking lot and ensure follow-up afterwards.

  • Maintain a location showing team’s work and status and removing impediments that are blocking the team.

  • Hold the team accountable for results in a supportive fashion.

  • Make sure that project and program documentation are up-to-date.

  • Guarantee the tracking/following up on action items from retrospectives (iteration and release planning) and from daily standup meetings.

  • Facilitate the sprint retrospective.

  • Coach Product Owner and the team in the process, as needed.

Backlog Management

  • We communicate what we are working on through the board

  • We assign ourselves a task when we are ready to work on it (not before) and move it to active

  • We capture any work we do related to the project in a user story/task

  • We work with the PM if we want to add a new user story to the sprint

  • If we add new tasks to the board, we make sure it matches the acceptance criteria of the user story (to avoid scope creep). If it doesn't match the acceptance criteria we should discuss with the PM to see if we need a new user story for the task or if we should adjust the acceptance criteria.

Code Management

  • We follow the git flow branch naming convention for branches and identify the task number e.g. feature/123-add-working-agreement

  • We merge all code into main branches through PRs

  • All PRs are reviewed by one person from [Customer/Partner Name] and one from Microsoft (for knowledge transfer and to ensure code and security standards are met)

  • We always review existing PRs before starting work on a new task

  • We look through open PRs at the end of stand-up to make sure all PRs have reviewers.

We agree on a for our user stories and sprints and live by it.

We follow engineering best practices like the

Keep the meeting moving as described in the page.

We work together on a and all user stories assigned to a sprint need to follow this

We close our tasks/user stories only when they are done (as described in the )

We treat documentation as code and apply the same as code

🧠
Team Manifesto
technical spikes
trade studies
async design reviews in PRs
Definition of Done
Code With Engineering Playbook
Project Standup
Definition of Ready
Definition of Done
standards to Markdown
Project Standup
Sprint Retro
Sprint Planning
Backlog refinement