This page provides role-based action plans and key takeaways from the Microsoft AI Decision Framework.
Table of contents
- Key Takeaways
- Stay current: Capabilities evolving rapidly, especially in preview
- Role-Based Next Steps
- Official Microsoft Documentation
- Communities & Learning
- Stay Current
Key Takeaways
Resources & Next Steps
- Start with user experience: Where users interact drives technology choice
- Choose simplest tool that meets requirements: Developers can use low-code or pro-code; makers limited to low-code; let complexity and time-to-market decide
- Match governance approach to your needs: M365 tenant-integrated (ready to use, fast) vs Azure workload-tailored (precise control for specific requirements)
- Plan for scale: Start simple, architect for growth
- Leverage integration: Technologies work together, not in isolation
- Prioritize governance: Especially for Microsoft 365 Copilot extensions and custom agents; keep agent inventory current via Agent Registry/Agent 365
- Adopt staged security blueprints: Use Microsoft Purview deployment models to secure agent data and interactions
- Think beyond agents: Connectors, plugins, and extensibility matter
- Budget appropriately: Understand per-user vs. consumption models
- Iterate and learn: Start small, measure, expand
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Stay current: Capabilities evolving rapidly, especially in preview
Role-Based Next Steps
For Architects & Technical Decision Makers
- Review this decision tree with stakeholders
- Map your requirements to the six decision questions
- Identify pilot scenarios for chosen technologies
- Plan proof of concept with clear success criteria
- Consider governance and compliance early
Key Resources:
- What’s new in Azure AI Foundry Agent Service
- M365 Copilot Extensibility Overview
- Microsoft 365 Copilot release notes — November 24, 2025
- Agent Registry in the Microsoft 365 admin center (Retrieved: 2025-12-08)
- Secure and govern Microsoft 365 Copilot agents (Purview blueprint)
- Cloud Adoption Framework for AI
For Developers
- Explore Azure AI Foundry portal and samples
- Install M365 Agents SDK Toolkit in VS Code
- Review Agent Framework documentation
- Experiment with prompt engineering
- Understand evaluation frameworks
Key Resources:
- Azure AI Foundry Agent Service quickstart
- AI Foundry Visual Studio Code extension
- M365 Agents SDK Toolkit
- Microsoft Agent Framework documentation
- Semantic Kernel documentation
- Agentic retrieval quickstart for Azure AI Search
- Microsoft 365 Copilot Search API overview (Preview) (Retrieved: 2025-12-09)
- Copy a Copilot agent to Microsoft Copilot Studio (Retrieved: 2025-12-09)
For Makers & Business Users
- Request Copilot Studio access from IT
- Complete Copilot Studio learning paths
- Identify high-value automation candidates
- Start with templates and pre-built components
- Collaborate with IT on governance
Key Resources:
- What’s new in Copilot Studio
- Copilot Studio documentation
- Copilot Studio learning paths
- Power Platform community
- Copy a Copilot agent to Microsoft Copilot Studio (Retrieved: 2025-12-09)
For IT Admins
- Review M365 Copilot admin capabilities
- Understand agent approval workflows
- Configure Integrated Apps settings
- Plan connector governance
- Implement monitoring and usage tracking
Key Resources:
- Security for Microsoft 365 Copilot
- M365 Copilot admin guide
- Integrated apps management
- Graph connectors administration
- Agent Registry in the Microsoft 365 admin center (Retrieved: 2025-12-08)
- Microsoft 365 Copilot release notes — November 24, 2025
Official Microsoft Documentation
Core Platforms
- Microsoft 365 Copilot
- Azure AI Foundry
- Copilot Studio
SDKs & Frameworks
- M365 Agents SDK
- Microsoft Agent Framework
- Semantic Kernel
- LangChain Integration
Data & Grounding
- Microsoft Graph
- Azure AI Search
- AI-Capable Databases
Communities & Learning
Microsoft Tech Community
Learning Paths
- Microsoft 365 Copilot Extensibility Learning Path
- Build Copilot Extensions
- Azure AI Engineer Certification
- Semantic Kernel Learning Path
GitHub Repositories
Stay Current
Microsoft’s AI landscape evolves rapidly. To stay informed:
- Follow Official Blogs:
- Monitor Product Updates:
- Join Events:
- Microsoft Build
- Microsoft Ignite
- Local user groups and meetups
- Re-Verify This Decision Tree:
- Product names and capabilities change frequently
- Preview features may reach GA or be deprecated
- New technologies are announced regularly
- Re-research every 3-6 months for active projects
Framework Maintenance
This decision tree represents a point-in-time snapshot of Microsoft’s AI portfolio. For the methodology used to research and maintain this content, see the Core Methodology documentation.
Next: Glossary - Definitions that keep discussions precise across teams