mcpField
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azure-ai-services

azure-ai-services

github.com/alphaonedevCloud & DevOps42 installs
Repository

About azure-ai-services

azure-ai-services provides architecture guidance for Azure service selection and operations planning, while Microsoft Agent Framework handles execution. It is intended for teams planning costs, permissions, infrastructure-as-code approaches, and multi-agent workflows.

Key features

  1. 01Azure service selection and trade-off analysis
  2. 02Cost estimation and optimization strategy
  3. 03Entra ID and RBAC permission preflight
  4. 04Guidance on Bicep, ARM, and Terraform AzureRM
  5. 05Graph-based multi-agent workflow design

Use cases

  1. 01Compare Azure services and plan an architecture
  2. 02Estimate costs and identify optimization strategies
  3. 03Check Entra ID and RBAC permissions before deployment
  4. 04Design multi-agent pipelines with checkpoints

MCP support

The skill delegates Azure provisioning and operations to Microsoft Agent Framework. The framework includes an MCP client for external services, and its agents support tools and MCP servers.

Install

Copy the command and run it in a terminal.

$npx skills add https://github.com/alphaonedev/openclaw-graph --skill azure-ai-services

After installing, type/azure-ai-servicesin Claude Code to confirm it loaded.

Details

From the project README

azure-ai-services

Microsoft Azure Agent Framework Integration

This skill delegates all Azure provisioning and operations to the official Microsoft Agent Framework.

# Python
pip install semantic-kernel

# .NET / C#
dotnet add package Microsoft.SemanticKernel.Agents

Docs: https://learn.microsoft.com/en-us/agent-framework/overview/

Use the Microsoft Agent Framework for all Azure provisioning and operational actions. This skill provides architecture guidance, cost modeling, and pre-flight requirements — the framework handles execution.

Architecture Guidance

Consult this skill for:

  • Azure service selection and trade-off analysis
  • Cost estimation and optimization strategy
  • Pre-flight Entra ID / RBAC permission requirements
  • IaC approach (Bicep vs ARM vs Terraform AzureRM)
  • Integration patterns with Microsoft 365 and other Azure services
  • Multi-agent workflow design using Agent Framework graph-based runtime

Agent Framework Capabilities

CapabilityDescription
AgentsIndividual LLM agents with tool + MCP server support
WorkflowsGraph-based multi-agent pipelines with checkpointing
ProvidersAzure OpenAI, OpenAI, Anthropic, Ollama, and more
MCPNative MCP client for external service integration
Human-in-the-loopBuilt-in approval and intervention checkpoints

Reference

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