Build production-ready AI chat UIs in React. Learn streaming responses, state management, error handling, and performance optimization patterns.
Build Lightweight AI Agents with Python and Anthropic SDK
Learn to build production-ready AI agents in Python using Anthropic's SDK without heavy frameworks. Includes tool use, streaming, and real-world patterns.
Agentic AI Council for Government Decisions
Build auditable multi-agent AI systems for regulated decisions. Specialist agents deliberate, an AI Judge certifies, every step is recorded.
Conversational Feedback Loops in .NET Multi-Agent Systems: Back-Edges and Context-Aware Handoffs
Learn how to implement back-edges and EnableReturnToPrevious() in Microsoft Agent Framework for context-aware agent handoffs without restarting workflows.
Agent Handoff Patterns in .NET: Sequential Routing and State Transfer
Implement multi-agent handoff patterns in Microsoft Agent Framework. Learn sequential routing, triage agents, and conversation context transfer for complex agentic AI workflows.
Model Routing & Fallback in Microsoft Agent Framework
Configure multi-model LLM backends with Microsoft Foundry. Implement fallback chains, cost-aware routing, and outage handling in .NET agents.
Open Knowledge Format in .NET: Building Portable Agent Knowledge
Learn how OKF enables portable, vendor-neutral knowledge systems for AI agents in .NET. Technical architecture, implementation patterns, and enterprise integration.
Streaming AI Agent Responses in .NET with Server-Sent Events
Learn to stream AI agent responses in real-time using SSE and .NET. Reduce latency, handle backpressure, and deliver tokens as they're generated.
Building MCP Clients in .NET: Consuming External AI Tools
Learn to build .NET MCP clients that discover, connect to, and orchestrate external AI agent tools. Practical patterns for distributed agentic systems.
Testing AI Agent Workflows in .NET: Validation Patterns
Practical testing strategies for AI agents in .NET: MCP tool validation, workflow state verification, and production reliability patterns.