Build production-ready AI agents with Microsoft Foundry and Agent Framework. Use when creating AI agents, selecting LLM models, implementing agent orchestration, adding tracing/observability, or evaluating agent quality. Covers agent architecture, model selection, multi-agent workflows, and production deployment.
Use when evaluating AI quality, safety, completeness and cost with held-out tasks, executable graders, calibrated judges and explicit release criteria.
Implement production applications with Anthropic Claude models -- Messages API, tool use, prompt caching, adaptive thinking, vision, computer use, and the Claude Agent SDK. Use when coding directly against Anthropic APIs, Claude via AWS Bedrock, or Claude via GCP Vertex AI rather than a higher-level framework.
Design and architect AI agents on Azure AI Foundry -- lifecycle planning, model selection strategy, evaluation frameworks, guardrail design, and deployment patterns. Use when designing agent architecture on Foundry, choosing models, planning evaluation strategy, or defining guardrails. For step-by-step operational…
Design and implement the cognitive architecture of AI agents including memory systems, RAG pipelines, and state management. Use when defining agent memory strategy (short/long-term), building RAG pipelines (knowledge retrieval), designing state management systems, or selecting vector databases for semantic search.
Manage LLM context windows efficiently. Use when implementing context compaction, conversation summarization, token budget management, sliding window strategies, or optimizing prompt length for cost and quality.
Design strategies to detect, monitor, and remediate data drift in GenAI applications and ML pipelines. Use when monitoring LLM input patterns, detecting query distribution shifts, tracking embedding drift, building RAG retrieval quality monitoring, or establishing data governance for model inputs.
Design and implement feedback loops for continuous AI/ML improvement. Use when building RLHF/RLAIF pipelines, user feedback collection systems, reward modeling, iterative model refinement workflows, or online learning strategies.
Implement agentic applications with the Microsoft Foundry SDKs. Use when coding against Microsoft Foundry project clients, agent operations, evaluations, datasets, indexes, tracing, or SDK-driven tool wiring rather than only high-level architecture guidance.
Operate generative AI systems safely in production. Use when designing GenAIOps workflows for prompt and model release management, evaluation gates, observability, drift detection, rollback, governance, and continuous improvement.
Progressive context refinement for subagents and tool-using LLMs. Use when a parent agent must delegate research, code reading, or document Q&A to a subagent with a tight context budget. Replaces one-shot context dumps with a query -> retrieve -> filter -> requery loop that returns only the evidence the parent needs.
Build MCP Apps (ext-apps) that render interactive UI inside conversational AI clients. Use when creating visual tool outputs, interactive dashboards, form-based tools, or rich media experiences in MCP-compatible hosts like Claude Desktop, VS Code Copilot Chat, or other MCP clients that support the Apps specification.
Build Model Context Protocol (MCP) servers that expose tools, resources, and prompts to AI agents. Use when creating MCP servers in TypeScript or Python, defining MCP tools, implementing resource providers, or integrating MCP servers with AI agent workflows.
Detect, monitor, and manage model drift in production GenAI and ML systems. Use when monitoring LLM output quality, detecting prompt regression, managing model version changes, implementing drift detection for traditional ML, or establishing model governance policies.
Fine-tune foundation models for domain-specific tasks. Use when adapting LLMs with LoRA/QLoRA/PEFT, full fine-tuning, knowledge distillation, or designing training data pipelines for model customization.
Design and operate multi-agent systems where several specialized LLM agents collaborate. Use when choosing between supervisor/worker, swarm/handoff, hierarchical, or graph patterns; selecting frameworks (AutoGen, CrewAI, OpenAI Swarm/Agents SDK, LangGraph, Microsoft Agent Framework, Google A2A); designing handoff…
Version, test, promote, and roll back prompts like production artifacts. Use when managing prompt lifecycle, prompt variants, few-shot changes, rubric alignment, baseline comparisons, and safe prompt release workflows across models or environments.
At most 3 mods per repository are shown here, and a mod shipped inside a plugin is left to that plugin's page — the rest are on their repository pages: