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MLflow

Recent items mentioning MLflow across the Databricks ecosystem — releases, news, videos, and community Q&A. Updated hourly.

60 recent items11 releases23 news22 videos4 community threads
What's happening in MLflowAI synthesis · updated 22h ago

MLflow is rapidly evolving as a core platform for AI agent development, with new features for building, evaluating, and deploying high-quality agents 5. Recent updates include multimodal tracing to store and render PDFs, audio, and images in tracing spans, new guardrail capabilities for gateway endpoints, and tracing support for Codex, Gemini, and Qwen coding agents 9. Furthermore, MemAlign, an open-source MLflow framework, significantly improves the evaluation of traditional machine learning in Genie Code by reducing LLM judge error 6.

Generated daily from the 10 most recent items mentioning MLflow. Click any [N] to jump to the source.

RedditHelp

How much of this "GenAI workflow" is handled within Genie Spaces?

This slide was taken from the "Implementing GenAI on Databricks" video on the Generative AI Fundamentals Accreditation page: [https://www.databricks.com/learn/training/generative-ai-fundamentals-accreditation](https://www.databricks.com/learn/training/generative-ai-fundamentals-accreditation) I know AI development is moving at the speed of light and this course is copyrighted 2025, so I feel like all of these functionalities may already be distilled into a much simpler version in Genie Spaces. Are Genie Spaces I create just "managed" GenAI workflows that already have vector indices, RAG, and grounding handled? The initial table selection combined with the ability to add "instructions", joins, and SQL expressions and queries leads me to believe this is the case. Can I (or is it necessary to) use MLFlow with a Genie Space? It looks like the "inference tables" are already available on the monitoring tab with "ratings" (AKA human review) included. I guess my main question is... Where, along this graph, do the capabilities of Genie Spaces end so I know where I need to continue learning or plan on extending this Genie Space for a set of customers?

20Skewjoyesterday
RedditDiscussion

How much of this "GenAI workflow" is handled within Genie Spaces?

This slide was taken from the "Implementing GenAI on Databricks" video on the Generative AI Fundamentals Accreditation page: [https://www.databricks.com/learn/training/generative-ai-fundamentals-accreditation](https://www.databricks.com/learn/training/generative-ai-fundamentals-accreditation) I know AI development is moving at the speed of light and this course is copyrighted 2025, so I feel like all of these functionalities may already be distilled into a much simpler version in Genie Spaces. Are Genie Spaces I create just "managed" GenAI workflows that already have vector indices, RAG, and grounding handled? The initial table selection combined with the ability to add "instructions", joins, and SQL expressions and queries leads me to believe this is the case. Can I (or is it necessary to) use MLFlow with a Genie Space? It looks like the "inference tables" are already available on the monitoring tab with "ratings" (AKA human review) included. I guess my main question is... Where, along this graph, do the capabilities of Genie Spaces end so I know where I need to continue learning or plan on extending this Genie Space for a set of customers?

40Skewjo3d ago
Databricks CommunityGenerative AI

MLFlow tracking from Azure Container Instance

001w ago
RedditTutorial

I built a 54-minute hands-on RAG tutorial on Databricks — from PDF loading to retrieval and LLM answers

Hi Everyone I recently published a hands-on tutorial where I build a basic **RAG pipeline on Databricks** from scratch. The goal of the video is not just to use a high-level RAG framework, but to show what actually happens behind the scenes. In the video, I cover: * Loading PDF files inside Databricks * Extracting text from PDF pages * Splitting documents into chunks * Creating embeddings using Databricks embedding endpoints * Building a simple manual retrieval system using vector similarity * Creating prompts from retrieved chunks * Generating grounded answers using Databricks LLM endpoints * Using `databricks-langchain` for embeddings and chat models I intentionally kept the implementation simple so that beginners can understand the core mechanics of RAG before moving to more production-level tools like Vector Search, Unity Catalog, MLflow, etc. Here is the video: [https://youtu.be/7QY1iXPLgRg](https://youtu.be/7QY1iXPLgRg) Would love to hear feedback from people working with Databricks, RAG, LangChain, or enterprise GenAI systems. Also curious: for production RAG on Databricks, would you prefer starting with a simple manual implementation like this first, or directly using Mosaic AI Vector Search / Databricks Vector Search from the beginning?

93Remarkable_Nothing653w ago