Tomer Mesika writes that moving from simple retrieval prototypes to production-grade company brains requires constructing a robust context layer involving continuous data reconciliation, multi-modal indexing—across relational, keyword, vector, and graph structures—and sophisticated orchestration of heterogeneous retrieval strategies. This architecture must treat ingestion as an ongoing mapping loop rather than batch processing to maintain freshness while enforcing strict tenancy isolation.
- Deploy an LLM gateway for route-level fallback, timeout management, and usage attribution.
- Implement human curation mechanisms so that user notes can outrank mined metadata in conflicts.
- Build evaluation harnesses using golden datasets to measure precision and recall against specific token budgets.
The Model Context Protocol (MCP) is a new open protocol that allows AI models to interact with external systems in a standardized, extensible way. In this tutorial, you’ll install MCP, explore its client-server architecture, and work with its core concepts: prompts, resources, and tools.
Google has introduced LangExtract, an open-source Python library designed to help developers extract structured information from unstructured text using large language models such as the Gemini models. The library simplifies the process of converting free-form text into structured data, offering features like controlled generation, text chunking, parallel processing, and integration with various LLMs.
This article is part 4 of a crash course on the Model Context Protocol (MCP). It focuses on resources and prompts, explaining their mechanics, distinctions, and implementation, and how they differ from tools. It covers resource types, discovery mechanisms, and application-controlled access patterns.
Keboola MCP Server enables AI-powered data pipeline creation and management. It allows users to build, ship, and govern data workflows using natural language and AI assistants, integrating with tools like Claude and Cursor. It's free to use, with costs based on standard Keboola usage.
The article discusses how Visa leverages retrieval-augmented generation (RAG) and deep learning to enhance operations. It describes Visa's 'Secure ChatGPT,' which offers a multi-model interface for secure internal use, and how RAG improves policy-related data retrieval. The article also explores Visa's data infrastructure and AI's role in fraud prevention.
This article describes a workflow using Large Language Models (LLMs) to automate the process of normalising spreadsheet data, making it tidy and machine-readable for easier analysis and insights.
Google has enhanced Google Sheets with an AI-powered upgrade using its Gemini technology. This update allows users to automatically convert spreadsheets into charts, identify trends, and create advanced visualizations like heatmaps. Users can interact with the Gemini feature directly through a chat interface within Sheets.
An article on building an AI agent to interact with Apache Airflow using PydanticAI and Gemini 2.0, providing a structured and reliable method for managing DAGs through natural language queries.
- Agent interacts with Apache Airflow via the Airflow REST API.
- Agent can understand natural language queries about workflows, fetch real-time status updates, and return structured data.
- Sample DAGs are implemented for demonstration purposes.
- standardization, governance, simplified troubleshooting, and reusability in ML application development.
- integrations with vector databases and LLM providers to support new applications -
provides tutorials on integrating