Enterprise teams storing data in Azure Blob Storage increasingly want to use that data for AI: retrieval-augmented generation, agent workflows, semantic search. Getting there means building an ingestion pipeline, choosing an embedding model, managing infrastructure, and stitching it together. That can mean weeks of engineering work before answering a single query.What Pinecone doesPinecone is knowledge infrastructure that includes the leading vector database built for AI retrieval. It stores your data as vectors, enabling fast semantic search across millions of documents. Pinecone is serverless, fully managed, and runs natively on Azure.Deploy a full ingestion pipelineWe built a deployable template that automates the entire pipeline from Azure Blob Storage to a production-ready Pinecone index. Run and the template:Connects to your existing Azure Blob Storage accountParses documents (PDF, TXT, Markdown, HTML, JSON, CSV)Chunks text into segments optimized for retrievalEmbeds and indexes everything into Pinecone using an integrated embedding modelThe template handles parsing, chunking, embedding, and indexing end-to-end. Point it at your data and your documents are searchable in minutes.Query your data immediatelyOnce deployed, your Pinecone index is ready to use. Query it via the Pinecone SDK, the Pinecone API, or AI tools like GitHub Copilot using Pinecone's MCP server and Agent Skills. Use it as the retrieval layer in any RAG application, AI agent, or search workflow.Get startedCreate a free Pinecone account at app.pinecone.io — no credit card required. The free Starter tier includes 2 GB of storage, 1 million monthly reads and writes, and 5 million embedding tokens per month. Need to upgrade to Standard? Subscribe through the Microsoft Marketplace.Deploy the template: then .Start querying your data. Full documentation and source code: GitHub
Turn Azure Data into an AI-Ready Knowledge Base | Pinecone
Learn how to turn Azure Blob Storage data into an AI-ready knowledge base using Pinecone. A deployable template automates the full ingestion pipeline—parsing, chunking, embedding, and indexing—so your documents are searchable in minutes.







