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Pinecone

Pinecone Assistant: A Managed Knowledge Layer for Production AI Applications Multi-domain RAG in n8n: why one knowledge base is not enough Allspice Transforms the Culinary Experience with Semantic Search Powered by Pinecone | Pinecone Building RAG workflows in n8n: choosing the right Pinecone node Knowledge needs a meta-knowledge layer Garbage Day: How Pinecone Safely Deletes Billions of Objects at Scale When "Performance" Means Two Different Things Pinecone BYOC: Pinecone in your AWS, GCP, or Azure account, no vendor access True, Relevant, and Wrong: The Applicability Problem in RAG Use the Pinecone Plugin for Claude Code to develop AI Applications Faster Millions at Stake: How Melange's High-Recall Retrieval Prevents Litigation Collapse Powering High-stakes Patent Search at Scale: How Melange Built a Reliable AI System on Pinecone | Pinecone Pinecone Assistant Node in n8n: Turn Any Data Source Into Knowledge RAG with Access Control Pinecone Dedicated Read Nodes are now in Public Preview Inside Pinecone: Slab Architecture New Bulk Data Operations: Update, Delete, and Fetch by Metadata The Hidden Cost of Building: Lessons from Aquant Simplifying Vector Embeddings with Pinecone Integrated Inference Capabilities Pinecone joins Microsoft Marketplace as a Launch Partner GTM Engineering: Clay + Pinecone for AI-powered Sales Outbound Build an AI knowledge assistant with Google Docs and Pinecone Moving Pinecone forward with Ash Ashutosh as CEO and Edo spearheading our growing AI ambitions as Chief Scientist Pinecone Founder Edo Liberty to Spearhead Pinecone’s Growing AI Ambitions; Appoints Ash Ashutosh as CEO to Expand Vector Database Market Leadership Fast, Accurate Retrieval for Creators at Scale: Delphi’s Path Toward a Million Conversational Agents with Pinecone | Pinecone Announcing Pinecone Pioneers: A Program for Builders, Organizers, and Community Leaders What is Context Engineering? Chunking Strategies for LLM Applications Beyond the hype: Why RAG remains essential for modern AI Obviant Makes 30% More Accurate Defense Acquisition Recommendations Combining Sparse and Dense Retrieval with Pinecone | Pinecone Build more knowledgeable AI applications with new LLMs and greater control in Pinecone Assistant #NYTECHWEEK 2025 Retrieval-Augmented Generation (RAG) Accurate and Efficient Metadata Filtering in Pinecone’s Serverless Vector Database | Pinecone Terminal X AI Agents, Powered by Pinecone, Turn Complex Financial Data Into Production-grade Insights at Scale | Pinecone Aquant Delivers Scalable, Expert-level Service Intelligence with Pinecone | Pinecone Cascading retrieval with multi-vector representations: balancing efficiency and effectiveness Vector databases aren't just for large-scale enterprise AI Unveiling DIME: Reproducibility, Scalability, and Formal Analysis of Dimension Importance Estimation for Dense Retrieval | Pinecone Fast and Effective Early Termination for Simple Ranking Functions | Pinecone Domain-specific AI Agents at Scale: CustomGPT.ai Serves 10,000+ Customers with Pinecone | Pinecone Using Pinecone asynchronously with FastAPI A Flexible Resource for Top-Weighted Comparisons Between Sets and Rankings | Pinecone Build secure, scalable agentic AI workflows with Rubrik Annapurna and Pinecone Tool up: Pinecone’s first MCP servers are here Add context to your agent with Pinecone Assistant MCP remote server E2Rank: Efficient and Effective Layer-wise Reranking | Pinecone ColBERT-serve: Efficient Multi-Stage Memory-Mapped Scoring | Pinecone Efficient Constant-Space Multi-Vector Retrieval | Pinecone How Vanguard Worked with Pinecone to Boost Customer Support with Faster Calls and 12% More Accurate Responses | Pinecone Pinecone Named to Fast Company's Annual List of the World's Most Innovative Companies of 2025 Launch Week: Pinecone for agents, search, recommendations, and more Optimizing Pinecone for agents (and more) Retrieval Inference for scale and performance How 1up Turns Sales Reps Into Product Experts with Pinecone | Pinecone Don’t be dense: Launching sparse indexes in Pinecone Unlock High-Precision Keyword Search with pinecone-sparse-english-v0 Evolving Pinecone's architecture to meet the demands of Knowledgeable AI Pinpoint references faster with citation highlights in Pinecone Assistant Bringing the leading vector database to your cloud Getting started with llama-text-embed-v2 Natural Language Counterfactual Explanations for Graphs Using Large Language Models | Pinecone Easily build knowledgeable chat and agent-based applications in minutes with Pinecone Assistant, now generally available How to build an agentic, chat or RAG knowledge system using Pinecone Assistant Real-time RAG with Pinecone and Estuary Flow BigQuery to Pinecone in Real-Time with Estuary Flow Stravito Turns Market and Consumer Data Into Actionable Insights with Pinecone Inference | Pinecone Accelerate prototyping and development with Pinecone Local First-of-its-kind Pinecone Knowledge Platform to Power Best-in-class Retrieval for Customers Introducing integrated inference: Embed, rerank, and retrieve your data with a single API Strengthening security and increasing control with CMEK and API key roles Introducing Pinecone Rerank V0 Introducing cascading retrieval: Unifying dense and sparse with reranking From Idea to Action: How Pinecone Assistant Meaningfully Accelerates AI Business Building AI apps on Azure with Pinecone just got a lot easier Building a reliable, curated, and accurate RAG system with Cleanlab and Pinecone Four features of the Assistant API you aren't using - but should Deploying Pinecone with Infrastructure as Code (IaC) Streamlining CI/CD with Pinecone Local September 2024 Product Update Results of the Big ANN: NeurIPS'23 competition | Pinecone Introducing import from object storage for more efficient data transfer to Pinecone serverless Simplify, enhance, and evaluate RAG development with Pinecone Assistant, now in public preview Vectors and Graphs: Better Together August 2024 Product Update Pinecone Helps Deep Talk Deliver World-Class AI Assistants with Lower Engineering Overhead | Pinecone Assembled Delivers Better, Faster AI- Driven Support with Pinecone | Pinecone Llama 3.1 Agent using LangGraph and Ollama Build knowledgeable AI with Pinecone serverless, now generally available on Microsoft Azure Pinecone serverless is now generally available on Google Cloud, adding knowledge to AI assistants and other applications Accelerating Legal Discovery and Analysis with Pinecone and Voyage AI Bridging Dense and Sparse Maximum Inner Product Search | Pinecone Refine Retrieval Quality with Pinecone Rerank Introducing reranking to Pinecone Inference to simplify building accurate AI July 2024 Product Update Connect to Pinecone within your platform to enable a seamless AI development experience Introducing Pinecone API Versioning RAG Brag with Inkeep Co-Founder Nick Gomez LangGraph and Research Agents Introducing Pinecone Inference to streamline your AI workflow
Semantic search with Pinecone
Gibbs Cullen · 2023-06-30 · via Pinecone

Make your search app get it.

We expect the search applications we interact with to provide us with relevant information and answer the questions we have. We expect this process to be fast, easy, and accurate. In fact, 71% of consumers expect personalized results, and 76% get frustrated when they don’t find it. 1

When searching with a keyword-based solution, applications will look for exact word or string matches. If your users aren’t sure what exactly to search for, searching by keywords won’t always get them the right answer. It can also be time-consuming for them to find the information they need, especially when there’s a large amount of unstructured data to search through. As a result, they won’t find the answers they’re looking for or they’ll get incomplete answers.

Turning to AI for better search results and user experience

Unlike keyword-based search, semantic search uses the meaning of the search query. It finds relevant results even if they don’t exactly match the query. This works by combining the power of Large Language Models (LLMs) to generate vector embeddings with the long-term memory of a vector database.

Once the embeddings are stored inside a vector database like Pinecone, they can be searched by semantic similarity to power applications for a variety of use cases.

Semantic search diagram

Semantic search use cases

  • Knowledge management: Save time and boost productivity for your internal teams by enabling them to self-serve and search through various internal data and documents to answer their questions. With semantic search, they can more quickly find what they are looking for. For example, a leading telecom company uses Pinecone to enable their customer service teams to search through their internal knowledge base to respond to customer inquiries quicker and with more accuracy.
  • End-user applications: Gain a competitive advantage by building and providing a solution to increase relevance of search results for end-users. With semantic search, users will be able to increase productivity by finding answers to their questions faster. For example, a global ERP software company uses Pinecone to let their customers get insights from employee feedback using semantic search.
  • Aggregated data services: Enable your end-users to make more informed, data-driven decisions by compiling various data sources and identifying valuable insights using semantic search. For example, an online-learning company uses Pinecone to power their core search and question-answering feature for millions of users.

Companies are increasingly turning to AI to power their search applications, but self-managing the complex infrastructure — from the vector database to the LLMs needed to generate embeddings — can lead to challenges.

Without the necessary infrastructure or dedicated ML engineering and data science teams, companies self-hosting vector databases to power semantic search applications can face:

  • High query latencies: Storing and searching through large numbers of embeddings on traditional databases is prohibitively slow or expensive.
  • Less relevant results: Answers can be improved by fine-tuning the LLM, but that requires data science expertise and ML engineering. Search results may be less accurate without the necessary AI and ML resources.
  • Capacity and freshness tradeoffs: While it’s important for a search solution to provide the most up to date information, running frequent batch jobs to maintain a fresh index leads to high compute and storage costs.

Search like you mean it with Pinecone

Providing fast, fresh, and filtered results, Pinecone customers don’t need to make tradeoffs between performance, scale, and query speed. Pinecone is a fully-managed vector database trusted by some of the world’s largest enterprises. We provide the necessary infrastructure to support your semantic search use cases reliably at scale.

Benefits of semantic search with Pinecone

  • Ultra-low query latencies: Power search across billions of documents in milliseconds, combined with usage-based pricing for high-volume production applications. Partition indexes into namespaces to further reduce search scope and query latency.
  • Better search results: With Pinecone, you can trust that you are searching the most up-to-date information with live index updates. Combine semantic search with metadata filters to increase relevance, and for hybrid search use cases, leverage our sparse-dense index support (using any LLM or sparse model) for the best results.
  • Easy to use: Get started in no time with our free plan, and access Pinecone through the console, an easy-to-use REST API or one of our clients (Python, Node, Java, Go). Jumpstart your project by referencing our extensive documentation, example notebooks and applications, and many integrations.
  • Fully-managed: Launch, use, and scale your search solution without needing to maintain infrastructure, monitor services, or troubleshoot algorithms. Pinecone supports both GCP and AWS — choose the provider and region that works best for you.

Incorporating Pinecone into your search stack:

Adding semantic search to your search stack is easy with Pinecone. To get started, you need Pinecone plus the following components: data warehouse (or any source of truth for data), AI model, and your application. You can also refer to our example notebook and NLP for Semantic Search guide for more information.

Step 1: Take data from the data warehouse and generate vector embeddings using an AI model (e.g. sentence transformers or OpenAI’s embedding models).

Step 2: Save those embeddings in Pinecone.

Step 3: From your application, embed queries using the same AI model to create a “query vector.”

Step 4: Search through Pinecone using the query embedding, and receive ranked results based on semantic similarity.

Complete your search stack with our integrations:

Pinecone works with embeddings from any AI model or LLM. We recommend getting started with either OpenAI or Hugging Face. We also have integrations for LLM frameworks (e.g. LangChain) and data infrastructure (e.g. Databricks) to take your search applications to the next level.

Get started today

Ready to start building with Pinecone? Create an account today to get started or contact us to talk to an expert.

References

  1. The value of getting personalization right—or wrong—is multiplying | McKinsey ↩︎