BYO Embeddings Vector Search
Bring pre-computed embeddings from any provider (OpenAI, Cohere, Together, etc.) and upsert them directly into MVS for instant vector search. No feature extractors, no pipelines -- just embeddings in, results out.
"Find DevOps tutorials about container orchestration"
Why This Matters
Skip the managed pipeline entirely when you already have embeddings. MVS gives you production-grade vector search with filtering, hybrid queries, and multi-tenancy without lock-in to any embedding provider.
from openai import OpenAIfrom mixpeek import Mixpeekopenai = OpenAI(api_key="your-openai-key")mvs = Mixpeek(api_key="your-mvs-key")NAMESPACE = "my-namespace"# Generate embeddings with any providerdef embed(text: str) -> list[float]:resp = openai.embeddings.create(model="text-embedding-3-small", input=text)return resp.data[0].embedding# Upsert documents with pre-computed embeddingsdocuments = [{"text": "How to deploy a Kubernetes cluster", "category": "devops"},{"text": "Introduction to neural network architectures", "category": "ml"},{"text": "Building REST APIs with FastAPI", "category": "backend"},]for doc in documents:mvs.namespaces.documents.upsert(namespace=NAMESPACE,documents=[{"dense_embedding": embed(doc["text"]),"metadata": {"text": doc["text"], "category": doc["category"]}}])# Search with a query embeddingquery = "how to set up container orchestration"results = mvs.namespaces.documents.search(namespace=NAMESPACE,query={"dense_embedding": embed(query)},top_k=5)for doc in results:print(f"{doc['score']:.3f} | {doc['metadata']['text']}")
Feature Extractors
Retriever Stages
limit
Truncate results to a maximum count with optional offset for pagination
Documentation
Related Recipes & Resources
Explore these related resources to deepen your understanding and discover more powerful features
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Production-grade pipeline for ingesting clinical documents, scanned charts, EHR exports, wound photos, and therapy notes, and structuring them into coded fields aligned with MDS 3.0, PDPM, and CMS audit requirements. Combines OCR, clinical NER, taxonomy classification, and hybrid retrieval to turn unstructured bedside documentation into queryable, auditable data.
Dense Search Over Your Own Embeddings, and What Hybrid Needs
Upsert documents you embedded elsewhere into an MVS namespace and search them by raw vector through the features search endpoint. Hybrid BM25 plus dense is not part of a plain BYO upsert: the documents carry dense vectors only and no text index is created. If you want a lexical leg later, declare a TEXT payload index on the field when you create the namespace; this recipe shows that declaration and the dense search that works today.
Multimodal Search with MVS
Build multimodal search by embedding different content types (text, images, video frames) with your own models and searching across them in a single MVS namespace. Use CLIP or any multimodal embedding model for cross-modal retrieval.
PDF Data Extraction Pipeline
Extract structured data from PDFs including tables, forms, and text. Convert unstructured documents into structured, queryable data.