Pinecone

https://www.pinecone.io/

Managed vector DB. Cascading sparse + dense + rerank pipeline; pinecone-rerank-v0 .

At a glance

Type
Managed vector DB + cascading retrieval
Tier
T1
Created
2022-01
Latest release
not applicable — not OSS
License
not applicable — not OSS
GitHub
not applicable — no GitHub repo
Pricing
Free + paid
Funding
$138M total $750M val Series B · 2023-04

Taxonomy

storage
vector
retrieval
similarity
persistence
long-term
update
overwrite
unit
chunk
governance
inspectable
conflict
overwrite

When to use

Optimised for: low-latency similarity search + scale

Anti-fit: not for relational / graph-heavy queries (vector-first by design)

Pros & cons

Pros

Most established managed vector DB with the deepest enterprise sales motion; serverless pricing makes small deployments cheap.

Cons

Closed-source / cloud-only; pricing scales aggressively at high volume; less control than self-hosted alternatives.

Claims & capabilities

Production benchmarks: design platform sustains ~600 QPS on 135M vectors at P50 45ms / P99 96ms; scales to ~2,200 QPS at P50 60ms; e-commerce marketplace 5,700 QPS on 1.4B vectors at tens-of-ms median latency; Dedicated Read Nodes (DRN, December 2025 public preview) for predictable performance. Serverless architecture separates storage and stateless query compute

Technical surface

API surface
REST, gRPC, SDK: Python, Node.js, Java, Go
Backend storage
custom (proprietary serverless vector index, S3-backed)
Deployment
Hybrid
Embedding model
BYO
Multi-tenancy
Logical resource isolation in serverless; CMEK additionally per-namespace key separation; project + organization RBAC
MCP
via official adapter — Pinecone MCP server
A2A
no Google A2A (Agent2Agent) integration documented as of 2026-05.
OpenTelemetry
first-class — Prometheus + Datadog + OTel

Compare Pinecone with…

Similar systems

Other vector-database infrastructure in the catalog, ranked by inbound references.

  • Qdrant T1

    Distribution-Based Score Fusion + RRF. Sparse vectors native; filtering via ANN graph modification.

  • pgvector T1

    Stores embeddings alongside relational + full-text data. HNSW + IVFFlat ANN indexes. Used as agent conversation memory via LangChain + MCP. Foundation of Supabase AI and many self-hosted RAG stacks.

  • Chroma T1

    Limited native hybrid (users build RRF custom). Fast Rust core (v2.5).

  • LanceDB T1

    Embedded vector DB (Arrow columnar). RRF reranker. Petabyte-scale on disk.

  • MongoDB Atlas Vector Search T1

    Agent memory store for both short-term (document) and long-term (vector). LangGraph checkpointer for stateful agents. Vector search extended to Community Edition (Sept 2025).

  • Milvus T1

    Multi-vector columns (10 simultaneous). Native hybrid search (v2.5). CAGRA + Vamana GPU/CPU (v2.6).

Related systems

Referenced by (4)

  • Agno (Phidata) Memory integrates with — Single-line integrations with LanceDB, Pinecone, Weaviate, Qdrant.
  • BabyAGI depends on at runtime — k-list agent loop — Pinecone-backed memory, OpenAI for execution; ~150 LOC. Influence-dispropor
  • n8n AI Agent Memory integrates with — vector store nodes (Qdrant, Pinecone, MongoDB Atlas) for semantic recall
  • OpenAI Agents SDK Memory builds on — Long-term tier typically backed by external vector DBs (Pinecone, etc.).

Row last verified 2026-05-14. Catalog data is CC-BY-4.0 — see how to read this.