Category: ML Research

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0.35% trained, 100% competitive: the frozen-tower architecture behind jina-embeddings-v5-omni
Elasticsearch Labs

0.35% trained, 100% competitive: the frozen-tower architecture behind jina-embeddings-v5-omni

The latest jina embeddings model generates multimodal embeddings for text, images, video and audio, competing with models nearly 6x its size on vector search while training just 0.35% of the weights.

Jon Avezbaki
17% faster search, zero config: auto-calibrating vector quantization in Elasticsearch
Elasticsearch Labs

17% faster search, zero config: auto-calibrating vector quantization in Elasticsearch

Automatic calibration at merge time picks vector quantization parameters for each segment by predicting recall from a small sample. Here's how we built it into Elasticsearch's merge path.

Tommaso Teofili
56% faster, up to 50% better retrieval performance: What's inside Jina's new 600 million parameter listwise reranker
Elasticsearch Labs

56% faster, up to 50% better retrieval performance: What's inside Jina's new 600 million parameter listwise reranker

Jina Reranker 3.5 beats v3 by 50%+ on case law, closes the gap with models 7x its size on legal, medical, and financial benchmarks, and beats them outright on structured data. It's a drop-in replacement for v3, with no API changes.

Felix Wang
How Elasticsearch detects multiple change points in time series with 0.99 recall
Elasticsearch Labs

How Elasticsearch detects multiple change points in time series with 0.99 recall

ES|QL's CHANGE_POINT command finds structural shifts, variance changes and spikes in any metric in ~1ms, without tuning anything per series.

Thomas Veasey
How Elasticsearch auto-tunes vector quantization to hit your recall target
Elasticsearch Labs

How Elasticsearch auto-tunes vector quantization to hit your recall target

Learn the geometric model that lets Elasticsearch predict recall with R² > 0.98 accuracy and auto-select vector quantization parameters from a small data sample.

Thomas Veasey
How BBQ shrinks Jina v5 embeddings by 29x without losing recall in Elasticsearch
Elasticsearch Labs

How BBQ shrinks Jina v5 embeddings by 29x without losing recall in Elasticsearch

A hands-on test comparing BBQ and float32 vector indices in Elasticsearch, measuring memory, disk and recall@10 across five languages.

Jeffrey Rengifo
Elasticsearch DiskBBQ delivers 7x faster vector search than Qdrant on network-attached storage
Elasticsearch Labs

Elasticsearch DiskBBQ delivers 7x faster vector search than Qdrant on network-attached storage

Elasticsearch DiskBBQ achieves up to 7x higher vector search throughput than Qdrant at comparable recall on network-attached storage. Explore the benchmark methodology and full results.

Sachin Frayne
Is your ML job's datafeed losing a race it cannot win?
Elasticsearch Labs

Is your ML job's datafeed losing a race it cannot win?

Learn how switching from scroll-based to aggregation-based datafeeds optimizes machine learning jobs for large-scale deployments.

Valeriy Khakhutskyy
Unsupervised document clustering with Elasticsearch + Jina embeddings
Elasticsearch Labs

Unsupervised document clustering with Elasticsearch + Jina embeddings

A practical, reproducible approach to unsupervised document clustering with Elasticsearch and Jina embeddings.

Matthew Adams
Automating log parsing in Streams with ML
Elasticsearch Labs

Automating log parsing in Streams with ML

Learn how a hybrid ML approach achieved 94% log parsing and 91% log partitioning accuracy through automation experiments with log format fingerprinting in Streams.

Nastia Havriushenko
Generating filters and facets using ML
Elasticsearch Labs

Generating filters and facets using ML

Exploring the pros and cons of automating the creation of filters and facets in a search experience using ML models vs the classical hard-coded approach.

Andre Luiz
Implementing clustering workflows in Elastic to enhance search relevance
Elasticsearch Labs

Implementing clustering workflows in Elastic to enhance search relevance

We demonstrate how to integrate custom clustering models into the Elastic Stack by leveraging OpenAI text-ada-002 vectors, streamlining the workflow within Elastic’s ecosystem.

Gus Carlock