🔎 Use Cases

Search Intelligence

Every query understood, expanded, and rescued in under 50ms. Semantic search intelligence across the full pipeline, invisible to the user.

<45ms
Per query, any pipeline stage
5 models
Expansion to decomposition
Pennies
Per query at any scale

Five specialist models bring semantic understanding to every stage of the search pipeline: expansion, rescue, re-ranking, intent classification, and query decomposition. All share a single fine-tuned base, deployed on a fraction of a GPU. At 10M queries per day, the entire pipeline costs what a single cloud API endpoint would.

5 specialist models

How It Works

One specialist model per search stage,all sharing a single fine-tuned base

01

Vague Queries Become Rich Semantic Terms

'Cozy blanket' should match 'fleece throw' but keyword search cannot make that connection. A specialist LFM expands vague queries into 10+ semantic terms at 45ms, invisible in autocomplete. Cloud LLMs expand well but at 200-500ms, visible to the user. The difference is whether expansion is a feature or a bottleneck.

02

Zero Results Rescued Before the Empty Page Renders

10-15% of e-commerce searches return zero results, each one a lost conversion. No search platform has a built-in rescue mechanism. A specialist LFM detects zero-result conditions and generates alternative queries via broadening, synonyms, and constraint relaxation before the empty page renders. Every rescued search is recovered revenue.

03

The Right Product in Position One

Your search returns relevant products in the wrong order. Position 1 has 20%+ higher CTR than position 3. BM25 ranking does not understand that 'gift for a coffee lover' means pour-over sets outrank mugs. A specialist LFM re-ranks 50 results in 45ms with no separate embedding infrastructure.

04

Complex Queries Decomposed for AI Shopping Agents

'Cheap waterproof running shoes for wide feet in blue.' Passing the full string to search produces poor results. A specialist LFM decomposes it into structured sub-queries: price constraint, feature, fit, activity, and color. Each sub-query routes to the optimal retrieval path. 45ms total.

Try each model

All Demos

🔎
TEXTCLOUD

Query Expansion

Transform vague queries into rich semantic search terms in under 50ms

45ms1K / 2mLFM-350M
Vague QueryGift ShoppingBudget Conscious

'cozy blanket' → 10+ semantic terms in 45ms. Search autocomplete that cloud LLMs can't serve

Fine-tuned on sample dataTry yours on Workbench →
🆘
TEXTCLOUD

Zero-Result Rescue

Recover failed searches with intelligent rewrites before the user sees an empty page

45msLFM-350M
Specific SneakerLuxury NicheSeasonal

10-15% of searches return zero results, each one a lost conversion rescued in under 50ms

Fine-tuned on sample dataTry yours on Workbench →
📊
TEXTCLOUD

Semantic Re-Ranking

Re-order search results by semantic relevance. Put the right product in position 1

45msLFM-350M
AmbiguousMulti-attributeUse Case

Re-rank 50 results in 45ms. Your search returns relevant products, just in the wrong order

Fine-tuned on sample dataTry yours on Workbench →
🎯
TEXTCLOUD

Search Intent Classification

Classify query intent and disambiguate ambiguous searches in real-time

45msLFM-350M
AmbiguousTransactionalNavigational

Does your search know what the user means? Classify intent + disambiguate in under 45ms

Fine-tuned on sample dataTry yours on Workbench →
🧩
TEXTCLOUD

Query Decomposition

Break complex multi-intent queries into structured sub-queries for AI shopping agents

45msLFM-350M
Multi-AttributeGift ConstraintsDietary + Budget

AI shopping agents can't handle 'cheap waterproof shoes for wide feet in blue.' Decompose it in 45ms

Fine-tuned on sample dataTry yours on Workbench →

Ready to deploy in your environment?

Semantic search at autocomplete speed.Five models. One GPU. A fraction of cloud cost.