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Search that understands what people mean.

Customers type “a warm light for a small reading nook,” not a product name. Neural Search uses embeddings and intent modeling to match meaning, not strings — and the same index is queryable by AI agents and answer engines.

The shift

Most search bars were built for the way people used to shop.

  1. 01

    Customers don't search the way your catalog is named.

    A shopper types “warm pendant for a small dining nook.” Your catalog says “Scandi-style brass ceiling lamp, 6-bulb, dimmable.” The right product exists. They never see it.

  2. 02

    Slow search bars feel broken.

    A two-second results page gets abandoned. Mobile, desktop, in-store kiosk — every device expects results before the user lets go of the keyboard.

  3. 03

    Your search should get smarter, not stay flat.

    Real customers click, save, abandon and buy — every action is signal. Without a system that learns from those signals, your search bar peaks on launch day and never improves.

  4. 04

    Agents and humans need separate lanes.

    If both hit the same search bar, agent traffic floods the behavioral data and the recommender starts ranking for bots instead of buyers. Agents query via API, humans via the bar.

Live demo

Three queries. Three ways it beats keyword search.

The same engine handles a natural-language intent query, a typo'd product search and a compound mood, material and room request.

Neural Search — live demosemantic · typo-tolerant
cozy reading chair for a small loft
Understood as
  • cozy
  • reading
  • armchair
  • compact
  • warm
  1. 94%#1

    Boucle Swivel

    Lounge · oat

    • cozy
    • plush
    • texture
  2. 91%#2

    Hollis Lounge

    Mid-century

    • warm
    • classic
  3. 88%#3

    Loft Armchair

    Compact · walnut

    • compact
    • contemporary
  4. 84%#4

    Sling Chair

    Tubular · leather

    • airy
    • open
scandi pendant walnut

Read asskandi pendnt walnutscandi pendant walnut

Understood as
  • scandi
  • pendant
  • walnut
  • warm wood
  1. 96%#1

    Walnut Drum

    Pendant · 18"

    • walnut
    • soft glow
  2. 91%#2

    Brass Cluster

    Scandi · brass

    • scandi
    • overhead
  3. 88%#3

    Matte Dome

    Scandi · matte

    • scandi
    • minimal
  4. 84%#4

    Globe Pendant

    Oak ceiling rose

    • warm
    • round
warm light, brass and amber, for a dining nook
Understood as
  • dining
  • warm
  • brass
  • amber
  • accent
  1. 95%#1

    Brass Chandelier

    6-bulb · vintage

    • brass
    • warm
    • statement
  2. 92%#2

    Amber Globe

    Hand-blown · single

    • amber
    • warm
  3. 89%#3

    Forge Linear

    Brass · 36"

    • brass
    • dining
  4. 82%#4

    Warm LED Strip

    Cabinet · concealed

    • warm
    • indirect

How a query is answered

Is AI search even needed?

Usually not. Each query is read before the search runs and sent down the simplest path that fits it — so the model is there for the questions that need it, not every keystroke.

  1. 01

    SKU lookup

    Does it look like a SKU?

    “PL-9-AB-3K”Straight to the exact product.
  2. 02

    Keyword search

    Is it short, or just numbers?

    “pendnt”Keyword match, typos forgiven.
  3. 03

    Hybrid search

    Is it a real phrase?

    “warm light over a long kitchen island”Keyword and meaning in one request, ranked together.
  4. 04

    Language model

    Does it need understanding?

    “dimmable, 9 ft island, aged brass to match my faucet, here by the 20th”Read into filters, then searched.

One path per query, chosen before it runs. Each step down does more work.

What's built in

Everything that ships with Neural Search.

  • Instant typo-tolerant search

    Results even when shoppers misspell, abbreviate or mash words together. The bar never returns “no matches” when something close exists in your catalog.

  • Natural-language understanding

    “Warm pendant for a dining nook” gets parsed for mood, material and room — not just keyword overlap. Customers type how they think, not how the catalog was indexed.

  • AI Design Assistant

    A conversational layer that helps shoppers visualize the room, complete the look and discover items they didn't know to search for.

  • AI product recommendations

    Personalized cross-sells, alternates and related items — tuned per customer per session by what they're actually doing, not what a generic rule says.

  • Behavior-trained ranking

    Search, click, favorite, cart and purchase signals weighted into the model — each step a stronger vote than the last. The more your customers shop, the smarter the results get.

  • Priority product surfacing

    Boost high-margin or high-inventory items into top results when relevance ties. The engine works for your business, not just for the click-through rate.

  • Cross-industry learning, per-account tuning

    The recommender improves from patterns across the entire Neural network, while every account stays customized to its vertical, its catalog and its shoppers.

  • Detailed search reporting

    See what shoppers search for, what converts and where the gaps are — so you can fill the product holes the search bar reveals.

  • Built for humans, kept clean of bots

    Agents query the catalog through structured APIs, never the human search bar. Bot signals don't enter the training pipeline, so the recommender stays accurate to what real customers want.

Questions

Asked before you ask.

What makes Neural Search different from standard keyword search?

Keyword search matches the literal words in a query against the literal words in a product record. Neural Search uses embeddings to match meaning — so a query like “warm light for a reading nook” surfaces the right products even when none of them use those exact words.

Does it handle product attributes and specifications?

Yes. The semantic index is structured-attribute-aware, so queries that reference specs, finishes, dimensions or use-cases are scored against actual product data — not just free-text descriptions.

What happens to zero-results queries?

Neural Search reduces zero-results pages because it understands intent rather than requiring an exact string match. Queries that would have returned nothing instead surface the closest relevant products.

Can AI agents and answer engines query the index?

That's a first-class use case. The same semantic index that powers your storefront search is queryable by AI agents and answer engines.

Does it require perfectly clean product data?

No — Neural Search is tolerant of real-world data quality. That said, enriched, structured data from Data Enrichment makes the index sharper. The two layers are designed to work together.

How does it integrate with our existing storefront?

Neural Search runs as an API layer your storefront queries instead of — or alongside — your existing search. We scope the integration against your stack. No rip-and-replace required.