NVIDIA Inception Member

Search that understands meaning, not keywords

Searcly is a neural search platform that understands intent, context, and semantics. Power enterprise search, e-commerce discovery, and RAG pipelines with GPU-accelerated vector retrieval and neural ranking.

10B+
Documents indexed
3ms
Query latency p99
94%
Relevance improvement
50+
Languages supported

Neural search for every use case

From enterprise knowledge bases to e-commerce product discovery — Searcly understands what your users mean, not just what they type.

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Vector Semantic Search

Transform text into dense vector embeddings using state-of-the-art transformer models. GPU-accelerated ANN retrieval over billions of vectors in under 3ms. HNSW and IVF-PQ indexing.

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Neural Reranking

Cross-encoder models re-score results by reading full query-document pairs. Boost precision by 40%+ over first-stage retrieval. TensorRT-optimized for sub-10ms reranking of 1000 candidates.

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Natural Language Queries

Users search the way they think — "show me red dresses under $50" or "documents about thermal management in batteries." LLM-powered query understanding extracts intent, filters, and entities.

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Hybrid Search

Combine BM25 keyword matching with neural vector retrieval in a single query. Best of both worlds — exact matches for SKUs and IDs, semantic understanding for natural language. Tunable fusion weights.

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Multi-Modal Search

Search with images, text, or both. CLIP-based embeddings for visual product search. Upload a photo, find similar products across your entire catalog. Cross-modal retrieval in real-time.

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Analytics & A/B Testing

Built-in search analytics: zero-result rate, click-through rate, mean reciprocal rank. A/B test ranking models and embedding strategies without reindexing. Search quality dashboards out of the box.

GPU-accelerated search pipeline

From query to ranked results in milliseconds — a three-stage retrieval pipeline optimized with NVIDIA GPUs.

RETRIEVAL PIPELINE
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Stage 1 — ANN Retrieval (Candidate Generation)

GPU-accelerated approximate nearest neighbor search over billion-scale vector index. HNSW + IVF-PQ hybrid index. Returns top-1000 candidates in <2ms. NVIDIA cuVS library.

NVIDIA cuVS
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Stage 2 — Neural Reranking (Precision Boost)

Cross-encoder transformer re-scores each candidate against the query. TensorRT-optimized inference, FP16 quantization. Re-ranks 1000 candidates in <8ms. Trained on click data + NLI datasets.

TensorRT
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Stage 3 — LLM Answer Generation (RAG)

Optional: generate natural language answers from top results. RAG pipeline with citation support. LLM runs on NVIDIA Triton Inference Server. Sub-200ms answer generation.

Triton + RAG
3ms
p99 query latency
10B
Vectors indexed
94%
Relevance improvement
50+
Languages

Powering search across industries

From e-commerce to enterprise knowledge — Searcly handles any search workload.

01

E-Commerce — Product Discovery

Natural language product search across 5M+ SKUs. "comfortable running shoes for flat feet" returns 30 relevant products. 42% increase in conversion rate, 67% reduction in zero-result searches.

02

Enterprise — Knowledge Search

Unified search across documents, wikis, Slack, Jira, and emails. Employees find answers in seconds, not minutes. 83% reduction in "where is..." Slack messages. Integrates with SSO.

03

RAG Pipelines — LLM Grounding

Retrieval layer for Retrieval-Augmented Generation. Fetch relevant context from your knowledge base, feed to LLM, get grounded answers with citations. Powers 200+ enterprise chatbots.

04

Support — Ticket Resolution

Search past support tickets, resolution docs, and runbooks. Suggest relevant solutions to new tickets automatically. 38% auto-resolution rate. MTTR reduced by 2.4 hours on average.

Searcly is a member of the NVIDIA Inception program, leveraging NVIDIA cuVS for vector search, TensorRT for neural reranking, and Triton Inference Server for LLM serving.
NVIDIA Inception

Make your search understand intent

Join teams using Searcly to power semantic search, product discovery, and RAG pipelines with GPU-accelerated neural retrieval.

Get Early Access → Read the Docs
Pitch deck available — request via email