Clean Web Data & Native Embeddings for High-Accuracy RAG
Garbage in, garbage out. Raw HTML scrapers contaminate your vector database with cookie banners, navbars, and boilerplate. FlyCrawl extracts clean, semantic Fit-Markdown and generates native 1536/3072-dim embeddings in a single API round-trip.
curl -X POST "https://flycrawl.net/api/v1/scrape" \
-H "Authorization: Bearer fly_live_your_api_key" \
-H "Content-Type: application/json" \
-d '{
"url": "https://docs.anthropic.com/en/docs/overview",
"formats": ["markdown", "chunks", "embeddings"],
"embeddings": {
"model": "text-embedding-3-small",
"dimensions": 1536
}
}'
From Live Web to Production Vectors in Seconds
How FlyCrawl eliminates 90% of boilerplate preprocessing and saves thousands of dollars in LLM embedding tokens.
Autonomous Crawl & Render
Renders client-side dynamic React, Vue, and SPA apps, bypassing Cloudflare challenges and paywalls automatically.
Fit-Markdown Noise Stripping
Heuristic engine removes menus, cookie banners, tracking scripts, and footers while preserving headers, code blocks, and markdown tables.
Semantic Chunking
Splits articles by semantic headers (H1, H2, H3) instead of naive character counts, preventing code snippet or table fragmentation.
Direct Vector Ingestion
Generates 1536-dim or 3072-dim embeddings ready for direct batch upsert into Pinecone, Qdrant, Chroma, or PostgreSQL pgvector.
Engineered for Production RAG Accuracy
90%+ Token Context Reduction
Fit-Markdown HeuristicsRaw web pages contain thousands of useless tokens. Fit-Markdown filters out HTML markup and style sheets while retaining critical contextual headers, markdown tables, and source code.
Markdown Tables & Code Integrity
Syntax & Data PreservationRAG systems fail when tables lose column headers. FlyCrawl reconstructs complex multi-row HTML tables into GFM Markdown tables so LLM agents can query structured rows cleanly.
Universal Vector DB Compatibility
Pinecone, Qdrant, Milvus & pgvectorOutputs standardized JSON/JSONL with source URL metadata, timestamps, chunk IDs, and vector arrays ready for one-line bulk upserts in your preferred vector index.
Python Implementation Example: Web to Pinecone RAG
Scrape live documentation and upsert into your vector index in less than 15 lines of clean Python code:
import requests
from pinecone import Pinecone
# 1. Fetch clean chunks and embeddings from FlyCrawl
resp = requests.post(
"https://flycrawl.net/api/v1/scrape",
headers={"Authorization": "Bearer fly_live_your_api_key"},
json={
"url": "https://fastapi.tiangolo.com/tutorial/",
"formats": ["markdown", "chunks", "embeddings"],
"embeddings": {"model": "text-embedding-3-small", "dimensions": 1536}
}
).json()
# 2. Direct upsert into your Pinecone vector index
pc = Pinecone(api_key="your_pinecone_key")
index = pc.Index("enterprise-rag")
vectors_to_upsert = [
{
"id": chunk["id"],
"values": chunk["embedding"],
"metadata": {"text": chunk["text"], "source": resp["data"]["metadata"]["url"]}
}
for chunk in resp["data"]["chunks"]
]
index.upsert(vectors=vectors_to_upsert)
print(f"✅ Successfully indexed {len(vectors_to_upsert)} clean semantic chunks!")
Frequently Asked Questions
How does FlyCrawl prevent hallucinations in RAG retrieval?
By delivering strictly clean Fit-Markdown without ads, navigation scripts, or duplicated link lists, your embedding vectors represent factual content only. Clean chunks mean vector similarity queries retrieve exact relevant answers.
Can I schedule recurring crawls to keep my RAG vectors fresh?
Yes! FlyCrawl includes built-in Recurring Schedules (/App/Schedules) that can crawl target documentation sites hourly or daily and automatically send updated Markdown and embeddings to your webhook.
Is JavaScript rendering included for dynamic single-page applications?
Yes, automated cloud browser rendering is included on all plans without extra hidden charges. If a site requires client-side JavaScript to render documentation, FlyCrawl executes the DOM seamlessly.
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