The Problem
An r/Rag post: ~10M tokens of tech articles + docs + blogs + PDFs needed for a RAG pipeline. Naive choice is to scrape everything; in 2026 the cheaper, more reliable shape is search-as-source for indexed public content.
The Scavio Solution
Search-as-source pipeline: 200-500 seed queries → Scavio Google SERP → URL deduplication → Scavio /extract for top URLs → token-budgeted Markdown export. Reserve actual scraping for behind-auth or JS-heavy targets only.
Before
Scraper pipeline + headless infra + Cloudflare arms race + per-site parser maintenance for 10M tokens of content. Operationally heavy.
After
200 seed queries → ~5K unique URLs → top-2K via /extract → ~8M tokens of clean Markdown. Total Scavio cost ~$50-90. Typed JSON throughout.
Who It Is For
AI engineers building RAG, RAG SaaS founders, research labs constructing domain corpora at the 1-10M token scale.
Key Benefits
- Avoids most scraper pain on indexed public content
- Typed JSON in and out
- Predictable per-topic cost
- 10M tokens at $20-90 in Scavio + extract
- Scraping reserved only for behind-auth / JS-heavy
Python Example
import requests, os
H = {'x-api-key': os.environ['SCAVIO_API_KEY']}
def build_corpus(seeds, per_query=10):
urls = set()
for q in seeds:
r = requests.post('https://api.scavio.dev/api/v1/search', headers=H, json={'query': q}).json()
for o in (r.get('organic_results') or [])[:per_query]:
urls.add(o['link'])
docs = []
for u in list(urls)[:2000]:
d = requests.post('https://api.scavio.dev/api/v1/extract', headers=H, json={'url': u}).json()
if d.get('text'): docs.append(d['text'])
return docsJavaScript Example
// Same shape in TS — search per seed, dedupe, extract top-N.Platforms Used
Web search with knowledge graph, PAA, and AI overviews