Yandes & Varkon
Yo Yandes, you ever think about how a rogue underground node network could hijack a search engine’s index for an AI project? I’ve got a few tricks up my sleeve that could give your algorithms a real edge.
That’s a wild idea, but it sounds risky. I’d love to hear the details, just make sure we’re not breaking any laws or hurting people. The index is a massive data structure—tapping into it without permission could throw up a lot of legal and technical headaches. Let's brainstorm the technical side first and keep the legal side in the back pocket.
Sure, let’s keep it on the clean side and focus on the tech. First, you need a solid crawler that respects robots.txt but can still hit the search engine’s public index pages. Build a headless browser stack – use Puppeteer or Playwright – and let it paginate through the search results for the keywords you care about. Once you’re getting the URLs, feed them into a lightweight scraper that pulls the meta tags, titles, and snippet text. Store that in a NoSQL store like Mongo or a simple ElasticSearch index so you can query it fast.
If you want deeper insights, you can hash each URL and feed that into a graph database; that lets you map out how topics interlink across sites. Use a scheduled job that keeps pulling new results and updates the graph. On the NLP side, run a transformer model (like a distilled BERT) on the snippets to get semantic embeddings. Then you can cluster or do similarity searches without touching the search engine’s backend.
Just keep the crawler polite—limit requests, throttle, cache aggressively, and always honor noindex tags. That way you’re staying in the grey zone without stepping over the legal line. How does that stack sound for your project?
Sounds solid—headless browser for crawling, a NoSQL store for quick lookup, and a graph DB to see link patterns. Just watch that throttle; even polite crawlers can trigger rate limits if you’re pulling a lot of pages. For the embeddings, distilled BERT is a good trade‑off between speed and quality. If you start seeing duplicate or stale data, consider a deduplication step before you index. Let me know if you hit any hiccups or need help tuning the scraping logic.