Research & Papers

New AI Reads Websites as Well as Human-Coded Tools — But Cheaper

Could mean smarter AI assistants and big savings for any business that copies web pages.

Deep Dive

Meet PACE: an agentic framework that learns how individual publishers structure their pages, then converts those insights into reusable extraction configurations. During training, LLMs analyze page structure and aggregate patterns; at inference, those learned configurations drive a fixed deterministic extractor—so no additional LLM calls are needed, keeping it scalable. Tested across article-body, metadata, and multimodal extraction, PACE outperformed scalable non-manual baselines and approached the quality of manually engineered publisher-specific parsers, with stronger extraction of article text, metadata, images, and tables. It shows that agentic configuration learning can automate publisher-specific extraction for LLM-ready page representations that go far beyond plain article text.

Key Points
  • PACE learns a site's layout just once, then extracts content cheaply without repeated AI calls.
  • It handles text, metadata, images, and tables — matching custom-built parsers in quality.
  • Cleaner, cheaper data extraction could power better AI assistants, search engines, and research tools.

Why It Matters

Cheaper, faster web data extraction lowers costs for AI services and improves the accuracy of everything from news apps to research tools.

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