Scite

SciteSince 2018-05

Scite helps researchers evaluate the reliability of citations by showing how they have been cited. It uses AI to classify citations as supporting, mentioning, or contrasting.

Scite uses a large database of citation statements to provide context for citations.

TavilySince 2024-03

Tavily is a specialized search engine and API architecture designed from the ground up to power autonomous AI agents and Retrieval-Augmented Generation (RAG) pipelines. Unlike traditional consumer search engines designed to serve human-readable web pages packed with ads and banners, Tavily extracts clean, factual, and token-optimized Markdown and JSON data ready for direct LLM ingestion. Developers using Tavily eliminate the complex, brittle pipelines of web scraping, HTML parsing, and ad stripping. Tavily queries hundreds of real-time web sources in parallel, evaluates domain credibility, and returns concise synthesized snippets alongside full source attribution in under one second. Whether building an autonomous research assistant in LangChain, an automated market intelligence agent, or a real-time factual verification bot, Tavily serves as the definitive live information retrieval gateway for modern AI applications.

Tavily's underlying engine employs a dual-stage retrieval and ranking model. When an AI agent submits a natural language search query, Tavily dispatches asynchronous web crawlers to authoritative domains, processes page content through semantic extractors, and filters out noise such as navigation headers, footers, cookie consent banners, and advertisements. The resulting payload is delivered in structured JSON format containing clean text snippets, publication timestamps, relevance scores, and canonical source URLs. Tavily includes specialized search parameters including include_domains, exclude_domains, max_results, and search_depth (basic vs. advanced deep research). With native integrations for LangChain, LlamaIndex, CrewAI, AutoGen, and Haystack, Tavily integrates into Python and TypeScript agent codebases in just three lines of code.