ChemCrow is an open-source AI agent designed to enhance the capabilities of large language models (LLMs) in solving complex chemical problems. It integrates 13 expert-designed tools to assist in tasks such as organic synthesis, drug discovery, and materials design, enabling the autonomous planning and execution of chemical syntheses and other chemistry-related tasks.

ChemCrow

AI agent that integrates multiple chemistry tools to autonomously perform complex chemical tasks.

Camel-AI is an innovative open-source library designed to facilitate the development and research of multi-agent systems using large language models. It provides tools and infrastructure for creating autonomous agents that can communicate and collaborate, enabling researchers and developers to explore the potential of AI agent interactions, behaviors, and capabilities

Camel-AI

An open-source framework for building and studying autonomous, communicative AI agents.

Automata is an open-source research project focused on the development of self-improving AI agents. These agents can evolve their own code through interactions with the environment and each other, aiming to simulate the concept of self-writing or self-improvement. The project is based on Python and leverages reinforcement learning and other AI techniques to enable agents to autonomously modify their behavior over time. This makes Automata a platform for exploring the potential of self-directed learning and adaptation in AI systems.

Automata

A research project for creating self-improving AI agents through interaction.

Tavily is a specialized search engine designed to deliver real-time, accurate, and factual results at high speed, specifically for AI agents and Large Language Models (LLMs). It offers a Search API that allows AI developers to easily integrate robust search capabilities into their applications. Tavily is optimized for Retrieval-Augmented Generation (RAG), making it particularly useful for enhancing the knowledge and capabilities of AI systems. The platform aims to provide efficient, quick, and persistent search results to support various AI-driven applications and research tasks.

Tavily

A search engine built specifically for AI agents and tailored for RAG purposes

Perplexity is an innovative AI-powered answer engine designed to provide users with accurate and trustworthy responses to a wide range of questions. It leverages advanced artificial intelligence technology to deliver real-time answers, ensuring users have access to up-to-date information on various topics.

Perplexity

Otto is a tool designed to automate manual research processes using AI agents. It provides a native table interface that allows users to build, configure, and autofill data for various research tasks, making it easier to enrich lists, research companies, and analyze large volumes of documents quickly and efficiently.

Otto

AI-powered platform for automating manual research tasks


Exa is a search engine built specifically for AI applications. It uses embedding models and large language model technology to convert web pages into embeddings, allowing for more precise and relevant search results than traditional keyword-based search engines. Exa aims to provide AI applications with better access to the world's knowledge and enable more complex queries.


AI-powered search engine and web API for AI applications


You.com is an AI-driven platform that combines search engine capabilities with AI tools for chat, content creation, and productivity. It aims to provide personalized search results and AI-powered assistance for complex queries and tasks.


You.com

AI-powered search engine and productivity platform


Consensus is an advanced AI-driven platform that searches through over 200 million scientific papers to provide users with instant insights and summaries from peer-reviewed research. It aims to make scientific knowledge more accessible and easier to understand for researchers, students, professionals, and curious individuals.


Consensus

AI-powered academic search engine for scientific research


Research AI Agents