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thinkany-ai avatar

thinkany-ai/rag-search

0
View on GitHub↗
1,179 stars·163 forks·Python·Apache-2.0·28 viewsthinkany.ai↗

Rag Search

This project provides a search service designed to retrieve and rerank web content for use in large language model applications. It functions as a retrieval augmented search engine that processes natural language queries to fetch contextually relevant information from external web sources.

The system distinguishes itself through a combination of semantic retrieval and precision-focused reranking. It converts user queries into high-dimensional embeddings to perform similarity searches across indexed collections, then refines these results by passing candidate pairs through a secondary model to improve relevance. To maintain service stability and prevent abuse, the platform incorporates traffic control mechanisms that restrict client request frequency through token-bucket rate limiting.

The architecture supports automated research workflows by fetching external content via asynchronous background workers, ensuring that data retrieval does not block the primary request cycle. The service is exposed through a stateless interface that processes incoming calls through a chain of validation and security middleware.

Features

  • Retrieval Augmented Generation - Integrates large language models with live web data to provide context-aware, accurate answers.
  • Cross-Encoder Rerankers - Implements cross-encoder reranking to score query-document pairs for high-precision relevance refinement.
  • Semantic Vector Search - Performs semantic similarity searches by converting queries into high-dimensional embeddings for retrieval.
  • Retrieval Augmentation - Provides retrieval-augmented search by fetching and reranking web content to ground language model responses in live data.
  • Context Search Retrievers - Ships a search service that retrieves and reranks web content specifically for language model applications.
  • Vector Search Engines - Provides a vector search engine that processes natural language queries to fetch and rank relevant web data.
  • Distributed Web Crawling - Uses distributed background workers to fetch external web content without blocking the primary request cycle.
  • Information Retrieval - Automates the retrieval and synthesis of relevant web data to support research workflows.
  • Web Search APIs - Provides custom search interfaces that filter and rank external web content for specific user requirements.
  • API Rate Limiters - Manages API request limits to protect backend services and ensure system stability.
  • Inbound Request Throttling - Limits the number of requests a single user can send to maintain service stability.
  • Token Bucket Throttlers - Enforces traffic control using token-bucket rate limiting to prevent system overload and abuse.
  • Middleware Rate Limiters - Implements middleware to restrict client request frequency and ensure service stability.

Star history

Star history chart for thinkany-ai/rag-searchStar history chart for thinkany-ai/rag-search

How this analysis was created: This summary and feature list are AI-generated from collected project material and can contain mistakes. Stars, license and language are imported from GitHub. Inclusion does not mean that we have tested or audited this project. Check the source documentation for any feature you depend on. Learn more on our About page.

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Frequently asked questions

What does thinkany-ai/rag-search do?

This project provides a search service designed to retrieve and rerank web content for use in large language model applications. It functions as a retrieval augmented search engine that processes natural language queries to fetch contextually relevant information from external web sources.

What are the main features of thinkany-ai/rag-search?

The main features of thinkany-ai/rag-search are: Retrieval Augmented Generation, Cross-Encoder Rerankers, Semantic Vector Search, Retrieval Augmentation, Context Search Retrievers, Vector Search Engines, Distributed Web Crawling, Information Retrieval.

Which projects share features with thinkany-ai/rag-search?

Projects with overlapping indexed features include: togethercomputer/openchatkit — OpenChatKit is a training and inference toolkit for large language models. It provides a comprehensive set of tools… sylphai-inc/adalflow — AdalFlow is an autonomous AI agent framework and LLM application library designed for building modular workflows. It… groupultra/telegram-search — Telegram Search is a self-hosted platform designed to export, index, and archive personal or group message history. It… stangirard/quivr — Quivr is a framework for building retrieval-augmented generation pipelines that connect large language models to… datawhalechina/hello-agents — This project provides a comprehensive framework for building, training, and managing autonomous agents. It enables the… homanp/superagent — Superagent is a framework for AI assistant orchestration and agent security. It provides the tools to build…

Projects sharing features with Rag Search

These projects share indexed features with Rag Search. Shared tags can include platform or build tooling; verify the primary use case before treating a result as a replacement.
  • togethercomputer/openchatkittogethercomputer avatar

    togethercomputer/OpenChatKit

    8,981View on GitHub↗

    OpenChatKit is a training and inference toolkit for large language models. It provides a comprehensive set of tools for managing the model lifecycle, including a fine-tuning pipeline, a model weight converter, and a command-line interface for interacting with conversational agents. The toolkit features a framework for retrieval augmented generation, allowing models to incorporate relevant context from external vector indices. It also includes utilities for converting trained model checkpoints into formats compatible with standard inference libraries. The project covers conversational AI trai

    Python
    View on GitHub↗8,981
  • groupultra/telegram-searchgroupultra avatar

    groupultra/telegram-search

    3,949View on GitHub↗

    Telegram Search is a self-hosted platform designed to export, index, and archive personal or group message history. It functions as a private search engine that transforms scattered communication logs and media assets into a searchable knowledge library, allowing users to maintain full control over their data through containerized infrastructure. The platform distinguishes itself by utilizing vector-based semantic indexing to enable fuzzy retrieval across historical datasets. It incorporates an optical character recognition pipeline to extract text from images and media files, ensuring that v

    TypeScriptaiai-agentembedding
    View on GitHub↗3,949
  • sylphai-inc/adalflowSylphAI-Inc avatar

    SylphAI-Inc/AdalFlow

    4,167View on GitHub↗

    AdalFlow is an autonomous AI agent framework and LLM application library designed for building modular workflows. It serves as a model-agnostic interface and RAG pipeline orchestrator, allowing users to develop ReAct agents that utilize iterative reasoning and external tool execution to solve complex tasks. The project distinguishes itself through a prompt optimization system that uses textual gradient descent to automatically refine prompt templates and few-shot examples. It treats model feedback as a differentiable signal, enabling a form of LLM backpropagation to iteratively improve output

    Python
    View on GitHub↗4,167
  • stangirard/quivrStanGirard avatar

    StanGirard/quivr

    39,167View on GitHub↗

    Quivr is a framework for building retrieval-augmented generation pipelines that connect large language models to custom knowledge bases. It serves as a generative AI integration layer that abstracts the process of transforming diverse document sources into searchable context for AI responses. The project orchestrates the end-to-end flow between document ingestion, vector storage management, and model provider interfaces. It features a vector-store-agnostic retrieval system and a modular API layer that allows for flexible switching between different generative model providers. The system cove

    Python
    View on GitHub↗39,167
  • Compare all 30 related projects→

    Curated searches featuring Rag Search

    Hand-picked collections where Rag Search appears.
    • Retrieval-Augmented Generation Frameworks
    • Documentation Chatbot Builders
    • Enterprise knowledge retrieval