Ask-search provides a way for AI agents to perform web searches privately and without the need for paid API keys. It works by wrapping SearxNG, which aggregates results from multiple sources such as Google and Bing into a single meta-search engine. This allows local tools like Claude Code or Antigravity to access real-time information while maintaining data privacy.
* Zero cost via self-hosted SearxNG backend
* High compatibility with CLI, MCP servers, and OpenClaw skills
* Flexible search options including language and category filters
* Privacy protection through local query aggregation
* Zero cost via self-hosted SearxNG backend
* High compatibility with CLI, MCP servers, and OpenClaw skills
* Flexible search options including language and category filters
* Privacy protection through local query aggregation
Local large language models (LLMs) often struggle with hallucinations because their knowledge is limited to their static training data. To combat this, the author integrated the Brave Search MCP (Model Context Protocol) into their local setup using LM Studio. This tool acts as a bridge, allowing the LLM to query the Brave Search API for real-time information and current web results. By combining pretrained data with live web access, the model provides more accurate and up-to-date responses. While the technical setup is relatively straightforward, the author emphasizes that mastering specific prompting techniques is essential to prevent the model from getting stuck in tool-calling loops and to ensure it uses its new search capabilities effectively.
This article explores the architecture enabling AI chatbots to perform web searches, covering retrieval-augmented generation (RAG), vector databases, and the challenges of integrating search with LLMs.
