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206,076 tools. Last updated 2026-06-17 10:25

"Enabling deep research modes in AI tools like Kimi and ChatGPT" matching MCP tools:

  • Send a prompt to ChatGPT, Claude, Gemini, or Perplexity and receive a structured AI response. Compare outputs across platforms for local SEO research.
    MIT
  • Find keyword mentions in AI model outputs from ChatGPT and Google AI. Returns mention context and sources.
    MIT
  • Search academic papers and preprints on arXiv to find research papers, scientific studies, and technical literature across fields like AI, physics, and mathematics.
    Apache 2.0
  • Execute deep web research on any topic. An AI agent searches and synthesizes information from across the web, returning a task ID for polling.
    Apache 2.0

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  • Conduct comprehensive research projects using a virtual computer equipped with a real browser, coding tools, document creation capabilities, and more. Deep Research by Openhelm enables your agent to tackle work such as: • Market and competitor analysis • Industry and company research • Investment and acquisition due diligence • Technical and scientific investigations • Report generation with sources and evidence What makes OpenHelm the best solution for this: • Research is continuously revie

  • An identity and memory layer for AI agents on the Emercoin blockchain. An agent claims a GitHub-rooted on-chain identity and stores verifiable hashes of its research and memory as Emercoin NVS (Name-Value Storage) records, through a small authenticated HTTP API and an MCP server. Neutral and provider-independent — not tied to any single AI vendor. FREE

  • Initiate deep research: aggregate multiple sources, evaluate credibility, generate professional HTML/DOCX/PDF report. Returns task ID for background polling.
    Apache 2.0
  • Search web or Google Drive to find new sources for research topics, supporting both fast and deep research modes to gather information efficiently.
    MIT
  • Initiate web or Google Drive searches to find new sources for research topics. Choose between fast or deep search modes to gather relevant information for your notebook.
    MIT
  • Switch Perplexity search modes to optimize web research: basic search, deep research, analytics/visualization, or educational exploration. Check current mode without switching.
    MIT
  • Analyze npm dependency lists for supply-chain risks by detecting typosquatting, version anomalies, and missing integrity hashes. Optional deep reasoning with Kimi K2 enhances analysis. Outputs risk scores and suspicious package counts.
    MIT
  • Search across Turkish legal databases including Supreme Court, Constitutional Court, and Public Procurement Authority decisions using a single query. Returns results in ChatGPT Deep Research compatible format with support for advanced search operators.
    MIT
  • Export memories from Project Tessera to migrate knowledge to other AI platforms like ChatGPT or Gemini using supported formats.
    AGPL 3.0
  • Switch Perplexity search modes to perform basic searches, deep research, analytics visualization, or educational queries. Call without parameters to check current mode.
    MIT
  • Executes autonomous research tasks using AI and read-only file search tools to analyze code and documents within a sandboxed directory.
    MIT
  • Retrieve Turkish legal documents by ID from Supreme Court, Council of State, Constitutional Court, and Public Procurement Authority databases for ChatGPT Deep Research analysis.
    MIT
  • Check if AI assistants like ChatGPT, Perplexity, and Gemini know and recommend your brand. Get per-model visibility scores for any domain.
    MIT
  • Switch between Perplexity search modes: basic search, deep research, analytics/visualization, or educational queries. Call without mode to check current setting.