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216,620 tools. Last updated 2026-06-20 10:43

"Hypothesis" matching MCP tools:

  • Conduct named statistical hypothesis tests by specifying the test name, sample data, parameters, significance level, and alternative hypothesis.
  • Generate A/B test variant suggestions that include a hypothesis, variant designs, and metrics to track for achieving your optimization goals.
    MIT
  • Test a single trading hypothesis by describing it in plain language. The system loads market data, charts the pattern, runs statistical tests, and provides exact entry, stop, and target prices.
    MIT
  • Run predefined live checks to test a hypothesis and get a mechanical verdict: supported, refuted, or partially supported.
    MIT

Matching MCP Servers

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    Enables AI-powered academic research workflow from keyword search to hypothesis generation. Integrates multiple AI models to automatically search ArXiv papers, extract key information, and generate innovative research hypotheses for researchers.
    Last updated
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Matching MCP Connectors

  • Find novel, statistically validated patterns in tabular data — hypothesis-free.

  • Variable relationships from research papers with causal direction and source traceback.

  • Track and document debugging processes with a graph-based system to decompose problems, test hypotheses, and retrieve past solutions.
    MIT
  • Encode text into a persistent memory block under a unique concept name for recall in future sessions.
    AGPL 3.0
  • Explore a trading topic to generate and test novel market hypotheses. Returns edge analysis, statistics, and trade setup from a comprehensive market structure knowledge graph.
    MIT
  • Archive stale agent-created skills using tier-aware rules. Validated skills stay, hypothesis skills age faster. Use dry run to preview changes.
    MIT
  • Break down complex coding problems into structured, self-auditing thought steps. Enables branching, revising, and backtracking to explore solutions systematically before finalizing a response.
    MIT
  • Decompose complex problems into sequential reasoning steps. Start a new session with query and depth level, then continue step-by-step using the returned session ID until completion.
    MIT
  • Verify a hypothesis by reporting its success or failure in practice. Consistent successes crystallize the hypothesis; failures penalize confidence and may trigger scarring.
    AGPL 3.0
  • Retrieve recent trade and liquidity activity for a Spectra pool. Returns buys, sells, liquidity adds/removes with USD values, timestamps, and transaction hashes for analysis.
    MIT
  • Analyze complex problems through adaptive thinking steps that build, question, and revise insights to reach solutions. Supports branching, backtracking, and iterative refinement for dynamic problem-solving.
    Apache 2.0
  • Break down complex problems into atomic thoughts with dependency tracking to reason through tradeoffs, debug root causes, evaluate alternatives, and make decisions.
    MIT