mrnh/rigor
by Various
Verified statistical inference for AI agents -- classical and non-parametric hypothesis testing, correlation/regression, effect sizes, power/sample-size, multiple-comparisons corre
MCP
mrnh/rigor
Added 8 Sept 2026
Overview
mrnh/rigor is a Python CLI and MCP server that provides verified statistical inference for AI agents. It includes classical and non-parametric hypothesis testing, correlation/regression, effect sizes, power/sample-size calculations, multiple-comparisons correction, a test-recommendation helper, and batch pairwise comparisons.
Best for
Best for
AI developers who need quick statistical verification in Python-based workflows.
Use cases
- Run hypothesis tests from a command line
- Integrate statistical inference into AI agents via MCP
- Perform power analysis and sample size calculations
How to use
Install
pip install rigor-mcp Tested with
Claude Desktop, Claude Code
Notes
mrnh/rigor is a Python CLI and MCP server that provides verified statistical inference for AI agents. It includes classical and non-parametric hypothesis testing, correlation/regression, effect sizes, power/sample-size calculations, multiple-comparisons correction, a test-recommendation helper, and batch pairwise comparisons.
1 stars on GitHub. Last updated 2026-08-19. Licensed MIT.
Use cases
- Run hypothesis tests from a command line
- Integrate statistical inference into AI agents via MCP
- Perform power analysis and sample size calculations
Pros
- Broad set of statistical tools in one CLI and MCP server
- Includes test-recommendation helper and batch pairwise comparisons
- Supports both classical and non-parametric methods
Cons
- Early-stage project with minimal community adoption (1 star)
- Requires Python environment
- Limited to the listed statistical methods, not a full statistics package
Indexed from awesome-mcp-servers-punkpeye and enriched against its public facts.
Pros
- Broad set of statistical tools in one CLI and MCP server
- Includes test-recommendation helper and batch pairwise comparisons
- Supports both classical and non-parametric methods
Cons
- Early-stage project with minimal community adoption (1 star)
- Requires Python environment
- Limited to the listed statistical methods, not a full statistics package
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