What types of mathematical problems can Axiom solve?

Axiom excels at symbolic computations like integrals, derivatives, and limits, providing step-by-step solutions. It also performs advanced financial time-series analysis for volatility, regression, and stochastic modeling on large datasets.

How does Axiom integrate with Large Language Models (LLMs)?

Axiom integrates seamlessly with LLMs via the Model Context Protocol (MCP) over Stdio & SSE, allowing LLMs to offload complex mathematical queries and receive accurate, detailed results.

Does Axiom offer a local deployment option?

Yes, Axiom features a hybrid architecture. It includes a free, privacy-focused local mode that runs entirely on your machine using WebAssembly and mathjs. A cloud mode for heavier computations is also coming soon.

Axiom

Name: Axiom
Author: tufantunc

bytufantunc

Other

Data Science & ML

Analytics & Monitoring

Empowers Large Language Models with high-precision symbolic mathematics, differential equations, and financial time-series analysis capabilities.

About

Axiom serves as a sophisticated Model Context Protocol server, enabling Large Language Models like Claude to perform rigorous scientific and financial computations. It acts as a crucial bridge to a full Computer Algebra System (CAS), offering advanced functionalities for symbolic computation, processing large financial time-series datasets, and stochastic modeling. The platform provides a flexible hybrid architecture, supporting local, privacy-focused operations via WebAssembly and mathjs, with a future cloud option designed for heavy computations like Monte Carlo simulations.

Key Features

Perform symbolic computations (integrals, derivatives, limits) with step-by-step solutions via Giac/Xcas
Analyze large financial time-series datasets (e.g., Bitcoin OHLCV) for volatility, regression, and stochastic modeling
Offer a hybrid architecture with both local (WebAssembly/mathjs) and upcoming cloud (high-performance clusters) modes
Integrate advanced mathematical engines like Giac/Xcas (Wasm), mathjs, and numeric for robust calculations
Communicate via Model Context Protocol (MCP) over Stdio & SSE for seamless LLM integration
0 GitHub stars

Use Cases

Integrating advanced mathematical capabilities into Large Language Model applications
Performing rigorous scientific calculations for LLM-driven research and problem-solving
Analyzing complex financial time-series data within AI-powered quantitative finance models

About

Key Features

Perform symbolic computations (integrals, derivatives, limits) with step-by-step solutions via Giac/Xcas
Analyze large financial time-series datasets (e.g., Bitcoin OHLCV) for volatility, regression, and stochastic modeling
Offer a hybrid architecture with both local (WebAssembly/mathjs) and upcoming cloud (high-performance clusters) modes
Integrate advanced mathematical engines like Giac/Xcas (Wasm), mathjs, and numeric for robust calculations
Communicate via Model Context Protocol (MCP) over Stdio & SSE for seamless LLM integration
0 GitHub stars

Use Cases

Integrating advanced mathematical capabilities into Large Language Model applications
Performing rigorous scientific calculations for LLM-driven research and problem-solving
Analyzing complex financial time-series data within AI-powered quantitative finance models