Fundamental Math

Fundamental Math MCP Connector for Claude

A+

A deterministic, zero-latency mathematical engine for exact calculations. Safely compute percentages, square roots, factorials, and the rule of three completely local.

5 tools Official Updated Jun 28, 2026 Official Vinkius Partner

Large Language Models are brilliant at reasoning, but they notoriously hallucinate when performing exact mathematics. The Fundamental Math MCP Server solves this by providing your autonomous agents with a deterministic, zero-latency computational engine.

The Superpowers

  • Zero Hallucinations: Guarantees 100% mathematical accuracy for critical workflows like finance and statistics.
  • Privacy First (Local): Executes purely in local JavaScript. No API calls, no data leaves your secure enclave.
  • The Classic Rule of Three: Easily solve proportional problems (if A is to B, then C is to X) without complex prompting.
  • Essential Toolkit: Built-in tools for percentages, square roots, exponential powers, and factorials.

Stop relying on probabilistic models for exact numbers. Equip your agent with a real calculator.

deterministic-mathcomputationprecision-engineno-hallucinationlocal-processingarithmetic

5 tools expose this connector's capabilities to your AI agent.

calculate_factorial

Calculates the factorial of a non-negative integer

calculate_percentage

Calculates the percentage of a given total value

calculate_power

Calculates the base raised to the exponent power

calculate_rule_of_three

Solves a simple rule of three (proportionality)

calculate_square_root

Calculates the square root of a given number

See how to talk to your AI agent using Fundamental Math.

I have a total budget of 4500 and I want to allocate 17.5% to marketing. Calculate the exact value.

Using the calculate_percentage tool: The exact value for 17.5% of 4500 is 787.5.

If an ad campaign generated 120 leads with a $500 investment, how many leads can I expect with a $2500 investment?

Using the calculate_rule_of_three tool (A=500, B=120, C=2500): You can expect exactly 600 leads with a $2500 investment.

Calculate the factorial of 12 for my probability distribution script.

Using the calculate_factorial tool: The factorial of 12 (12!) is exactly 479,001,600.

AI models predict the next token; they don't actually compute math. This leads to subtle and dangerous errors in calculations. This MCP forces the AI to use a deterministic JavaScript engine, ensuring absolute precision.

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