MCP For Claude Marketplace
Bullwhip Effect Calculator

Bullwhip Effect Calculator MCP Connector for Claude

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Quantify demand amplification and identify instability patterns in supply chains.

3 tools Official Updated Jun 28, 2026 Official Vinkius Partner
More Details Connect to Claude

The Bullwhip Effect Calculator allows you to measure how demand fluctuations increase as they move upstream through the supply chain. Using tools like get_segment_amplification, you can calculate the amplification ratio between specific stages. You can also use assess_chain_severity to evaluate overall health (Low, Medium, or Severe) and identify_instability_source to pinpoint which tier--Retailer, Distributor, or Manufacturer--is driving variance increases.

bullwhip-effectdemand-variancesupply-chain-managementlogistics-optimizationinventory-management

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

assess_chain_severity

Evaluates the overall health of the supply chain by classifying the total cumulative amplification

get_segment_amplification

If downstream <= upstream, ratio is 1. Determines the specific amplification ratio for a single transition between two supply chain stages

identify_instability_source

Identifies which specific tier in the supply chain is most responsible for amplification

See how to talk to your AI agent using Bullwhip Effect Calculator.

Calculate the amplification ratio between a retailer with 10 units of demand variance and a distributor with 25 units of order variance.

The amplification ratio is 2.50x.

Assess the severity of a supply chain where the first segment ratio is 1.2 and the second is 3.5.

The supply chain severity is classified as Severe due to the high amplification in the second segment.

Identify the source of instability given consumer variance 5, retailer 10, distributor 40, and manufacturer 100.

The primary driver of instability is the Manufacturer tier.

It is a phenomenon where small fluctuations in consumer demand cause progressively larger fluctuations in orders as they move upstream through the supply chain.

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