Blind-Box Expected Value Engine

Blind-Box Expected Value Engine MCP Connector for Claude

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Mathematical analysis for blind-box collectors to predict costs and risks.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides precise mathematical forecasting for blind-box collectors. It calculates the expected value of individual pulls, predicts the number of purchases needed to complete a set, and analyzes the statistical risk of acquiring duplicates. Use calculate_item_expected_value to determine if a purchase is profitable, predict_completion_metrics to estimate the effort for a full set, analyze_duplicate_risk to check your current collection status, and estimate_collection_cost to budget your hobby.

probabilityblind-boxexpected-valuecollection-trackerrisk-analysis

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

analyze_duplicate_risk

Analyzes the risk of getting a duplicate

calculate_item_expected_value

Calculates the expected value of a single blind-box pull

estimate_collection_cost

Estimates the cost to reach a collection goal

predict_completion_metrics

Predicts metrics for completing a set

See how to talk to your AI agent using Blind-Box Expected Value Engine.

What is the expected value of a box that costs $10, where there is a 10% chance of a $50 item and a 90% chance of a $5 item?

The expected value of a single pull is $9.50.

I have already collected items at indices 0 and 1. What is my chance of getting a new item if the probabilities are [0.4, 0.3, 0.2, 0.1]?

The chance of getting a new item is 0.3.

How much will it cost to complete a set of 5 items if each box is $15 and each item has a 20% probability?

The expected total cost to complete the full set is $112.50.

The predictions use exact probability formulas rather than random simulations to provide theoretical averages and statistical likelihoods.

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