MCP For Claude Marketplace
Venture Liquidation Waterfall Engine

Venture Liquidation Waterfall Engine MCP Connector for Claude

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Calculate exit proceeds, liquidation preferences, and investor conversion decisions.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
More Details Connect to Claude

This MCP server provides a specialized engine for modeling exit events in venture-backed companies. It calculates the distribution of proceeds by accounting for stacked liquidation preferences, participation rights, and participation caps. Use calculate_waterfall to determine final payouts for all stakeholders, simulate_exit_scenarios to find break-even points for equity conversion, validate_cap_table to verify equity structures, and get_investor_summary for specific class metrics.

liquidationwaterfallcap-tableequityexit-modeling

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

calculate_waterfall

Perform the core calculation of an exit event to determine the final payout for every stakeholder

validate_cap_table

Ensure the provided equity structure is mathematically sound before running heavy waterfall simulations

get_investor_summary

Extract high-level metrics for a specific investor class to assist in negotiation modeling

simulate_exit_scenarios

Compare different exit values against the current cap table to see at what break-even points investors should convert to common stock

See how to talk to your AI agent using Venture Liquidation Waterfall Engine.

Calculate the waterfall for an exit of $50,000,000 with Series A having a $5,000,000 preference and 10% ownership, and founders having 40% ownership.

The total distributed is $50,000,000. Series A receives its $5,000,000 preference plus its pro-rata share, and the founders receive their residual portion.

What is the summary for the 'Series A' investor class in a $100,000,000 exit?

For a $100,000,000 exit, the Series A class receives a total payout of $15,000,000.

Check if this cap table is valid: Series A 20%, Series B 30%, Founders 50%.

The cap table is invalid. The total ownership sums to 100%, but the discrepancy check confirms the structure is mathematically sound.

The engine iterates through the investor classes in order, satisfying the liquidation preference of each tier before moving to the next, as defined in `calculate_waterfall`.

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