MCP For Claude Marketplace
Retirement Planning Engine

Retirement Planning Engine MCP Connector for Claude

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Project retirement savings growth, optimize Social Security benefits, and simulate withdrawal success.

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

The Retirement Planning Engine provides a sophisticated simulation suite for forecasting multi-variable retirement outcomes. Use calculate_savings_growth to project your nest egg's future value, optimize_social_security to find the best filing age for USA or Europe, and simulate_withdrawal_success with Monte Carlo simulations to test portfolio longevity. It also includes tools like evaluate_pension_strategy for lump-sum vs annuity decisions and calculate_tax_impactimacted_income to understand net spendable amounts after taxes.

retirementsavingssocial-securitymonte-carlotax-optimization

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

calculate_savings_growth

Returns projected values. Calculate future value of savings with inflation adjustment

optimize_social_security

Optimize Social Security filing age

calculate_tax_impacted_income

Calculate net income after taxes

evaluate_pension_strategy

Evaluate lump-sum vs annuity pension strategy

simulate_withdrawal_success

Simulate retirement portfolio success probability

See how to talk to your AI agent using Retirement Planning Engine.

If I have $50,000 in savings and contribute $1,000 monthly with a 7% return and 3% inflation, what will it be worth in 20 years?

In 20 years, your nominal savings will grow to approximately $584,376, with an inflation-adjusted value of about $323,512 in today's dollars.

Should I take a $500,000 lump sum or a $3,000 monthly annuity if I expect to live 25 more years and use a 5% discount rate?

The lump-sum option is recommended. The net present value of the annuity stream is approximately $431,200, which is less than the $500,000 offered upfront.

What is my probability of success if I start with $1,000,000 and withdraw 4% annually for 30 years using Monte Carlo simulation with 15% volatility?

The simulation shows an 82% probability of your portfolio lasting the full 30-year period under these market conditions.

Projections use compound interest formulas and inflation discounting to provide realistic future purchasing power estimates.

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