MCP For Claude Marketplace
Day-by-Day Burn Simulator

Day-by-Day Burn Simulator MCP Connector for Claude

A+

Simulate daily bank balance fluctuations to predict cash runway and overdraft events.

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

The Day-by-Day Burn Simulator is a financial projection engine that tracks cash runway and predicts overdraft events. By simulating daily bank balance fluctuations based on recurring burn rates and scheduled cash flows, it provides visibility into your company's liquidity. Use project_daily_balance_ledger for a complete breakdown of daily balances, calculate_cash_runway to determine how many days of operational capacity remain, and identify_overrag_recovery_windows to analyze periods of negative balance and when funds are replenished.

cash-runwayburn-ratefinancial-forecastingliquidityoverdraft-prediction

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

calculate_cash_runway

Calculates how many days of operational capacity remain

project_daily_balance_ledger

Provides a complete, day-by-day breakdown of the bank balance and alerts to overdrafts

identify_overdraft_recovery_windows

Analyzes periods of negative balance to determine duration of financial distress

See how to talk to your AI agent using Day-by-Day Burn Simulator.

With a starting balance of $10,000 and a daily burn rate of $100, how many days of runway do I have if I have no other inflows or outflows?

You have 100 days of operational capacity remaining before your balance hits zero.

Show me a daily balance breakdown for $5,000 starting balance, $50 burn rate, with an outflow of $200 on day 5.

The simulation shows your balance decreasing by $50 daily. On day 5, the $200 outflow will result in a balance of $4,750.

Will I experience an overdraft if I have $1,000 starting balance, $200 daily burn, and a $500 outflow on day 3?

Yes, an overdraft will occur. On day 3, the balance will drop to -$100.

It simulates daily bank balance changes by applying a constant burn rate and accounting for scheduled inflows and outflows to predict when cash might run out.