Run the numbers in seconds.

See how an investment grows when returns compound over time.

Project the outcome of investing a fixed amount at a regular interval.

Calculate the compound annual growth rate between two values.

Estimate how long it takes an investment to double.

See what today's money will be worth in the future.

Size a trade based on how much you're willing to risk.

Calculate the gain and time required to recover from an investment loss.

Combine price change, cash distributions, fees, and holding period into one return.

Estimate portfolio damage from a concentrated stock and sector shock.

Convert a nominal investment return into after-tax purchasing-power growth.

See how a recurring annual fee compounds into lost wealth.

Estimate equity loss and the decline that reaches a maintenance-margin threshold.

Estimate initial margin buying power, borrowing, leverage, and loss exposure.

Translate entry, stop, target, and win rate into payoff and expectancy.

Solve for the free-cash-flow growth implied by a market valuation.

See whether repurchases actually offset stock-based compensation and dilution.

Test whether earnings growth can overcome a falling valuation multiple.

Measure how capital spending changes free cash flow and capital intensity.

Compare a dividend with earnings and free cash flow per share.

Compare return on invested capital with the cost of capital.

Separate currency translation from operating growth and estimate revenue, margin, and EPS sensitivity by currency exposure.

Estimate a bond’s price response to a yield change using duration and convexity.

Compare nominal and real yields to estimate the inflation breakeven.

Combine a foreign asset return with the currency move in your home currency.

Model how import exposure, pass-through, and mitigation affect earnings.

Model how AI infrastructure vintages flow through depreciation, replacement spending, free cash flow, and the revenue required to earn a return.

Translate announced data-center megawatts into probability-adjusted load, electricity spend, rate-base opportunity, and supplier exposure.

Estimate when custom AI silicon repays design and software costs—and what that could mean for GPU spend and supplier economics.

Estimate whether a model fits, the accelerator count required, and how model architecture translates into deployment HBM demand.

Estimate GPU rental revenue, electricity cost, contribution, and hardware payback.

Convert accelerator cost, utilization, throughput, and overhead into token economics.

Convert IT load, PUE, utilization, and power price into facility demand and cost.

Translate a disclosed transaction range into bounded—not invented—position estimates.