Life Decision Optimizer
Math + AI + Probability

Life Decision Optimizer

Make optimal life decisions using mathematical models, probability theory, and data-driven analysis. From career choices to financial decisions, let mathematics guide your path.

Four Mathematical Models

Each model approaches decision-making from a different mathematical perspective

Expected Value Analysis

EV = P(V)

Calculate risk-adjusted expected outcomes using probability-weighted values

Decision Trees

Backward Induction

Visualize complex decisions with branching outcomes and find the optimal path

Multi-Criteria Analysis

WS Model

Score options against weighted criteria with normalization and sensitivity analysis

Bayesian Inference

P(H|E) = P(E|H)P(H)/P(E)

Update beliefs with new evidence using probability theory

Decision Categories

Templates and guidance for common life decisions

Career

Job offers, promotions, career changes

Financial

Investments, major purchases, budgets

Personal

Relocation, relationships, education

How It Works

1

Define

Name your decision and add options to consider

2

Model

Choose analysis types and input probabilities

3

Analyze

View results with interactive visualizations

4

Decide

Get a unified recommendation with confidence score