AI-powered lottery predictions, grounded in real historical data.
AI Lottery Predictor applies 24 different machine learning methods to the complete historical draw records of Powerball and Mega Millions. We don't promise wins — we promise transparent predictions, real data, and honest analysis.
Every prediction generated on this site is the output of an actual algorithm running against actual published draw data from the New York State Lottery open data API. No black-box magic, no insider claims. Just statistics applied honestly.
24 prediction methods. Every drawing.
Each time you run a prediction, the system runs all 24 methods in parallel and presents the full table of results. Some are classical statistical models, others are modern machine learning approaches. You decide which to trust.
Markov Chain
Models transitions between draws as a probabilistic state machine.
Random Forest
Ensemble of decision trees trained on full draw history.
LSTM Neural Network
Deep learning sequence model that learns temporal patterns.
Bayesian Inference
Updates posterior probabilities from full prior draw distribution.
Monte Carlo Simulation
Runs thousands of randomized trials weighted by frequency.
Gaussian Distribution
Models number selection as a normal probability curve.
Chaos Theory
Nonlinear dynamics applied to apparent randomness.
Golden Ratio
Selections weighted by phi-based mathematical relationships.
Fibonacci Sequence
Numbers from the famous mathematical sequence.
Prime Numbers
Selections restricted to mathematically prime values.
Standard Deviation
Statistical dispersion modeled across full history.
Modulus Operation
Mathematical residue patterns across draw sequences.
Pascals Triangle
Combinatorial relationships from classical mathematics.
Lucas Sequence
Fibonacci-adjacent sequence with different starting values.
Geometric Progression
Numbers in geometric ratio patterns.
Cube Numbers
Selections based on perfect cube values.
Square Numbers
Selections based on perfect square values.
Triangular Numbers
The classic triangular number sequence.
Arithmetic Progression
Numbers in linear arithmetic sequences.
Catalan Numbers
Combinatorial sequence with deep mathematical structure.
Perfect Numbers
Numbers equal to the sum of their divisors.
Palindromic Numbers
Numbers that read the same forwards and backwards.
Random Walk
Stochastic process modeling random number movement.
Sum of Digits
Selections weighted by digit-sum patterns.
Real historical draws. No guessing.
Powerball
Every winning Powerball draw from the modern game era — over 1,700 complete records of 5 white balls plus the red Powerball, refreshed automatically after each new drawing.
Mega Millions
Complete Mega Millions history — over 1,800 records of 5 white balls plus the gold Mega Ball, sourced directly from official published results.
Auto-updated
A scheduled job pulls the latest draw results every 6 hours from the NY State Lottery open data API, keeping the historical record current without any manual work.
What we are. What we aren't.
What we are
A tool that applies machine learning and statistical analysis to publicly available historical lottery data, generating prediction sets that you can use as one input into your number selection. We're transparent about the methods. The math is real.
What we aren't
We aren't fortune tellers. Lottery drawings are random events — past results don't determine future outcomes. No system, ours included, can guarantee a win. We provide analysis for entertainment and informed play.
Ready to try?
Run all 24 methods against the latest draw history. See the predictions. Pick your numbers.
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