23 Lottery Analysis Tools

Mathematical lottery analysis tools for Pick 2, Pick 3, Pick 4, and Pick 5 daily numbers games. These 9 US states use the same 5-digit fixed-prize format with straight and box wagers: Florida, Georgia, Ohio, Pennsylvania, Virginia, Maryland, Delaware, Louisiana, and Washington DC.

Available Algorithms

  • Truth Table (Pattern Analysis) — Identifies digits overdue in each position using a true/false grid over N draws.
  • Hot List (Frequency) — Finds numbers matching your picks in historical draws with date clustering.
  • Consecutive Draws (Pattern Analysis) — Detects sequences of consecutive draw dates where numbers appeared.
  • Sums (Sum Analysis) — Groups permutations by digit sum, showing which sums your picks fall into.
  • Sums 2 (Sum Analysis) — Advanced sum analysis with times-drawn and pairs filtering.
  • Sums 3 (Sum Analysis) — Extended sum analysis with auto-filter based on recent patterns.
  • Four Way Stops (Pattern Analysis) — Cross-references times drawn, sums, last-time-seen, and pairs.
  • Quirky (Pattern Analysis) — Finds numbers with unusual properties — palindromes, sequential digits, repeating patterns.
  • My Predictor (Analysis) — Generates candidates based on past winner patterns and elimination logic.
  • Times Drawn (Frequency) — Ranks all numbers by how many times they have been drawn historically.
  • Times Drawn 2 (Frequency) — Enhanced times-drawn with last-time-seen and sum range filters.
  • Hot By Month (Frequency) — Analyzes which numbers are historically hot during the current month.
  • Days Ago (Recency) — Shows numbers drawn N days ago with configurable lookback windows.
  • Neighbors (Pattern Analysis) — Finds mathematical neighbors of your input picks.
  • Doubles (Pattern Analysis) — Analyzes numbers with repeated digits and their draw frequency.
  • Sums TD (Sum Analysis) — Combines sum analysis with times-drawn data for convergence.
  • Same Day (Calendar) — Finds numbers drawn on the same calendar date across different years.
  • Same Day 2 (Calendar) — Extended same-day analysis with year range filters.
  • Pairs (Pattern Analysis) — Analyzes which 2, 3, and 4-digit sub-combinations appear most frequently.
  • Trend 10 (Trend) — Breaks down singles, doubles, triples — shows which types trend over time.
  • Within Days (Pattern Analysis) — Finds numbers with historical burst patterns — draws within N days of each other across all states.
  • Convergence Score (Analysis) — Multi-signal ensemble scoring — combines cross-state velocity, burst history, sum alignment, pattern momentum, recency, and day-of-week affinity into a 0-100 ranked score.
  • Hot Analysis (Hot Analysis) — Pair DNA fingerprinting with 6 prediction cards — Pair Anchor, Déjà Vu, hot/cold combos. Produces tight candidate lists of ~20-50 numbers.

Access starts at $8 per hour. Choose from hourly, daily, or monthly plans at mylotterydata.com/pricing.

Frequently Asked Questions

What is MyLotteryData?
MyLotteryData is a lottery data analysis platform that uses 24+ prediction algorithms to analyze Pick 3, Pick 4, and Pick 5 lottery games across 37 US states. It provides free historical results, pattern detection, and algorithm-generated prediction lists to help players make data-driven number selections.
How do lottery prediction algorithms work?
MyLotteryData's algorithms analyze historical draw data to detect recurring patterns. Methods include temporal proximity (finding numbers that appear near each other in time), anchor convergence (identifying co-occurring numbers across time windows), echo patterns (detecting repeating sequences), consecutive draws analysis, truth tables, and month convergence. Each algorithm produces a ranked prediction list of numbers sorted by signal strength.
What states does MyLotteryData support?
MyLotteryData covers 37 US states including Florida, Georgia, Pennsylvania, New Jersey, Virginia, South Carolina, North Carolina, Texas, Ohio, New York, California, Illinois, and many more. Each state's Pick 3, Pick 4, and Pick 5 games are tracked with daily updated results and full historical data going back years.
What is temporal proximity in lottery analysis?
Temporal proximity is a pattern detection method that identifies numbers appearing within a narrow time window (typically 5 days) of a seed number's draw date. By finding numbers that historically cluster together in time, the algorithm generates prediction lists of numbers likely to appear near future draws of the seed number. This was the method behind documented wins including a $10,000+ result.
How accurate are lottery prediction algorithms?
No algorithm can guarantee lottery wins since draws are random events. However, MyLotteryData's algorithms have demonstrated statistically significant hit rates in backtesting. For example, anchor convergence achieved 20-24% top-50 hit rates across multiple states, compared to random chance of under 1%. The algorithms narrow thousands of possible combinations down to playable prediction lists of under 50 numbers.
What is a prediction list (PL)?
A prediction list (PL) is a ranked set of lottery numbers generated by one or more algorithms, sorted by signal strength. PLs are kept to 50 or fewer combinations to be practically playable. Each number in a PL is scored by how many algorithmic signals support it, with the strongest candidates ranked at the top.
What is anchor convergence?
Anchor convergence is an algorithm that finds numbers co-occurring with a selected anchor number across historical time windows. It calculates temporal affinity scores based on how frequently numbers appear together within convergent windows, producing a prediction list ranked by co-occurrence strength. Dual-anchor mode intersects two anchors' PLs for stronger signals.
How much does MyLotteryData cost?
MyLotteryData offers free access to historical lottery results and basic statistics for all supported states and games. The prediction algorithms and advanced features are available through paid access tiers: $8 per hour, $45 per day, or $850 per month for unlimited algorithm access across all states and game types.