Best use of the money you're spending
Which numbers you pick changes nothing. Which game you pick changes a great deal. Set what you were going to spend anyway:
This reallocates the budget you chose — it never suggests spending more, because spending more is not a strategy. Every game here returns less than it takes, so a bigger budget only loses faster. What this changes is how often you see a win for the same money, which on these numbers is a difference of several times over.
The Mathematics
Whether past results can predict future draws — tested, not asserted.
What a 99.9% probability would actually cost
There is exactly one mathematically valid route to a high probability of winning: buying your way there. Solving n = ln(1−t) / ln(1−p) for Lotto Texas:
The catch is decisive — larger jackpots draw more players, so expected splitting rises exactly when expected value would turn positive, and the variance is such that the median lifetime outcome is still total loss.
Every lottery ever actually beaten
Lotteries have been beaten — never once by predicting numbers from past results. The pattern is exact: structure, never sequence.
A syndicate bought all 7,059,052 combinations for a $27M jackpot. Guaranteed win by covering the entire sample space — zero prediction involved.
MIT and Random Strategies syndicates exploited the roll-down rule, which made lower prize tiers positive expected value on specific dates. A flaw in the rules, not the numbers.
Statistician Mohan Srivastava reverse-engineered the tic-tac-toe game's printing algorithm, identifying winners before purchase. A deterministic manufacturing process, not a random draw.
Eddie Tipton inserted a rootkit making the software RNG's seed computable on specific dates. The only 'prediction' case on record — it was criminal fraud, and it is precisely why draws use physical ball machines.
Not one came from analysing past winning numbers — and not for lack of extremely well-funded people trying.