Eurojackpot: AI prediction and backtest – what are "statistical" lines worth?

Two honest experiments on the real draws: we compare random Quick Pick lines with "hot" lines built from the most frequent numbers, and we let a learning algorithm (k nearest neighbours) predict each draw, always using only the data known before the draw. Both methods are compared with the exact expectation of pure chance.

Backtest: Quick Pick lines vs hot lines (12 months)

For each of the 105 draws from 10.10.2025 to 09.10.2026, each group plays 10 lines: random Quick Pick versus lines built from the 15 most drawn numbers over the previous 100 draws. The Euro numbers are random in both groups so that only the main numbers are compared. 1,050 lines per group in total.

MatchesQuick PickHotExpected by chance
0605604605.5
1364365369.2
2808070.3
3114.9
4000.1
5000.0

Wins by tier

TierMatchesQuick PickHotExpected by chance
15 Matches + 2 Euro numbers000.00
25 Matches + 1 Euro numbers000.00
35 Matches + 0 Euro numbers000.00
44 Matches + 2 Euro numbers000.00
54 Matches + 1 Euro numbers000.03
63 Matches + 2 Euro numbers000.07
74 Matches + 0 Euro numbers000.08
82 Matches + 2 Euro numbers211.07
93 Matches + 1 Euro numbers011.49
103 Matches + 0 Euro numbers103.35
111 Matches + 2 Euro numbers725.59
122 Matches + 1 Euro numbers263121.31

Result: the difference between the two groups is not statistically significant (chi² = 0.00, p = 1.000). It stays within what pure chance produces for a sample of this size.

AI prediction (k nearest neighbours)

For each draw, the model looks for the 7 past moments whose preceding 3 draws most resembled the current ones and plays the numbers most often drawn next. It is reapplied after every draw and never sees the future. 300 draws evaluated from 28.11.2023 to 09.10.2026.

Matches per prediction

ObservedExpected
0 Matches163 / 173.0
1 Matches113 / 105.5
2 Matches21 / 20.1
3 Matches3 / 1.4
4 Matches0 / 0.0
5 Matches0 / 0.0

Average: 0.547 matches per prediction – chance gives 0.500.

Deviation from the expectation of chance: chi² = 1.40, p = 0.497. The model hits exactly as often as numbers picked at random.

Model line for the next draw

1562134

For entertainment only: this line has exactly the same chance as any other.

Latest predictions

DatePredictionMatches
09.10.2026 1341436 0
06.10.2026 410121618 1
02.10.2026 117232550 1
25.09.2026 116172035 0
22.09.2026 619262743 0
18.09.2026 820212534 1
15.09.2026 814213546 0
11.09.2026 618214346 1
08.09.2026 46131634 1
04.09.2026 817293643 1
01.09.2026 1619202432 0
28.08.2026 1214303447 1
25.08.2026 26334047 0
21.08.2026 1215183039 0
14.08.2026 310212544 0
11.08.2026 617183539 0
07.08.2026 1113394247 1
04.08.2026 417373940 1
31.07.2026 68213947 0
28.07.2026 89233448 0
24.07.2026 27212534 0
21.07.2026 713222939 0
17.07.2026 1215424648 1
14.07.2026 38132137 0
07.07.2026 1323424448 0
03.07.2026 121353646 0
30.06.2026 1125354145 0
26.06.2026 1113324447 0
23.06.2026 25111836 0
16.06.2026 1618374348 1
12.06.2026 817214147 0
09.06.2026 1013154446 0
05.06.2026 413193238 0
02.06.2026 1516273337 0
29.05.2026 1120273545 1
26.05.2026 813172937 0

How it works

A nearest-neighbour model looks for points in time whose last draws resembled the current ones and picks the numbers that followed most often. It is reapplied draw by draw without looking into the future; a backtest additionally compares Quick Picks with lines made of frequent numbers.

Example

For 5 from 50, 0.5 matches per line are expected on average; the model lands exactly there.

Limitations

No model can predict random draws. The page shows this transparently with a chi-squared test.

Frequently asked questions about this tool

Can AI predict lottery numbers?
No. With independent, uniformly distributed draws there is no pattern a model could learn.
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