Span 325.7%9 times
2 draws16 (8×·88.9%)10 (1×·11.1%)
Canada 28 Digit Analysis
Canada 28 Digit Analysis (JND28 / PC28) — pick any digit from 0-27 to see the next-period outcome distribution after that digit appeared, supporting trend research and missing-digit tracking.
What is Digit Analysis?
Simply put, it answers one question: "After a certain digit is drawn, what comes next?"
Digit analysis specializes in this — it walks through history, finds every period that drew a given digit, then looks at what came next, and surfaces the patterns to support your judgment.
Concrete example (using digit 13)
Suppose the last 10 periods' sum values look like this:
Period 1: 13 Period 2: 18 Period 3: 10 Period 4: 13 ← this one drew 13 Period 5: 14 ← so 14 followed 13 Period 6: 8 Period 7: 11 Period 8: 13 ← 13 drew again Period 9: 21 ← 21 followed 13 Period 10: 5
When you select "digit 13" from the top buttons, the system automatically:
- Finds every period that drew 13 → Period 4, Period 8 (2 times in this example)
- Looks at the next-period draws → 14 and 21
- Tells you the statistics:
- After digit 13: drew 14 once, drew 21 once
- Big/Small split: Big 2 times (100%), Small 0 — because both 14 and 21 fall in Big (14-27 = Big)
- Odd/Even split: Odd 1 time (50%), Even 1 time (50%) — 21 is Odd, 14 is Even
That's the core logic of this page; scaled to 402-period / 1000-period / 12060-period samples, statistics become more stable.
How to read this page?
① Top 0-27 buttons — pick the digit to study
Usually pick the most recent drawn digit and check what historically tends to follow it.
② Period dropdown — choose lookback range
100 periods (short-term hotness) / 1000 (mid-term patterns) / 12060 (a full month). More data = more stable statistics.
③ Big/Small/Odd/Even four-color blocks — trend at a glance
- Big (14-27) / Small (0-13)
- Odd / Even
- E.g. "Big 60%" means: historically after the selected digit, there's a 60% chance the next draw is Big.
④ Detailed stats table — how many times each 0-27 digit appeared next
Sort by "recent draws" for hot/cold view; sort by "current missing" to see which digits have been overdue — useful for cold-number tracking.
Glossary
- Current Missing: periods elapsed since this digit was last drawn
- Cold Number: numbers that haven't appeared for a long time (high missing value)
- Hot Number: numbers that have appeared frequently recently
- Edge Number: 0-5 and 22-27, statistically rare ranges
All data comes from official Canada 28 draw records, synchronized in real time. Note: statistics describe the past — they do not guarantee the future. Each draw is independent. Content is for research reference only and does not constitute betting advice.
Related Analysis Tools
Digit analysis focuses on "single point → next period". For deeper research, see:
- Sequence Analysis: what follows a two-period combination (e.g. 13,12)
- Three-Position Analysis: follow-up trends after a 3-digit combination
- Interval Analysis: full 28-digit missing-period overview table
Select a digit
数字 13 后续开奖统计 (analyzed 402 periods, appeared 35 times) Current miss: 12
Big
20times (57.1%)
Small
15times (42.9%)
Odd
19times (54.3%)
Even
16times (45.7%)
Big Odd 8Big Even 12Small Odd 11Small Even 4
Next-Draw Distribution (sorted by Recent)
→ 21(M:11)2 times
This 21 is the followup relative missing for digit 13, not the global missing of 21. Meaning: in history, the most recent 21 that appeared after digit 13 was 11 periods ago.
5.7%
→ 12(M:13)2 times
This 12 is the followup relative missing for digit 13, not the global missing of 12. Meaning: in history, the most recent 12 that appeared after digit 13 was 13 periods ago.
5.7%
→ 16(M:16)8 times
This 16 is the followup relative missing for digit 13, not the global missing of 16. Meaning: in history, the most recent 16 that appeared after digit 13 was 16 periods ago.
22.9%
→ 17(M:20)3 times
This 17 is the followup relative missing for digit 13, not the global missing of 17. Meaning: in history, the most recent 17 that appeared after digit 13 was 20 periods ago.
8.6%
→ 14(M:36)1 times
This 14 is the followup relative missing for digit 13, not the global missing of 14. Meaning: in history, the most recent 14 that appeared after digit 13 was 36 periods ago.
2.9%
→ 13(M:60)1 times
This 13 is the followup relative missing for digit 13, not the global missing of 13. Meaning: in history, the most recent 13 that appeared after digit 13 was 60 periods ago.
2.9%
→ 9(M:101)3 times
This 9 is the followup relative missing for digit 13, not the global missing of 9. Meaning: in history, the most recent 9 that appeared after digit 13 was 101 periods ago.
8.6%
→ 5(M:114)3 times
This 5 is the followup relative missing for digit 13, not the global missing of 5. Meaning: in history, the most recent 5 that appeared after digit 13 was 114 periods ago.
8.6%
→ 11(M:117)4 times
This 11 is the followup relative missing for digit 13, not the global missing of 11. Meaning: in history, the most recent 11 that appeared after digit 13 was 117 periods ago.
11.4%
→ 10(M:185)1 times
This 10 is the followup relative missing for digit 13, not the global missing of 10. Meaning: in history, the most recent 10 that appeared after digit 13 was 185 periods ago.
2.9%
→ 2(M:193)1 times
This 2 is the followup relative missing for digit 13, not the global missing of 2. Meaning: in history, the most recent 2 that appeared after digit 13 was 193 periods ago.
2.9%
→ 18(M:208)3 times
This 18 is the followup relative missing for digit 13, not the global missing of 18. Meaning: in history, the most recent 18 that appeared after digit 13 was 208 periods ago.
8.6%
→ 19(M:332)2 times
This 19 is the followup relative missing for digit 13, not the global missing of 19. Meaning: in history, the most recent 19 that appeared after digit 13 was 332 periods ago.
5.7%
→ 25(M:371)1 times
This 25 is the followup relative missing for digit 13, not the global missing of 25. Meaning: in history, the most recent 25 that appeared after digit 13 was 371 periods ago.
2.9%
Spread Analysis (distance between current digit and next draw)
Spread = abs(next digit - current digit). E.g., 5 → 12, spread = 7.
Span 417.1%6 times
2 draws9 (3×·50.0%)17 (3×·50.0%)
Span 814.3%5 times
2 draws5 (3×·60.0%)21 (2×·40.0%)
Span 211.4%4 times
1 draws11 (4×·100.0%)
Span 18.6%3 times
2 draws12 (2×·66.7%)14 (1×·33.3%)
Span 58.6%3 times
1 draws18 (3×·100.0%)
Span 65.7%2 times
1 draws19 (2×·100.0%)
Span 02.9%1 times
1 draws13 (1×·100.0%)
Span 112.9%1 times
1 draws2 (1×·100.0%)
Span 122.9%1 times
1 draws25 (1×·100.0%)