Pair friction
stable all year
Dubai and Singapore keep the same offset gap across the sampled year, so recurring meetings do not need DST-specific date exceptions.
Weekly digest
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DST pair drift
Dubai (Asia/Dubai) and Singapore (Asia/Singapore) currently have a -4h difference. Across the next year, that gap takes 1 distinct value due to 0 DST transitions.
Last updated recently. DST-pair drift is calculated at render time from IANA timezone rules. It is meant for scheduling and planning, not for legal compliance or exchange-calendar decisions.
Live values rendered at Jun 8, 12:05 PM UTC.
Current gap
-4h
this week
Distinct gaps / year
1
how many values it takes
DST transitions
0
next 52 weeks
Stable run
52-52 wks
min–max consecutive
Pair friction
stable all year
Dubai and Singapore keep the same offset gap across the sampled year, so recurring meetings do not need DST-specific date exceptions.
Longest stable window
52 weeks at -4h
From week of 2026-06-15 through 2027-06-07.
First drift warning
No weekly drift detected
The weekly sampled gap stays fixed across the next 52 weeks.
DST pair evidence
Practical use cases
Trust boundaries
Official policy sources
The weekly drift table is generated from deployed IANA timezone data. When a government changes daylight-saving law, use the official source for the jurisdiction and wait for the updated timezone database/runtime to land before trusting future weeks.
Used for exact UTC offsets, transition instants, and abbreviation changes in both zones. This is the machine-readable layer the app can calculate from.
Check IANA Time Zone DatabaseAsia/Dubai
No jurisdiction-specific policy source is attached for this side; IANA remains the calculation source until a local policy source is mapped.
Check IANA Time Zone DatabaseAsia/Singapore
No jurisdiction-specific policy source is attached for this side; IANA remains the calculation source until a local policy source is mapped.
Check IANA Time Zone DatabaseRecurring-time examples
Use these examples when a recurring meeting, launch, class, livestream, or support shift is anchored to one city. When the gap changes, the receiving city sees the same fixed local time move by the amount shown in the drift table.
9:00 AM in Dubai
5:00 PM in Dubai
9:00 AM in Singapore
5:00 PM in Singapore
Transition-side read
Dubai and Singapore have no detected DST transition in the next sampled year. If one side changes before the other, check recurring calendar invites during the gap week instead of assuming the old local time still works.
Best stable-window strategy
The longest sampled run is 52 weeks at -4h. For seasonal campaigns, schedule the most fragile cross-timezone work inside that run when possible.
No DST transitions in either zone within the next year — the gap is stable.
Reference fields include both IANA zones, the current gap, distinct gap values, transition counts, stable-window length, first drift week, transition-side counts, and anchored-time examples.
| Week of | Dubai | Singapore | Gap |
|---|---|---|---|
| 2026-06-15 | GMT+4 | GMT+8 | -4h |
| 2026-06-22 | GMT+4 | GMT+8 | -4h |
| 2026-06-29 | GMT+4 | GMT+8 | -4h |
| 2026-07-06 | GMT+4 | GMT+8 | -4h |
| 2026-07-13 | GMT+4 | GMT+8 | -4h |
| 2026-07-20 | GMT+4 | GMT+8 | -4h |
| 2026-07-27 | GMT+4 | GMT+8 | -4h |
| 2026-08-03 | GMT+4 | GMT+8 | -4h |
| 2026-08-10 | GMT+4 | GMT+8 | -4h |
| 2026-08-17 | GMT+4 | GMT+8 | -4h |
| 2026-08-24 | GMT+4 | GMT+8 | -4h |
| 2026-08-31 | GMT+4 | GMT+8 | -4h |
| 2026-09-07 | GMT+4 | GMT+8 | -4h |
| 2026-09-14 | GMT+4 | GMT+8 | -4h |
| 2026-09-21 | GMT+4 | GMT+8 | -4h |
| 2026-09-28 | GMT+4 | GMT+8 | -4h |
| 2026-10-05 | GMT+4 | GMT+8 | -4h |
| 2026-10-12 | GMT+4 | GMT+8 | -4h |
| 2026-10-19 | GMT+4 | GMT+8 | -4h |
| 2026-10-26 | GMT+4 | GMT+8 | -4h |
| 2026-11-02 | GMT+4 | GMT+8 | -4h |
| 2026-11-09 | GMT+4 | GMT+8 | -4h |
| 2026-11-16 | GMT+4 | GMT+8 | -4h |
| 2026-11-23 | GMT+4 | GMT+8 | -4h |
| 2026-11-30 | GMT+4 | GMT+8 | -4h |
| 2026-12-07 | GMT+4 | GMT+8 | -4h |
| 2026-12-14 | GMT+4 | GMT+8 | -4h |
| 2026-12-21 | GMT+4 | GMT+8 | -4h |
| 2026-12-28 | GMT+4 | GMT+8 | -4h |
| 2027-01-04 | GMT+4 | GMT+8 | -4h |
| 2027-01-11 | GMT+4 | GMT+8 | -4h |
| 2027-01-18 | GMT+4 | GMT+8 | -4h |
| 2027-01-25 | GMT+4 | GMT+8 | -4h |
| 2027-02-01 | GMT+4 | GMT+8 | -4h |
| 2027-02-08 | GMT+4 | GMT+8 | -4h |
| 2027-02-15 | GMT+4 | GMT+8 | -4h |
| 2027-02-22 | GMT+4 | GMT+8 | -4h |
| 2027-03-01 | GMT+4 | GMT+8 | -4h |
| 2027-03-08 | GMT+4 | GMT+8 | -4h |
| 2027-03-15 | GMT+4 | GMT+8 | -4h |
| 2027-03-22 | GMT+4 | GMT+8 | -4h |
| 2027-03-29 | GMT+4 | GMT+8 | -4h |
| 2027-04-05 | GMT+4 | GMT+8 | -4h |
| 2027-04-12 | GMT+4 | GMT+8 | -4h |
| 2027-04-19 | GMT+4 | GMT+8 | -4h |
| 2027-04-26 | GMT+4 | GMT+8 | -4h |
| 2027-05-03 | GMT+4 | GMT+8 | -4h |
| 2027-05-10 | GMT+4 | GMT+8 | -4h |
| 2027-05-17 | GMT+4 | GMT+8 | -4h |
| 2027-05-24 | GMT+4 | GMT+8 | -4h |
| 2027-05-31 | GMT+4 | GMT+8 | -4h |
| 2027-06-07 | GMT+4 | GMT+8 | -4h |