Distributed teams
Follow the sun team coverage.
Visualize 24-hour coverage across distributed teams.
Follow-the-Sun Coverage
Input distributed team zones → see 24hr coverage ribbon with gaps highlighted. Shareable to Slack.
Regions needed
3
For clean 24h coverage
Overlap window
15–30m
Per handoff, documented
Baton pass
Ticket → Owner
Not memory or chat
Operations
How to use this page in real operations
Follow-the-sun works best when each region has a clear ownership window, a repeatable handoff note, and a small amount of overlap reserved for escalation. The visual on this page is useful because it shows whether your chosen cities create a clean relay or a messy patchwork with too many dark gaps.
A common three-region stack is North America, Europe or the Gulf, and Asia-Pacific. That usually creates enough continuity for support and engineering work without forcing every team to live in night shifts. The page is meant to make that handoff shape visible, not just to decorate the idea of global coverage.
If you are planning incident response, customer support, or a global operations desk, use this page alongside compare pages and the meeting planner. The compare pages tell you what two specific cities feel like together, while follow-the-sun tells you whether the whole regional chain is actually sustainable.
Failure modes
Where follow-the-sun breaks down
The model fails when teams rely on meetings instead of documented handoffs. If the outgoing region leaves work in chat threads, memory, or personal inboxes, the next region loses time just reconstructing context. That means the apparent 24-hour coverage is not actually productive coverage.
It also fails when the chosen regions do not have enough overlap to transfer urgent work safely. A page like this should make that obvious by showing whether the sun-shaped coverage still contains a practical baton-pass window between regions.
Questions
Frequently asked questions
- What is follow-the-sun?
- Follow-the-sun is an operating model where work is handed off between teams in different time zones so that activity continues around the clock without anyone working outside normal business hours. It is used widely in software support, incident response, customer service, and global product development. The goal is to reduce response times and cycle times without burning out any one region.
- How many time zones do I need for full coverage?
- Three well-placed regions can comfortably cover 24 hours with healthy overlaps. A typical setup pairs a team in the Americas (UTC-5 to UTC-8), a team in Europe or the Middle East (UTC+0 to UTC+3), and a team in Asia-Pacific (UTC+8 to UTC+11). Two regions can cover a full day too, but the overlap windows are shorter and handoffs need to be much more disciplined.
- What are the best practices for handoffs?
- The most important practice is a reliable written handoff: the outgoing team summarizes open work, blockers, and priorities in a shared doc or ticket before going offline. Keep handoffs short (15 to 30 minutes of overlap), use standard templates so nothing is missed, and make sure every in-flight item has a clear owner in the next region. Async-first communication, good ticket hygiene, and explicit escalation paths matter more than any specific tool.
- How do you calculate the overlap window between regions?
- Overlap equals the length of a team's working day minus the real-time gap between when one region's day ends and the next region's day begins. If a team works an 8-hour day and the next region starts 9 hours later in real time, the overlap is -1: a one-hour gap with no handoff. To create a positive overlap, shift one team's hours earlier or later, or extend a shift slightly so the two windows actually intersect.
- Can two regions cover 24 hours?
- Two regions can cover a full day, but only with longer shifts or very thin overlaps, because two standard 8-to-9-hour days do not tile 24 hours on their own. Three regions spaced roughly 8 hours apart is the smallest setup that gives clean coverage with a real overlap window at each handoff. Two-region setups need much more disciplined, well-documented handoffs to stay reliable.
- When should you not use follow-the-sun?
- Follow-the-sun works for tasks that can be paused and resumed by a different person, such as support triage, monitoring, and incident response. It is a poor fit for deep, single-owner work that needs continuity of thought, which does not hand off cleanly between regions. The model also adds real coordination cost, so it only pays off when round-the-clock responsiveness genuinely matters to the business.
The follow-the-sun model
How round-the-clock coverage is actually structured
What the model actually is
Why three regions is the usual answer
The overlap window is the load-bearing part
The overlap-window math
Handoffs are written, not remembered
When follow-the-sun is the wrong tool
Worked example
A three-region rotation: Asia-Pacific, Europe, Americas
Three hubs each work a standard 09:00–17:00 local day. Converted to UTC, the windows form a near-continuous relay around the clock. Each region picks up live work where the previous one left off, with an overlap at each handoff.
| Region | Hub | Local shift | In UTC | Receives the baton from |
|---|---|---|---|---|
| Asia-Pacific | Singapore (UTC+8) | 09:00 – 17:00 | 01:00 – 09:00 UTC | Americas, at the start of its day |
| Europe / Middle East | London (UTC+0) | 09:00 – 17:00 | 09:00 – 17:00 UTC | Asia-Pacific, overlapping its final hour |
| Americas | New York (UTC-5) | 09:00 – 17:00 | 14:00 – 22:00 UTC | Europe, overlapping its final three hours |
Read the UTC column as a relay: Asia-Pacific runs 01:00–09:00 UTC, Europe 09:00–17:00 UTC, and the Americas 14:00–22:00 UTC. The Europe-to-Americas handoff has a three-hour overlap (14:00–17:00 UTC); the Americas-to-Asia-Pacific handoff is the tight one — Americas ends at 22:00 UTC and Asia-Pacific starts at 01:00 UTC, a three-hour gap that a real rotation closes by shifting one team's hours or adding a short on-call window.