# 3 Status Page Examples: Show What Is Happening and When

By Swipefile | Published 2026-09-08
Canonical: https://swipefile.design/blog/service-status-page-design-examples/

A status page should answer whether a service is affected, which part is involved, and when the information was updated. Historical charts can help, but they should not obscure the current situation. These three dated captures show different levels of summary and detail, not the services’ health today.

## Key takeaways

- Separate current service state from historical measurements.
- Name affected components and explain the user-facing impact.
- Display meaningful update times and avoid reassuring placeholders.

These are editorial observations of dated captures, not measured performance rankings. Original sites may have changed.

## 1. Resend: put the summary before component history

[Resend — Service status](https://swipefile.design/ref/resend-status/) · [Original source](https://resend-status.com/) · Captured 2026-09-05

![Resend — Service status — captured reference](https://swipefile.design/_astro/card.DgfdzT-A.webp)

The captured status page opens with a clear overall message, then lists separate services with rows of historical indicators. The hierarchy gives the current summary a distinct position above the longer view.

**Adapt it:** Put the most useful current statement first, followed by components people can recognize. Explain the relevant impact in ordinary language instead of relying on an internal service name alone.

**Watch for:** Do not let a mostly green history row imply that a present incident is resolved. Current state and historical availability are different pieces of information.

## 2. Linear: keep individual components in a repeatable structure

[Linear — Service status](https://swipefile.design/ref/linear-status/) · [Original source](https://status.linear.app/) · Captured 2026-09-04

![Linear — Service status — captured reference](https://swipefile.design/_astro/card.XQ154ouL.webp)

The capture combines an overall status area with similarly arranged component histories and a lower history section. Repeating the same visual grammar makes each component easier to compare.

**Adapt it:** Give each component a stable place and use consistent time periods. Provide an understandable route from a current incident to its updates.

**Watch for:** The screenshot documents a past display. It is not evidence of current availability, and its percentages should not be reused as performance claims for another product.

## 3. Tabler: connect a monitor with diagnostic context

[Tabler — Uptime monitor](https://swipefile.design/ref/tabler-uptime/) · [Original source](https://preview.tabler.io/uptime.html) · Captured 2026-09-05

![Tabler — Uptime monitor — captured reference](https://swipefile.design/_astro/card.0Wc9xl8_.webp)

The public demo monitor shows current status, summary measurements, a response-time chart, and incident-related history. It is a more detailed surface for someone inspecting a particular monitored target.

**Adapt it:** Use a detailed monitor view when the audience needs to investigate trends after checking the current state. Label measurements and their time windows clearly.

**Watch for:** A demo chart has sample values. Real monitoring needs defined data sources, update behavior, and a way to distinguish missing data from healthy service.

## Decide who the page is for

A customer trying to finish a task needs a different level of detail from an operator investigating an incident. Start with the customer’s question: what is affected, what might fail, and where can they find the latest update? Deeper diagnostic information can follow in a separate view.

Avoid exposing raw implementation vocabulary as the only explanation. A component label can be precise while still connecting to a recognizable user task. If several products share a component, explain the impact that matters to each audience.

## Treat timestamps as part of the message

A status statement without a useful update time can be hard to interpret. Show when the information was last confirmed or changed, and make the time zone understandable. If updates have stopped because monitoring itself is unavailable, avoid presenting the last known healthy state as a fresh check.

Historical measurements also need a defined interval. A percentage without a time period or an explanation of what it measures is difficult to evaluate. Keep those definitions near the measurement or behind a clearly labeled explanation.

## Write incident updates that change understanding

An initial update can identify the affected task and the known scope. Later updates should communicate a meaningful change: a narrower impact, an available workaround, a recovery in progress, or a confirmed resolution. Do not fill the history with reassuring phrases that add no information.

Avoid promises about recovery time unless the team has a basis for them. A useful update can state what is known and what is being investigated without inventing certainty to make the page look complete.

## Review more than the healthy state

Design a partial outage, degraded performance, scheduled maintenance, and unavailable monitoring data. Decide how each differs in text and structure, not only color. Test long incident titles and several affected components on a phone.

For the deeper operational interface, the [data-table guide](/blog/data-table-design-guide/) explains how to expose comparable information without crowding the page. The [empty and error-state guide](/blog/empty-loading-error-state-design/) helps distinguish missing data from an actual result. A trustworthy status design communicates its evidence as clearly as its appearance.

## Common questions

### Can I use these captures to compare service reliability?

No. They show dated interface states and, in Tabler’s case, demo data. A reliability comparison requires a defined measurement method, period, and independently verified data.

Editorial approach: https://swipefile.design/about/#editorial
More guides: https://swipefile.design/blog/