Status Page Examples
The best way to understand what makes a status page worth publishing is to study the ones that engineering and operations teams actually rely on. The examples below are from real products across infrastructure, developer tooling, and SaaS — each one takes a slightly different approach to communicating service health. Whether you are building your first status page or refining an existing one, these are worth reading before you write a single line of configuration.
What makes a great status page
- Components are specific and named after what users actually interact with — not internal service names like worker-pool-2 but user-facing labels like API, Dashboard, or Webhook Delivery.
- The page loads fast and works without JavaScript, because the people checking it are often doing so during an outage when their environment may be degraded.
- Current status is visible in three seconds or less — no scrolling, no clicking through tabs, no interpreting color legends.
- The page is honest about partial degradations. A component that is slow or intermittently failing says so rather than showing green until a full outage is confirmed.
- The URL is easy to remember and linked prominently from the product itself — in the app footer, in error messages, and in support documentation.
- The page is maintained consistently so users trust it. A status page that shows green during a known outage destroys more trust than having no status page at all.
10 well-known public status pages
GitHub
Uses clearly labeled components matching the features developers care about — Git Operations, API Requests, Actions, Pages — making it immediately actionable during an incident.
www.githubstatus.com →Cloudflare
Breaks down status by geographic region alongside service components, which is essential for a globally distributed network where partial outages are the norm.
www.cloudflarestatus.com →Stripe
Separates API availability from Dashboard availability from individual product surfaces like Radar and Connect, giving developers precise signal about what is and is not affected.
status.stripe.com →Slack
Presents a clean top-level health summary with enough component detail below to let engineering teams quickly determine whether an issue is platform-wide or affects a specific feature.
status.slack.com →Discord
Uses plain language in its component names and status descriptions, making it readable by non-technical users who simply want to know whether Discord is down.
discordstatus.com →OpenAI
Lists API endpoints and products separately — ChatGPT, API, Labs — so developers and end users can quickly distinguish whether an issue affects the consumer product or the developer platform.
status.openai.com →Netlify
Covers the full deployment pipeline as discrete components including builds, edge network, and DNS, reflecting the distinct stages where failures can occur during a deploy.
www.netlifystatus.com →Vercel
Prominently surfaces build and deployment status separately from edge network availability, which reflects the two main concerns of its developer audience.
www.vercel-status.com →Twilio
Organizes components by product line — Voice, Messaging, SendGrid, Verify — and by region, providing the granularity that enterprise customers need when debugging delivery failures.
status.twilio.com →Atlassian
Covers the full Atlassian suite in a single page with per-product filtering, demonstrating how to handle a large portfolio of services without overwhelming visitors with irrelevant components.
status.atlassian.com →Build your own status page
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