Instatus
Hosted status pages with incident updates and subscriber notifications for your users.
The page itself is the easy part: components, colored dots, an incident timeline, a 90 day uptime bar; an agent will hand you that in an afternoon. The notification fan-out is where it gets annoying: email is a Resend account and a loop, but you inherit double opt-in, unsubscribes, bounce handling, and explaining why the incident email landed in spam during the outage. Hosting is the other half: a status page on the same infra as the thing it reports on is decoration, so you need a separate host and domain and the discipline to keep it boring. Add the workflow Instatus quietly gives you, writing an update from your phone at 2am, per-component subscriber preferences, Slack and RSS and webhooks. Buildable in a weekend for a personal project; not the thing to hand-roll if a real customer contract mentions the words 'status page'.
Build verification: not recorded. How we judge buildability
What you give up
- Deliverability someone else warms up and monitors: your first incident email is also your first send reputation test
- Notification channels beyond email: SMS, Slack app, Teams, Discord, native webhooks, RSS, all of which Instatus ships out of the box
- Per-component subscriptions, unsubscribe handling, and double opt-in that you do not have to think about
- The polish: scheduled maintenance windows, incident templates, timezone handling, embeddable widgets, public API
- Real independence, unless you actually do the work to host the page away from your own stack
Why people still pay
Because a status page is the one page that must work when nothing else does, and paying a third party is the cheapest way to buy that independence. It is also a page customers and auditors look at, so it being slightly ugly or slightly late costs more trust than the subscription costs money. Most teams that build their own end up with a page that is technically theirs and practically unmaintained, with an incident feed whose last entry is from fourteen months ago.
Your build guide
The stack, security requirements, and agent rules for a focused replacement.
Before you start
- Runtime and tools: TypeScript, Node, SQLite, a bounded scheduled worker and a read-only status dashboard.
- Before starting: An always-on host, explicit allowed targets, an alert destination and synthetic healthy/failing response fixtures.
Use these project rules and optional skill references alongside the prompt. Review each skill before adding it to your agent; the AGENTS.md export includes the same guidance.
Project rule — domain: Store Component, Incident, IncidentUpdate, Subscription and NotificationReceipt; component status derives from open incidents/manual overrides and gaps are separate from uptime success.
Project rule — scope and recovery: Start with manual incidents plus an optional basic checker. Do not fabricate historical uptime or imply a public status page replaces operational monitoring; notification provider failures need visible retries.
Project rule — acceptance: Publish an outage, update its scope, resolve it and replay a notification job; the timeline stays ordered and confirmed subscribers receive each update once where receipts permit.
Project rule — delivery: document real setup commands and permissions; do not claim a build, accuracy level, performance result or security certification that has not been demonstrated.
Recommended skill: web-design-guidelines — review keyboard access, focus, validation, error recovery and the readable work/review interface or HTML report. Follow the maintainer's installation instructions and match its requirements to the chosen runtime.
Recommended skill: sharp-edges — review configuration and API defaults against the app-specific invariants and recovery boundaries above; this is not a security certification. Follow the maintainer's installation instructions and match its requirements to the chosen runtime.
Implementation plan
Phase 1
Pin the working slice and create its example input: Host a status page separately from the monitored app, manage components and post incident updates with confirmed-subscriber notifications. Confirm setup: An always-on host, explicit allowed targets, an alert destination and synthetic healthy/failing response fixtures.
Phase 2
Implement persistence and write-time invariants before decorating the UI: Store Component, Incident, IncidentUpdate, Subscription and NotificationReceipt; component status derives from open incidents/manual overrides and gaps are separate from uptime success.
Phase 3
Connect the working view to real saved state. Persist samples, incident transitions and notification receipts. Missing samples are gaps rather than success; apply hysteresis and keep alert state across restarts. Run the checker separately from the monitored service.
Phase 4
Expose the app-specific limits and recovery path in context: Start with manual incidents plus an optional basic checker. Do not fabricate historical uptime or imply a public status page replaces operational monitoring; notification provider failures need visible retries.
Phase 5
Walk through this concrete acceptance case and preserve its exported evidence: Publish an outage, update its scope, resolve it and replay a notification job; the timeline stays ordered and confirmed subscribers receive each update once where receipts permit. Finish the README and backup/restore instructions; report unfinished capabilities explicitly.
Build the following focused alternative to Instatus. This is a deliberately limited personal or small-team substitute, not parity with the paid service. WORKING SLICE Host a status page separately from the monitored app, manage components and post incident updates with confirmed-subscriber notifications. SETUP AND ARCHITECTURE Use TypeScript, Node, SQLite, a bounded scheduled worker and a read-only status dashboard. Prerequisites: An always-on host, explicit allowed targets, an alert destination and synthetic healthy/failing response fixtures. Before integrating anything, record actual versions and permissions, plus model files or provider limits only where used, in the README; make unavailable dependencies visible rather than simulating success. DOMAIN MODEL AND INVARIANTS Store Component, Incident, IncidentUpdate, Subscription and NotificationReceipt; component status derives from open incidents/manual overrides and gaps are separate from uptime success. IMPLEMENTATION CONTRACT Persist samples, incident transitions and notification receipts. Missing samples are gaps rather than success; apply hysteresis and keep alert state across restarts. Run the checker separately from the monitored service. Provide an input/setup view, the main work view, and a review/export view appropriate to this workflow. Preserve the last saved state if a job or save fails. Include empty, loading, permission-denied, partial and retryable-error states. Log identifiers and error categories without secret values or unnecessary private content. APP-SPECIFIC BOUNDARY AND RECOVERY Start with manual incidents plus an optional basic checker. Do not fabricate historical uptime or imply a public status page replaces operational monitoring; notification provider failures need visible retries. ACCEPTANCE SCENARIO Publish an outage, update its scope, resolve it and replay a notification job; the timeline stays ordered and confirmed subscribers receive each update once where receipts permit. Also reopen the app after an interrupted operation, confirm the saved record/export remains inspectable, and document the recovery action. These are implementation acceptance requirements, not a claim that this guide has been tested. DELIVERY Deliver a runnable repository with migrations or project-format versioning, a non-sensitive example, environment/permission setup, the exact manual acceptance steps, and a backup/export-and-restore walkthrough. Implement the working slice before optional integrations; list any deferred paid-product capabilities honestly. Do not add capabilities outside the working slice just to resemble the original product. PROJECT RULES FOR AGENTS.md Keep the domain invariants above executable at the write boundary. Propose scope changes before adding providers or permissions. Never fabricate source evidence, publish results, identity matches or successful delivery. Preserve user originals and require an explicit confirmation for destructive changes or external publication.
$ open in your agent (prompt prefilled, you press enter), copy the prompt or copy or download AGENTS.md
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Questions about Instatus
Can you build your own Instatus with AI?
Partly. The page itself is the easy part: components, colored dots, an incident timeline, a 90 day uptime bar; an agent will hand you that in an afternoon. The notification fan-out is where it gets annoying: email is a Resend account and a loop, but you inherit double opt-in, unsubscribes, bounce handling, and explaining why the incident email landed in spam during the outage. Hosting is the other half: a status page on the same infra as the thing it reports on is decoration, so you need a separate host and domain and the discipline to keep it boring. Add the workflow Instatus quietly gives you, writing an update from your phone at 2am, per-component subscriber preferences, Slack and RSS and webhooks. Buildable in a weekend for a personal project; not the thing to hand-roll if a real customer contract mentions the words 'status page'.
What does the Instatus build prompt cover?
The prompt starts with this scope: Host a status page separately from the monitored app, manage components and post incident updates with confirmed-subscriber notifications. Full-product capabilities excluded from the comparison include: Deliverability someone else warms up and monitors: your first incident email is also your first send reputation test; Notification channels beyond email: SMS, Slack app, Teams, Discord, native webhooks, RSS, all of which Instatus ships out of the box; Per-component subscriptions, unsubscribe handling, and double opt-in that you do not have to think about. Follow the implementation plan and its prerequisites before expanding the build.
How do I use the prompt, AGENTS.md and agent skills?
Start with the Instatus prerequisites and stack, then copy the prompt into your coding agent. Save the project rules as AGENTS.md in the project root. Linked skills are optional packages or source instructions for specific tasks; review their current contents and install only those matching the chosen stack. A skill does not supply API credentials or verify the finished app.
How long will this Instatus project take?
The catalogue estimate is a weekend for the limited scope. Setup, integration approvals, debugging, deployment and ongoing maintenance can add time. This is an estimate, not a delivery guarantee.
What would I give up by replacing Instatus?
Deliverability someone else warms up and monitors: your first incident email is also your first send reputation test; Notification channels beyond email: SMS, Slack app, Teams, Discord, native webhooks, RSS, all of which Instatus ships out of the box; Per-component subscriptions, unsubscribe handling, and double opt-in that you do not have to think about; The polish: scheduled maintenance windows, incident templates, timezone handling, embeddable widgets, public API; Real independence, unless you actually do the work to host the page away from your own stack. Because a status page is the one page that must work when nothing else does, and paying a third party is the cheapest way to buy that independence. It is also a page customers and auditors look at, so it being slightly ugly or slightly late costs more trust than the subscription costs money. Most teams that build their own end up with a page that is technically theirs and practically unmaintained, with an incident feed whose last entry is from fourteen months ago.
What can I use instead of building Instatus?
No alternative is listed in this entry yet. That is a gap in this catalogue, not proof that no suitable product exists. Compare the paid product and the proposed scope before committing to a build.