Better Stack Uptime vs UptimeRobot

Better Stack Uptime

The documented monitor types read like my own checklist for sixty WordPress, TYPO3 and Shopware sites — uptime, keyword, ping, DNS, domain expiry, SSL certificate and TCP/UDP port checks plus heartbeats for cron jobs — and Playwright runs a real Chrome browser for transaction checks. Thirty-second checks from at least four locations, an incident only after a failure from three locations, error screenshots and traceroute output give me the false-positive discipline I want after the expired-certificate phone call. Locations are not named by city and private network monitoring is only mentioned by title, which keeps it below the top.

UptimeRobot

Nine monitor types including keyword, ping, port, DNS and cron-job heartbeats, plus SSL and domain-expiry alerts with warning days I can set, is exactly the set I need for sixty client domains. Checks run as often as every fifteen seconds from regions I can choose per monitor, and a failed check is re-run from a different data center in the same region before anyone's phone rings — that alone would have saved me the angry certificate call. We found no public information on browser or transaction checks of a login or checkout flow, private probes inside a client's own network, or probe locations listed by city.

Better Stack Uptime

Voice calls, SMS, email, Slack, Teams and push are all listed under an all-you-can-alert pricing model, so I would not be counting messages at 3 a.m. Escalation policies with delays, repeats and fallback to the whole team, follow-the-sun regional schedules, overrides, cover requests, and acknowledge and resolve from Slack or Teams match what a standalone incident tool does, and smart merging with severity-based routing keeps the noise down. I found no public information on whether delivery of each alert channel is itself monitored and reported.

UptimeRobot

Email, SMS, phone call, mobile push and Slack with webhooks cover the channels an on-call duty rotation needs, contacts can be assigned to monitors individually or in bulk, and message pricing is published: one voice call equals two credits, with a country-by-country list for SMS. Thresholds, a three-of-five consecutive-request rule for slow responses and a configurable timeout dampen false alarms, and alerts forward to PagerDuty, PagerTree, iLert or Zenduty. We found no public information on native escalation policies, on-call schedules and rotations, or acknowledging and resolving from the app — the captured pages point to those integrations for the on-call side.

Better Stack Uptime

I can give every client a branded page on their own subdomain via a single CNAME record, group monitors into component sections, and let customers subscribe by email to the whole page or selected components. Incident templates, scheduled maintenance announcements, custom CSS and JavaScript, embeddable badges and announcement widgets, and private pages behind password, IP allowlist or single sign-on cover my agency scenarios including enterprise clients, with multi-language support in beta. I found no public information on subscriber channels beyond email or on how the page stays online if the main service goes down.

UptimeRobot

Each client can get its own page: from three pages on Solo up to a hundred white-label pages on Team and unlimited on Scale, hosted on a custom subdomain with a certificate issued automatically via Let's Encrypt. Pages carry components fed by monitors, incident and maintenance announcements on a timeline, email subscribers, password protection, eleven languages and embeddable status badges — the agency model is well served. We found no public information on SMS, RSS or webhook subscribers, per-component subscriptions, or single sign-on for private audience pages.

Better Stack Uptime

A documented JSON:API with Bearer tokens spans monitors, heartbeats, status pages, team members and organization roles, with global and per-team tokens, and Terraform management is explicitly supported — that is the monitoring-as-code base I want. Single sign-on with Okta, Azure or Google, SCIM provisioning with group push that creates teams, and bulk actions that assign an escalation policy to many monitors at once make a sixty-site, multi-team onboarding realistic. I found no public information on audit logs, checks triggered from a deployment pipeline, or white-label client reports.

UptimeRobot

A v3 REST API on every plan including Free covers monitors, alert contacts, maintenance windows and public status pages, with bulk operations, published rate limits, a CLI and even an MCP interface, and Ansible or Terraform can onboard hundreds of monitors as code — that is how I would set up two hundred monitors once. Teammates get read, write, notify-only and admin roles, two-factor is available and required for privileged admins, and monitors group by client so each client can have its own SLA policy. We found no public information on SAML single sign-on, SCIM, audit logs, or per-client sub-accounts with their own logins.

Better Stack Uptime

Compound SLA reports across selected monitors, MTTA and MTTR, an on-calls overview, response-effort tracking, CSV export that respects filters, and a live CSV URL that auto-refreshes a Google Sheet would let me automate the monthly client reports I currently build by hand. The monitoring IP addresses and user agent are published for allow-listing, and an API endpoint returns response times per monitor. I found no public information on response-time percentiles or breakdowns, the retention period for uptime check results, or a vendor SLA with credits.

UptimeRobot

The monthly uptime report is what I would bill clients against: overall uptime, incident counts, mean time between failures, month-over-month comparison, a response-time summary with peaks above 1,000 ms, and every monitor with daily status bars — plus per-client SLA policies that email a verdict at month or quarter end with the calculation method spelled out. The captured pages give different figures for how far back history reaches, so I checked both the plan table and the reporting article before relying on it. We found no public information on response-time percentiles, probe IP addresses for allow-listing, the vendor's own status page and incident history, or a published SLA with credits.

Better Stack Uptime

The contracting party is Better Stack, Inc., a Delaware corporation under New York law with exclusive New York jurisdiction, and the data processing agreement permits transfers to the United States and other locations by Better Stack and its subprocessors. The mitigations are published: a public DPA relying on the EU-US, Swiss-US and UK-US Data Privacy Frameworks with standard contractual clauses as fallback, a subprocessor list maintained in the DPA, SOC 2 Type 2 stated, and a privacy policy saying personal data is processed primarily in the European Union. I found no public information on an EU contracting entity or representative or on named EU hosting infrastructure, which caps it for a European buyer.

UptimeRobot

The contract sits with UptimeRobot s. r. o. in Bratislava under Slovak law and the exclusive jurisdiction of the Bratislava courts, with a published data processing agreement carrying the standard contractual clauses, and processing is stated as primarily in the European Union on named infrastructure with Hetzner hosting the monitoring stack and status pages. The full sub-processor list is public — Plivo for SMS and voice, Sendgrid and Amazon SES for mail, Stripe and others for payment — with thirty days' notice of any change and deletion within ninety days of termination. The vendor's own attestation is SOC 2 Type I while the ISO 27001 certificates belong to its infrastructure providers, so I stay at this level rather than higher.

Better Stack Uptime

The free tier is precisely documented — $0 per month for 10 monitors and heartbeats, 1 status page, Slack and email alerts — and add-ons carry exact numbers: single sign-on with Azure or Okta at $5 per user per month, Google single sign-on included, transaction checks at $1 per 100 Playwright minutes, and unlimited team members at $0 per member per month. Prices are stated to be exclusive of taxes, invoices fall due within 15 days, and a 60-day money-back guarantee is published. I found no public information on paid tiers with a price per monitor, so the cost of running two hundred monitors is not computable from these pages, and enterprise is a custom quote.

UptimeRobot

I can plan the money from public pages: the free tier's fifty monitors at five-minute intervals are stated, Scale lists 200 or 500 monitors and "Starts at €660 /y" with a fifteen-second interval, and SMS and voice alerts are priced in credit packs from $3 for 10 credits with a per-country list for SMS. Login seats add for $15/19 / mo and the included credit volume per plan is published. The Team plan's monitor count is not shown on the captured pricing page, extra monitors are sold as an upgrade without a captured unit price, and we found no public information on VAT treatment.