UptimeRobot vs Uptime Kuma: SaaS or Self-Hosted in 2026?

If you're comparing UptimeRobot and Uptime Kuma, the real question is whether your team wants to pay for a hosted service or run monitoring itself. The two products check the same things. What differs is who keeps the checker alive, where the checks come from, and what happens after an alert fires.

UptimeRobot is a hosted service with 50 free monitors at a 5-minute interval, paid plans from $12 a month for faster checks, mobile apps, and unusually high status-page limits. Uptime Kuma is an MIT-licensed project with 91,000 GitHub stars that you install with Docker. It checks as often as every 20 seconds, ships 90+ notification integrations, and costs nothing to licence, but it runs from one server that you own.

Hyperping enters the comparison as the option for teams that outgrow both: hosted checks from 18 regions, on-call schedules and escalation policies, Playwright browser checks, and status pages on flat plans from $24 a month billed annually. It cannot match UptimeRobot's free monitor count, and it cannot be self-hosted.

This guide compares the three for a small team of two to eight engineers. Prices were captured from public pages in September 2026. Uptime Kuma figures come from its README, wiki, and release history.

Why you should trust this guide

I'm Léo, founder of Hyperping, so I sell one of the three tools compared here. For this guide I went through Uptime Kuma's install, update, and backup docs and its release history to see what upkeep it asks for, and I've watched teams stay on UptimeRobot Free for years because 5-minute checks were fine for them. Both are good decisions in the right situation.

Where I could test something, I tested it. Where I couldn't, I cite the vendor's own pricing page, the Uptime Kuma README or wiki, or a dated release. The self-hosting cost estimates are labeled as estimates so you can swap in your own hourly rate.

Summary

Quick verdict

Choose UptimeRobot if you want zero infrastructure, 50 monitors for nothing, and 5-minute checks are good enough. Move to Team at $39 a month billed annually when you need 30-second checks, three login seats, or dozens of white-labeled status pages. Read the UptimeRobot pricing breakdown before picking a tier, because Solo drops you from 50 monitors to 10.

Choose Uptime Kuma if someone on the team already runs servers, you want 20-second checks and Docker or push monitors without a subscription, and you accept that the monitor lives in one place. Budget a VPS, monthly updates, backups, and a second instance if false alarms matter.

Choose Hyperping if the job is external checks from several regions plus a named on-call owner and a customer-facing status page, and you want that in one flat plan with nothing to host. It costs more than UptimeRobot Free or a $6 VPS, and less than either of them once you add an on-call tool.

If none of the three fits, the round-ups of Uptime Kuma alternatives and UptimeRobot alternatives cover Better Stack, Uptime.com, Cronitor, and others. This article stays on the SaaS-versus-self-hosted decision.

Uptime and check coverage

All three poll endpoints on a schedule. Uptime Kuma has the widest list of monitor types and the fastest interval. UptimeRobot and Hyperping check from more than one place.

UptimeRobot's free plan is the largest here: 50 monitors at 5 minutes, with keyword monitors included. SSL expiry monitoring is a paid feature, which surprises people who assume a certificate check is basic. The interval is the real constraint. At 5 minutes, a 4-minute outage can pass unseen, and a detected outage is on average 2.5 minutes old before the first alert.

Uptime Kuma's monitor list is the broadest of the three. Docker container monitors, push monitors for cron jobs, JSON query assertions, and a real-browser monitor (Chromium loads the page, no scripted steps) cover cases the other two need workarounds for. The 20-second floor is faster than anything below UptimeRobot Scale. The catch is that every check leaves from one server. A routing problem between your VPS and your API produces an alert even when customers are fine, and a problem on the VPS itself produces silence.

Hyperping runs 30-second checks on Essentials and Pro and 20-second checks on Business, from 18 regions on every plan including Free. A first failure triggers an immediate recheck from the other selected regions, and an outage only opens after confirmation. That is the mechanism Uptime Kuma users try to rebuild with two instances and a notification rule.

Alerting and on-call

This is where the SaaS-versus-self-hosted framing stops mattering. Neither UptimeRobot nor Uptime Kuma decides who should receive an alert at 3 AM.

UptimeRobot's alerting is simple and well liked: push notifications through its apps, a "down for X minutes" delay, and recurring reminders. Rotations come from an integration with PagerDuty, Splunk On-Call, ilert, Zenduty, or PagerTree, each with its own bill. SMS and voice use one-time credit packs from $3 for 10 credits, and the 30 credits on Team can vanish in one month of a flapping monitor.

Uptime Kuma wins on channel count. If your team lives in Gotify, Matrix, ntfy, or a niche chat tool, it is probably supported. What it does not do is route. Every notification goes to every configured target, every time, with no schedule, no escalation, and no acknowledgement. A team that wants one person paged first and a backup five minutes later pairs Kuma with a separate on-call tool, at which point the $0 licence is no longer the total.

Hyperping's escalation policies chain steps with delays: Slack immediately, SMS after five minutes, a phone call after ten. A step can target an on-call schedule with timezone-aware rotations and overrides, so the alert reaches the person on duty. Essentials includes one schedule and Pro three. There is no native mobile app, and extra SMS credits cost $5 per 20.

Status pages

UptimeRobot Team's 100 white-labeled pages for $39 a month is the best page-per-dollar figure in this comparison, and agencies pick it for that reason alone.

Uptime Kuma's pages are good for an internal team or a homelab: several pages, each on its own domain, with groups, a description, and an incident banner. They lack subscriber notifications and password protection, so customers cannot opt into updates and you cannot publish a private page for one client without putting a proxy in front.

Hyperping's pages are the fewest in count and the most tied to the incident workflow. Outages open from monitors, sync to the page, and notify subscribers by email, Slack, or SMS. Pro adds password-protected pages, and Business adds white labeling and SSO.

Team access and security

A small team notices this gap faster than the interval or the page count.

UptimeRobot Free has no login seats at all: one owner account, and teammates receive alerts without logging in. Team includes three seats and each extra one costs $15 to $19 a month, which can exceed the plan price for a team of six.

Uptime Kuma has a single admin login. Multi-user support and SSO are long-standing open issues on GitHub. In practice a team shares one password, which is fine for two people and an audit problem for eight. You also own the exposure: Kuma listens on port 3001, needs a reverse proxy that forwards WebSocket upgrade headers, and needs TLS in front of it. That is an hour of work once, then a thing to keep patched.

Where data lives is the strongest argument for Kuma. Monitor history, notification tokens, and status pages never leave your machine. For teams with a hard data-residency rule and no budget for an EU-hosted vendor, that settles it.

Developer tooling and API

UptimeRobot's API, webhooks, and Zapier cover monitor creation from scripts and CI, which also makes leaving easy: the UptimeRobot migration guide walks through exporting monitors by API.

Uptime Kuma exposes a Prometheus metrics endpoint, which is a real plus if you already run Grafana. It does not expose a supported REST API for managing monitors. The UI talks to the server over Socket.IO, and community wrappers script that channel at their own risk. A REST API and config-as-code sit at the top of the open feature requests, and every monitor is still added by hand in the UI. Bulk migration out of Kuma is a manual re-entry.

Hyperping has a REST API, an MCP server with more than 25 tools, a community Terraform provider, and Python and Go clients.

What Uptime Kuma really costs a small team

The licence is free. Everything below is not, and it is the part most "Kuma vs UptimeRobot" threads skip.

Using $60 an hour for an engineer and one hour a month across updates, backups, and the occasional restore, one instance runs about $65 to $75 a month in cash and time. Two instances with an external check are closer to $85. That is an estimate, and yours will differ. A team where one person already maintains a Docker host adds Kuma at close to the marginal VPS cost. A team where nobody does pays the full amount, and pays it again the month the disk fills.

The failure mode to plan for is silence. Uptime Kuma checks endpoints, not hosts, so a full disk or a memory spike on its own box is invisible to it, and an endpoint check cannot see a full disk coming. The guide to monitoring a VPS covers what to watch on that host.

Some teams should still pay this. If the data must stay in-house, if the check list includes Docker containers on a private network, or if the team simply enjoys running things, the accounting above is a reasonable trade for control.

Pricing and cost predictability

UptimeRobot prices monitor count, interval, and seats. Uptime Kuma costs infrastructure and time. Hyperping bundles capacity and response features into flat plans.

UptimeRobot:

Hyperping is $29, $89, or $299 monthly, or $24, $74, or $249 on annual billing. Essentials includes 50 monitors, 2 seats, 3 browser checks, one on-call schedule, and one status page on your domain. Pro includes 250 monitors, 8 seats, 10 browser checks, three schedules, and 3 pages. Business includes 1,000 monitors, 20 seats, 25 browser checks, 20-second checks, and 10 white-labeled pages. Extra seats cost $7, $9, or $12 a month by plan.

Three small-team scenarios at annual rates, with the Uptime Kuma column using the estimates above:

UptimeRobot Free is unbeatable in the first row. In the second, Team costs more than Hyperping Essentials but includes 100 monitors and 100 pages, so it wins if you need either. In the third, both UptimeRobot and Uptime Kuma need another vendor for the rotation, and Hyperping is the only one where the number in the table is the whole bill.

Where Hyperping doesn't compete

If you need Docker container checks, a Gotify or Matrix notification, an air-gapped install, or 15-second polling, Hyperping is not the answer. If you need 50 free monitors or a native mobile app, UptimeRobot is.

What each tool genuinely lacks

UptimeRobot: No native on-call rotations, no browser runner, no host metrics. Free has 5-minute checks, no SSL monitoring, and no login seats. Solo cuts the monitor count from 50 to 10. SMS credits are one-time packs, and extra seats at $15 to $19 add up fast.

Uptime Kuma: One check location, one admin account, no public REST API, no subscriber notifications, no acknowledgement or escalation, and no visibility into its own host. Backups, updates, TLS, and uptime of the monitor itself are your job. SQLite is the default store and needs a proper filesystem.

Hyperping: No self-hosting, no mobile app, no Docker or UDP monitors, and fewer notification channels than Kuma. Free has 20 monitors against UptimeRobot's 50. Business tops out at 10 status pages. SMS uses credits, and the Terraform provider is community-maintained.

How to use Hyperping for a small team moving off UptimeRobot or Uptime Kuma

1. Create monitors and pick regions

Add HTTP, port, ping, DNS, keyword, SSL, or healthcheck monitors. Push monitors from Kuma become healthchecks: a cron job pings a URL and Hyperping alerts when the ping stops. Select the regions closest to your customers. Cross-region confirmation is automatic, so the two-instance setup Kuma users build is not needed.

2. Attach an escalation policy and on-call schedule

Build a policy with steps and delays: Slack immediately, SMS after five minutes, a phone call after ten. Set the recipient to an on-call schedule so only the person on rotation is woken. Add overrides for holidays before the first overnight incident.

3. Publish a status page on your domain

Map monitors to services, group them into sections, and point a CNAME at cname.hyperping.io for automatic SSL. Outages sync to the page and subscribers get email, Slack, or SMS updates. Add manual components for dependencies you do not monitor directly.

4. Install the server agent on the hosts you care about

Kuma cannot see its own disk filling. Hyperping's agent reports CPU, load, memory, filesystem, disk I/O, and network from Linux or macOS hosts every 30 seconds, with one agent on Free and five on Essentials. Put one on the box that used to run Kuma if it keeps other jobs.

5. Run both tools in parallel for a week

Keep UptimeRobot or Uptime Kuma pointed at the same endpoints. Compare who detected each incident first, how many alerts were false, and whether the right person was paged. Then switch the alert channels off on the old tool.

Which one fits your team

Migrating to Hyperping

From UptimeRobot, the migration guide covers exporting monitors by API, recreating them, rebuilding status pages, and reconnecting Slack, PagerDuty, and webhooks.

From Uptime Kuma, there is no bulk export. Open the monitor list, recreate each monitor in Hyperping (or script it against the REST API), and turn push monitors into healthchecks. Most small teams have fewer than 50 monitors, so this is an afternoon. Paid Hyperping plans include migration help.

Testing before you commit

UptimeRobot Free covers 50 monitors at 5-minute intervals with no time limit, and paid plans have a 14-day money-back guarantee.

Uptime Kuma runs in one Docker command on any VPS or laptop. Test it for a month, and note how many minutes you spent on it that were not about your product.

Hyperping's free plan covers 20 monitors from 18 regions, one server agent, and one status page with no time limit, and every paid plan has a free trial.

Point all three at the same endpoints for a week, then decide based on who saw each incident first and who had to do the least to keep the checker running.

If you want checks from 18 regions, on-call that names a human, and a status page your customers can subscribe to, with nothing to host, try Hyperping free or book a demo.