DEV Community: velprove

Website Downtime Cost: What It Really Costs a Small Business

velprove — Sun, 19 Apr 2026 14:00:02 +0000

The true website downtime cost for a small business is almost always three to five times what owners estimate. Most assume two things about downtime. First, that it is rare. Second, that when it does happen, the cost is small because you can just fix it and move on. Both assumptions are wrong, and the gap between what owners think downtime costs and what it actually costs is one of the most expensive blind spots in running a small business online.

The reason is simple. When your site goes down, the damage is not a single number. It is four separate costs stacking on top of each other at the same time, and most owners only ever see one of them. This post walks through all four, gives you a formula to plug your own numbers into, and shows you how to stop paying that bill for free.

The four real costs of website downtime

When a small business site is down for an hour, the invoice you never see looks like this.

1. Lost transaction revenue

This is the obvious one. If your store normally does 30,000 dollars a month in online sales, you are clearing about 42 dollars an hour, every hour, on average. At peak hours that number is two or three times higher. Every minute your checkout is broken is a minute of revenue that does not land in your account, and in most cases it does not come back later. A customer who hits a broken cart does not usually come back in an hour to retry. They go to a competitor.

This cost is actually the smaller piece of the puzzle for most small businesses. The other three are where the real damage lives.

2. Wasted ad spend

Here is the part that blindsides almost everyone. Google Ads and Meta Ads do not pause when your site goes down. Your campaigns keep running, your budget keeps burning, and every click you pay for lands on an error page instead of a product page. A small business spending 50 dollars a day on ads is spending about 2 dollars per hour all day long, and closer to 4 or 5 dollars per hour during peak traffic windows. An 8 hour overnight outage during a holiday sale can burn through 20 to 40 dollars in clicks with zero conversions.

It gets worse. Google and Meta both factor recent landing page experience into ad quality. A burst of clicks landing on an error page can hurt your landing page experience score until the platform re-evaluates after things recover. The ad bill from a single bad night can quietly echo into the following week.

3. SEO damage on prolonged outages

Google tolerates short outages. If your site is down for 20 minutes and Googlebot happens to hit it, the crawler will back off and try again later. No harm done. The problem is when outages last hours or repeat often. If Googlebot keeps getting 5xx errors or timeouts across a day or more, Google can temporarily drop the affected pages from search results until it confirms they are stable. Google Search Central recommends returning a 503 status code for planned downtime so the crawler treats it as temporary instead of a hard error.

For a small business that relies on organic search for leads or sales, a ranking drop is the single most expensive kind of downtime. You do not just lose the sales during the outage. You lose the sales for the two or three weeks it takes your rankings to recover.

4. Customer trust erosion

This one is the hardest to measure and the easiest to underestimate. Your customers do not know whether your site is down because of a hosting issue, a plugin conflict, or your credit card on file with the domain registrar expiring. They just know it did not work when they tried to use it. If they were already shopping, they go to a competitor. If they were a repeat customer, they start to wonder if you are still in business. If they came from an ad, they remember the brand as the one with the broken website.

Analyst firms like Gartner and IBM have published downtime cost estimates for enterprise IT for years, and the numbers vary wildly depending on company size and industry. The useful takeaway for a small business is not a headline figure. It is the pattern. Every serious study finds that indirect costs, trust, brand, and follow-on customer loss, are larger than the direct revenue loss during the outage itself. That is why the formula below uses a trust multiplier.

A simple formula you can run on your own numbers

How much does website downtime cost?

Website downtime cost is the sum of lost transaction revenue, ad spend that burned on clicks to an error page, SEO damage from prolonged crawl errors, and the long tail of customer trust loss. Any small business owner can estimate it in 60 seconds on the back of a napkin with this formula.

Downtime cost = (hourly revenue + hourly ad spend) × hours down × trust multiplier

The trust multiplier captures the customers who bounced and never came back, plus any ranking and quality score damage. A reasonable range is 1.2 for a short mid-day outage to 1.5 or higher for a long peak-hour outage on a site that depends on ads or SEO. Here are three worked examples.

Example 1: A Shopify store doing 30k per month

Hourly revenue: 30,000 / 720 hours = about 42 dollars Hourly ad spend (50 dollars per day): about 2 dollars Outage length: 2 hours at peak time Trust multiplier: 1.4 Cost: (42 + 2) × 2 × 1.4 = about 123 dollars

That is the cost of one short outage. A store that has four of those a year is leaving roughly 500 dollars on the table annually, from something a monitor would have caught in the first few minutes.

Example 2: A lead-gen site for a local services business

Hourly revenue: treat the average lead value as 80 dollars, and the site produces 1 lead per hour on average, so 80 dollars Hourly ad spend (Google Local Services, 100 dollars per day): about 4 dollars Outage length: 4 hours overnight Trust multiplier: 1.2 (overnight, lower traffic) Cost: (80 + 4) × 4 × 1.2 = about 403 dollars

Example 3: A small SaaS on a monthly plan

Direct MRR loss during a 90 minute outage is small in absolute terms, but paying customers are unforgiving and a SaaS lives or dies on trust. Treat the cost as a churn risk estimate rather than a formula run, because the formula was designed for transactional sites.

MRR base: 5,000 dollars per month Outage length: 90 minutes during a workday Estimated incident cost (lost MRR from churn risk plus support load): 200 to 400 dollars per incident

Notice the pattern. Even conservative numbers land between 100 and 500 dollars per incident for a small business. Three or four of those a year is a new laptop, or a month of rent on an office, or a year of your accounting software.

Why "I'll just notice" is not a plan

Almost every small business owner we talk to has the same fallback. They say they will notice if the site goes down, because they check it a few times a day. This does not hold up for two reasons.

First, most outages do not happen when you are looking. They happen at 2 a.m. on a Sunday when a plugin auto-updates, or during a deploy, or when a DNS record expires on a weekend, or when a server reboots for a kernel patch. The cost of downtime is not spread evenly across the week, and neither is your attention.

Second, and this is the bigger one, partial failures do not look like downtime to a human spot check. The homepage loads. The nav works. The product pages look fine. But the checkout button throws a JavaScript error, or the login page accepts your password and then redirects in a loop, or the cart submits and silently drops. A quick glance at the site will not catch any of that. A basic ping monitor that only looks at HTTP 200 codes will not catch it either. These are the most expensive outages because they can run for hours with nobody noticing until a customer emails support, and by then the ad spend is already gone.

How free monitoring closes the gap

The good news is that every cost in this post is preventable with a decent monitoring setup, and you do not need to pay for one. Velprove offers a free plan, no credit card required, that covers exactly the failures a small business site has.

No other free monitoring tool offers this. The feature that matters most for partial failures is our browser login monitor. Instead of just pinging your homepage, Velprove launches a real browser behind the scenes and does what your users do. It loads your login page, types in a test account, clicks submit, waits for the redirect, and verifies that authentication actually worked. If your WordPress dashboard, WooCommerce checkout, WHMCS portal, or custom SaaS login ever breaks, you know in minutes, not the next time a customer emails you. That is the single highest-leverage monitor a small business can set up, and on Velprove it is free forever, no credit card.

On top of that, the free plan includes HTTP checks with content assertions so you can verify the checkout button is actually on the page, a public status page your customers can bookmark, and email alerts that fire as soon as a check fails. Most small business sites need three monitors. One for the homepage, one for the checkout or contact page with a content assertion, and one browser login monitor for your customer or admin login area. That is usually enough to eliminate every cost in the formula above.

Where to go next

If you are brand new to this, start with our website monitoring guide for beginners . It walks through exactly what to monitor and why, with no jargon.

If you run a Shopify store, the playbook is in how to monitor your Shopify store for uptime and broken product pages . If you run WooCommerce, the silent revenue killer you need to catch is the checkout, and we have a full guide on monitoring the WooCommerce checkout so broken payments never cost you a sale .

Whichever platform you are on, the math is the same. A small business site that is down even 0.5 percent of the year, which is the industry baseline for shared hosting, is offline for roughly 44 hours annually. At 120 dollars per incident, that is real money. At zero dollars per month for a monitor that actually catches it, the decision is straightforward.

Create a free Velprove account and set up your first monitor in 2 minutes. No credit card, no trial clock, no downgrade surprise.

UptimeRobot Commercial Use: Free Alternatives for Business Sites in 2026

velprove — Sat, 18 Apr 2026 14:00:02 +0000

In November 2024, UptimeRobot updated their free plan terms of service to restrict use to personal and non-commercial projects. No email blast. No dashboard banner. Just a revised terms of service page . If you are using the free plan today to monitor a business website, a SaaS product, an e-commerce store, or a client site, this post is about you.

Most users never saw the change. As of early 2026, a large share of UptimeRobot's free plan accounts are still pointed at commercial sites. Every one of them is out of compliance with the updated terms. The reasons for the change are UptimeRobot's. The impact on business users is real.

This post explains what actually changed, who is affected, and which free monitoring tools explicitly allow commercial use. If you want the short version: Velprove is the closest direct replacement and the migration takes under ten minutes.

Start free. Commercial use allowed.

What Changed in November 2024

UptimeRobot's updated terms added language that restricts the free plan to personal and non-commercial use. The practical effect is that any account monitoring a commercial site needs to be on a paid plan. Commercial in this context is broad. It covers SaaS products, online stores, agency client sites, freelance projects, and most blogs that earn revenue in any form.

The change was framed as a clarification rather than a new policy. There was no grace period, no notification flow, and no in-app indicator for existing accounts that were suddenly out of compliance. UptimeRobot is a well-established monitoring tool, and running a free service at scale is expensive. Limiting commercial freeloading is a reasonable business decision. The issue is not the policy itself. The issue is that so few users know it exists.

What Does "Commercial Use" Actually Mean?

This is the grey area, and it is worth taking a moment to figure out where you stand. Commercial use generally means any activity that supports a business or generates revenue. Here is how that shakes out in practice:

SaaS side project: If you charge anyone money, or plan to, it is commercial. Even a $5/month indie product counts. Agency or freelance client sites: Monitoring a client's WordPress install or Shopify store is commercial use, even if the monitoring itself is a free extra you include. Blog with affiliate links or sponsorships: If the site earns money through ads, affiliates, or sponsored content, it is commercial. A personal blog with no monetization is not. Non-profit websites: Non-profits are in a legitimate grey zone. Most monitoring tools treat non-profit use as non-commercial if there is no revenue-generating activity, but verify before you assume. Internal tools and dashboards: If the tool supports a business operation, it counts as commercial use even if it is not public-facing.

If any of those describe what you are monitoring today on UptimeRobot's free plan, you are affected by the November 2024 change.

What Are Your Options Now?

You have three choices. Pay for UptimeRobot Premium starting at about $7 per month, switch to a free tool that explicitly allows commercial use, or stay put and hope the violation never becomes a problem. The second option is the one most people land on, so let's look at the alternatives that actually work.

Free Monitoring Tools That Allow Commercial Use

1. Velprove

Velprove is a Canadian uptime monitoring service built around one idea: knowing your site works, not just that it responds. The headline feature on the free plan is browser login monitors. Velprove launches a real browser in the background, navigates to your login page, fills in test credentials from a dedicated low-privilege test account, and verifies that authentication actually works end to end. The safest approach is to always create a dedicated test account for monitoring rather than using real admin credentials.

Free plan:

10 HTTP and API monitors 1 browser login monitor Multi-step API monitors (up to 3 steps) 2 monitoring regions (North America and Europe) SSL certificate monitoring Email alerts 24-hour detailed history, 1-month trends 30-day incident history 1 public status page Commercial use explicitly allowed

Commercial use: Yes, explicitly allowed on every plan. Monitor business sites, SaaS products, client work, anything that generates revenue.

Limitation: Alerts on the free plan are email only. Discord, Slack, Teams, and PagerDuty integrations live on paid plans. The two available regions are North America and Europe, which covers most use cases but is worth noting if your users are primarily in Asia or South America.

2. HetrixTools

HetrixTools offers one of the more generous free tiers in the market: 15 uptime monitors with 1-minute monitor intervals plus 32 blacklist monitors. Commercial use is permitted on the free plan.

Free plan: 15 uptime monitors, 1-minute intervals, blacklist monitors, global monitor locations, public status page.

Limitation: The free account deactivates if you do not log in every 90 days. No browser-based monitors or multi-step workflows. The interface is functional but dated.

3. StatusCake

StatusCake has been around since 2012 and has publicly committed to keeping their free plan free for life. Commercial use is allowed.

Free plan: 10 uptime monitors with 5-minute intervals, 1 page speed monitor, 1 domain monitor, 1 SSL monitor, email alerts.

Limitation: No multi-step monitors or browser-based checks on any plan. 10 monitors may feel tight for busy agencies.

4. Uptime Kuma (self-hosted)

Uptime Kuma is an open-source monitoring tool you run on your own server. No commercial restrictions apply because you own the whole stack. Unlimited monitors, configurable intervals down to 20 seconds, and integrations with almost every alerting service you can name.

Limitation: You need a server to run it on, and you are responsible for updates, backups, and uptime of the monitor itself. The classic problem: who monitors the monitor? If the VPS hosting Uptime Kuma goes down, your monitoring goes with it.

5. Pulsetic

Pulsetic focuses on polished status pages with custom domain support on the free plan. Commercial use is allowed.

Free plan: 10 monitors with 5-minute intervals, customizable status page, custom domain, email alerts.

Limitation: Monitoring is basic HTTP only. No browser-based checks, no multi-step API workflows.

Free Plan Comparison Table

Tool	Free Monitors	Commercial Use	Browser Login Monitors	Multi-Step
Velprove	10 + 1 browser	Yes	Yes (1)	Yes (3 steps)
UptimeRobot	50	Personal only	No	No
HetrixTools	15	Yes	No	No
StatusCake	10	Yes	No	No
Uptime Kuma	Unlimited	Yes (self-hosted)	No	No
Pulsetic	10	Yes	No	No

For a closer look at what happened when another major free tool went away this year, see our roundup of Freshping alternatives .

Why Velprove Is the Closest Direct Replacement

UptimeRobot users who switch to Velprove get the same core functionality (HTTP monitors, SSL monitoring, public status pages, email alerts) plus two things UptimeRobot does not offer at any price: browser login monitors and multi-step API monitors.

Basic HTTP monitors tell you whether your server returned a response. They do not tell you whether your login page actually lets people log in, whether your checkout flow completes, or whether your API chain returns the right data. This matters more than it sounds, and we break down the full gap in why uptime monitors miss real outages . If you are a SaaS founder, the SaaS monitoring guide goes deeper on what to actually monitor.

Setup takes under five minutes. Commercial use is allowed on every plan. And the free tier is a real free tier, not a trial.

Start free. Commercial use allowed.

How to Migrate from UptimeRobot to Velprove

The whole process takes about ten minutes. Here is the step by step.

Step 1: Export your monitors from UptimeRobot

Log in to your UptimeRobot dashboard and open the Monitors page. UptimeRobot does not offer a one-click export on the free plan, so the simplest approach is to copy each monitor's URL, type, and alert contacts into a spreadsheet. If you have API access, you can call the getMonitors endpoint to dump the full list in JSON. Save any historical uptime data you want to keep as a CSV or screenshot. Keep any API keys or webhook secrets in a password manager, never in plain text files. That is the safest approach.

Step 2: Create a Velprove account

Head to velprove.com/signup and create a free account. No credit card required. You will be in your dashboard within about 30 seconds. Review the pricing page if you want to see the full free plan capabilities up front.

Step 3: Recreate your monitors

From the Velprove dashboard, click Add Monitor and pick a type for each entry in your spreadsheet:

HTTP monitor: Direct replacement for UptimeRobot HTTP monitors. Paste the URL, set the expected status code, and you are done. Browser login monitor: For any login page you actually care about. Point it at the login URL, use dedicated test credentials for a low-privilege test account, and Velprove verifies authentication end to end. Multi-step API monitor: For API flows that need more than one request. Chain up to three steps and pass data between them.

Step 4: Set up alerts

Add your email address as an alert contact. Velprove sends alerts both when downtime is detected and when service recovers, so you always know when the problem started and when it was resolved. Send a test alert to confirm messages arrive in your inbox and are not caught by spam filters.

Step 5: Verify and retire UptimeRobot

Give your new monitors a few check cycles to confirm everything is green. Compare the results against your UptimeRobot dashboard for 24 hours to make sure nothing slipped through. Once you are confident, pause or delete your UptimeRobot monitors and you are fully migrated.

Frequently Asked Questions

Is UptimeRobot's free plan really non-commercial only?

Yes. In November 2024, UptimeRobot updated their terms of service to restrict the free plan to personal and non-commercial use. Businesses, SaaS products, agencies, or freelancers using the free tier to monitor a commercial site are in violation of the updated terms. Paid plans are required for commercial use.

What counts as "commercial use"?

Commercial use generally means any site or service that supports a business, generates revenue, or promotes products. That includes SaaS applications, e-commerce stores, client sites you manage as a freelancer or agency, blogs with affiliate links or sponsorships, and business landing pages. Personal blogs, hobby projects, and non-monetized homelabs fall outside the definition.

Can I keep using UptimeRobot on a personal site?

Yes. UptimeRobot's free plan remains available for genuinely personal and non-commercial projects. If your site does not generate revenue, advertise a business, or support a commercial product, you can continue using the free tier.

What is the cheapest UptimeRobot replacement for commercial use?

The cheapest option is a free monitoring tool that explicitly allows commercial use. Velprove, StatusCake, HetrixTools, and Pulsetic all permit commercial use on their free plans. Velprove is the closest direct replacement because it includes browser login monitors and multi-step API monitors.

Does Velprove allow commercial use on the free plan?

Yes. Velprove explicitly allows commercial use on the free plan. You can monitor business websites, SaaS products, client sites, and any revenue-generating service without upgrading. The free plan includes 10 HTTP monitors, 1 browser login monitor, multi-step API monitors, SSL monitoring, and a public status page.

UptimeRobot is still a capable tool for personal projects, and the November 2024 terms change is a legitimate business decision on their end. The problem is that most users never found out about it. If you are running a commercial site on their free plan today, now is a good moment to move to a tool that welcomes business use out loud.

Velprove. Know your site works, not just that it responds. Start free. Commercial use allowed. No credit card required, setup takes about five minutes.

Checkly Alternative: Real Browser Monitoring Without Writing Code

velprove — Fri, 17 Apr 2026 14:00:03 +0000

Checkly is a synthetic monitoring platform built for developers. It uses Playwright under the hood, which means you write JavaScript or TypeScript scripts to define browser interactions, manage them through a CLI, and deploy them alongside your codebase. For engineering teams with dedicated QA resources, it is a powerful workflow. For everyone else, it is a barrier to entry.

If you have been searching for a Checkly alternative because you want real browser monitoring without writing test scripts, this comparison is for you. We will break down where Checkly excels, where it falls short for non-technical teams, and how Velprove approaches the same problem differently.

What Checkly Does Well

Checkly deserves credit for what it gets right. Dismissing a well-built product would not be honest, and you should understand its strengths before deciding whether it fits your needs.

Native Playwright integration

Checkly is built on Playwright, the open-source browser automation framework from Microsoft. If your team already writes Playwright tests for end-to-end testing, Checkly lets you reuse those same scripts as production monitors. You write a test once and it runs on a schedule against your live environment. No separate tooling, no translation layer. For teams with existing Playwright test suites, this is a significant advantage.

CI/CD integration

Checkly integrates directly into your deployment pipeline through GitHub Actions, GitLab CI, and other CI/CD tools. You can run your monitoring scripts as part of every deploy, catching regressions before they reach production. The checkly test and checkly deploy CLI commands make this workflow seamless for teams that already think in terms of pipelines and automated testing.

Programmable API monitoring

Checkly's API monitoring goes beyond simple HTTP pings. You can write custom assertions in JavaScript, chain API calls with setup and teardown scripts, and validate complex response structures. For teams monitoring APIs with nuanced validation requirements, this programmability is genuinely useful.

Developer experience

The Checkly CLI, YAML-based configuration, and code-first philosophy mean everything lives in version control. You can review monitoring changes in pull requests, roll back broken configurations, and treat your monitoring setup as infrastructure-as-code. For engineering teams that value this workflow, Checkly is one of the best options available.

Where Checkly Falls Short

You need to write code. Period.

This is the fundamental trade-off. Every browser monitor in Checkly requires a Playwright script. That means JavaScript or TypeScript files that define page navigation, element selectors, click actions, form fills, and assertions. If a CSS class changes on your login page, your script breaks and someone needs to update the selector.

For a developer, this is manageable. For a SaaS founder who is not a front-end engineer, a DevOps team that does not write browser tests, or a small business owner who just wants to know if their login page works, this is a non-starter. The learning curve is real. You need to understand Playwright's API, async/await patterns, CSS selectors, and how to debug test failures from stack traces.

The YAML-based CLI workflow adds another layer. You define monitors in .check files, configure them in YAML, and deploy them through the command line. If you are comfortable with CI/CD pipelines and infrastructure-as-code, this feels natural. If you are not, it feels like unnecessary complexity for what should be a simple question: does my login page work right now?

Pricing starts higher than it looks

Checkly offers a free tier with 5 browser checks and limited API checks. That sounds reasonable until you realize each browser check still requires writing and maintaining a Playwright script. The free tier gives you the infrastructure but demands engineering time to use it.

The Team plan starts at approximately $64 per month. It adds more checks, longer data retention, and team collaboration features. But the real cost is not just the subscription. It is the ongoing engineering time to write, debug, and maintain Playwright scripts. When a page redesign breaks your selectors, someone has to fix the tests. That time has a cost that does not show up on the invoice.

Not designed for non-technical users

Checkly's dashboard has a web-based editor for writing scripts, but it still expects you to write Playwright code. There is no visual recorder that generates production-ready monitors. There is no point-and-click interface for defining login flows. The product assumes its users are developers, and every feature reflects that assumption.

This is not a criticism of Checkly's design decisions. They built a great tool for their target audience. But if you are not in that audience, you are fighting the product instead of using it.

What Velprove Offers Differently

Velprove was built for a different audience. Instead of assuming you have a Playwright test suite and a CI/CD pipeline, Velprove assumes you want to monitor your application without writing code. The goal is the same: verify that your application works for real users. The path to get there is fundamentally different.

Browser login monitors without writing a single script

This is the core difference. Velprove launches a real browser behind the scenes, navigates to your login page, fills in test credentials, clicks submit, and verifies that authentication succeeds. You configure this through a web interface. Enter the login URL, provide test credentials, and Velprove handles the rest. No Playwright scripts. No YAML files. No CLI commands.

If the login flow breaks, you get an alert with a screenshot of exactly what the browser saw at the point of failure. This is included on the free plan. One browser login monitor running every 15 minutes, no credit card required.

To understand why this matters, read our guide on why uptime monitors miss real outages . A 200 OK from your login page does not mean authentication works. Expired CSRF tokens, broken session stores, misconfigured OAuth redirects, and failed database connections all pass a basic HTTP monitor while blocking every real user from logging in.

Predictable pricing with no engineering tax

Velprove has three tiers with no hidden costs. The free plan covers 10 monitors and 1 browser login monitor at 15-minute intervals, plus 3-step API monitors, SSL monitoring, 1 status page, and email alerts. The Starter plan at $19 per month gives you 25 monitors, 3 browser login monitors at 10-minute intervals, 5-step API monitors, and Slack, Discord, Teams, and webhook alerts with unbranded status pages. The Pro plan at $49 per month includes 100 monitors, 10 browser login monitors at 5-minute intervals, 10-step API monitors, PagerDuty integration, custom domain status pages, and 30-day screenshot retention.

Compare that to Checkly's Team plan at $64 per month, where every browser monitor still requires a maintained Playwright script. With Velprove, you pay for monitoring. With Checkly, you pay for monitoring plus the engineering time to keep scripts working.

Multi-step API monitoring

Real API workflows involve more than a single request. You authenticate, receive a token, call a protected endpoint, and validate the response. Velprove lets you build multi-step API monitors that pass values between requests. The free plan supports 3 steps. Starter supports 5 steps. Pro supports 10 steps. No scripting required. See our multi-step API monitoring guide and our walkthrough on monitoring API authentication flows for real-world examples.

SSL monitoring and status pages included

Every Velprove plan includes SSL certificate monitoring that alerts you before certificates expire. Every plan also includes at least one public status page. Starter removes Velprove branding. Pro adds custom domain support. These are not separate products or add-ons. They ship with every account.

Checkly vs Velprove: Feature Comparison

Feature	Checkly	Velprove
Free plan	5 browser checks, limited API checks	10 monitors, 1 browser login monitor, SSL, status page
First paid tier	~$64/mo (Team)	$19/mo (Starter)
Code required for browser monitors	Yes (Playwright JS/TS scripts)	No (point-and-click UI)
Browser login monitors	Yes, via custom Playwright scripts	1 free, up to 10 on Pro
Multi-step API monitors	Yes, via scripted assertions	3 steps free, up to 10 on Pro
CI/CD integration	Built-in (GitHub Actions, GitLab CI)	Not available
CLI tool	Yes (checkly CLI with YAML config)	Not available
SSL monitoring	Via scripted checks	Included on all plans
Status pages	Not included	1 free, unbranded on Starter, custom domain on Pro
Failure screenshots	Via Playwright trace files	Automatic with browser monitors
Alert channels (free)	Email, Slack	Email
Alert channels (paid)	Slack, PagerDuty, OpsGenie, webhooks	Slack, Discord, Teams, Webhooks ($19/mo), PagerDuty ($49/mo)
Target audience	Developers and engineering teams	SaaS founders, small teams, non-developers

The Real Cost: Subscription Plus Engineering Time

Pricing comparisons between Checkly and Velprove cannot stop at the subscription fee. Checkly's real cost includes the engineering time to write and maintain Playwright scripts.

Say you want to monitor 3 login flows across your application: the main login page, an admin panel, and a partner portal. With Checkly, someone on your team needs to write 3 Playwright scripts, debug them when they fail, update selectors when the UI changes, and maintain them as your application evolves. At $64 per month for the Team plan plus, conservatively, 2 to 4 hours of engineering time per month for script maintenance, the total cost adds up quickly.

With Velprove's Starter plan at $19 per month, you configure those same 3 browser login monitors through the web interface in about 5 minutes. No scripts to maintain. No selectors to update. No debugging Playwright trace files. If your login page redesign changes the form layout, you update the monitor configuration in the dashboard. That is it.

Over a year, the subscription difference alone is $540. Factor in engineering time and the gap widens significantly.

Who Should Switch to Velprove

SaaS founders without dedicated QA engineers

If you are building a SaaS product and you do not have a dedicated QA engineer writing Playwright tests, Checkly's code-first approach creates friction instead of reducing it. Velprove gives you the same outcome, verified login flows, without the engineering overhead. Start with the free plan and scale to Starter or Pro as your monitoring needs grow.

WordPress and WHMCS site owners

If you run a WordPress site with an admin panel or a WHMCS client portal, asking you to write Playwright scripts to monitor your login page is unreasonable. These platforms are chosen specifically because they do not require custom code. Your monitoring tool should match that philosophy. Velprove lets you set up a browser login monitor in under a minute through a simple form.

Teams that want monitoring, not another testing framework

Checkly blurs the line between testing and monitoring. That is powerful for teams that want both. But if you already have a testing strategy and just need to know when your production login page breaks, you do not need another testing framework. You need a monitoring tool that alerts you when something is wrong. Velprove does exactly that without the complexity of managing test scripts.

Non-technical teams responsible for uptime

Customer success teams, operations teams, and agency owners often need to monitor client applications without involving developers. Checkly is not built for this use case. Velprove is. Anyone who can fill out a web form can set up a browser login monitor, configure alerts, and share a public status page with stakeholders.

Who Should Stay with Checkly

Checkly is a strong product for its target audience, and there are legitimate reasons to keep using it.

Teams with existing Playwright test suites

If your engineering team already maintains a Playwright test suite and you want to run those same tests as production monitors, Checkly is the most natural fit. The ability to reuse existing test scripts without modification is a genuine advantage that no point-and-click tool can replicate.

Teams that need CI/CD integrated monitoring

If you want monitoring checks to run as part of every deployment pipeline, blocking bad deploys before they reach production, Checkly's CI/CD integration is best-in-class. Velprove does not offer CI/CD integration. If this workflow is critical to your team, Checkly is the better choice.

Engineering teams that value infrastructure-as-code

If your team manages everything through version control, reviews monitoring changes in pull requests, and wants monitoring configuration stored alongside application code, Checkly's CLI and YAML workflow is exactly what you need. This is a fundamental architectural choice, not a feature gap. Velprove is a web-first tool. Checkly is a code-first tool. Both are valid approaches for different teams.

The Bottom Line

Checkly is an excellent developer tool. Its Playwright integration, CI/CD workflow, and programmable API monitoring make it one of the best options for engineering teams that want monitoring-as-code. If your team writes browser tests and manages infrastructure through pipelines, Checkly fits naturally into your workflow.

But not every team has that workflow. Not every team has developers who can write and maintain Playwright scripts. Not every team wants to treat monitoring as a code project. For SaaS founders, small teams, WordPress and WHMCS administrators, and anyone who wants real browser monitoring without writing code, Checkly's approach creates unnecessary barriers.

Velprove removes those barriers. Browser login monitors on the free plan, configured through a web interface, with failure screenshots and alerts. Multi-step API monitoring on every tier. SSL monitoring and status pages included. Paid plans starting at $19 per month instead of $64. It is monitoring built for the teams that Checkly's code-first approach leaves behind.

Get Started for Free

Setting up your first browser login monitor takes about two minutes.

Create a free account. No credit card required. Add your login URL and test credentials. Velprove launches a real browser behind the scenes to verify your authentication flow. No Playwright scripts. No YAML files. Configure email alerts on the free plan, or add Slack, Discord, Teams, and webhook alerts starting at $19 per month. PagerDuty is available on the Pro plan at $49 per month. Velprove starts monitoring immediately. You will know within minutes if your login flow breaks.

Stop maintaining Playwright scripts for something that should take 30 seconds to set up. Start monitoring what actually matters to your users.

Try Velprove free. No credit card. No trial expiration. No code required. Monitor your login flows, APIs, and SSL certificates from day one.

Frequently Asked Questions

Does Checkly have a free plan?

Yes. Checkly offers a free tier with 5 browser checks and limited API checks. However, all browser checks require writing Playwright scripts in JavaScript or TypeScript. The Team plan starts at approximately $64 per month. Velprove's free plan includes 10 monitors with 1 browser login monitor that requires no code, plus 3-step API monitors, SSL monitoring, and a public status page.

Can I use Checkly without writing code?

No. Checkly is a code-first platform built on Playwright. Every browser monitor requires a JavaScript or TypeScript script. The CLI uses YAML configuration files. Velprove offers browser login monitors through a point-and-click web interface with no coding required.

What is the best free Checkly alternative?

For teams that need browser login monitors without writing Playwright scripts, Velprove is the strongest no-code alternative. The free plan includes 10 monitors, 1 browser login monitor, SSL monitoring, and a public status page. No credit card required. For teams that prioritize high monitor volumes over browser testing, UptimeRobot offers 50 free HTTP monitors but does not include browser login monitors.

How much does Checkly cost compared to Velprove?

Checkly's Team plan starts at approximately $64 per month. The free tier includes 5 browser checks but requires Playwright scripting. Velprove's Starter plan is $19 per month with 25 monitors and 3 browser login monitors. The Pro plan is $49 per month with 100 monitors and 10 browser login monitors. Velprove's free plan includes 1 browser login monitor at no cost.

Is Checkly good for non-developers?

Checkly is designed for developers and engineering teams. It requires Playwright test scripts, a CLI tool, and YAML configuration. Non-developers and teams without dedicated engineering resources will find Velprove easier to use. Velprove provides browser login monitors through a simple web interface with no scripting or command-line knowledge required.

For more comparisons, see our UptimeRobot alternative , Pingdom alternative , Better Stack alternative , StatusCake alternative , and HetrixTools alternative guides.

Better Stack Alternative: Free Browser Login Monitors and Simpler Monitoring

velprove — Thu, 16 Apr 2026 14:00:02 +0000

Better Stack (formerly Better Uptime) has quickly become one of the more popular monitoring platforms on the market. A modern dashboard, clean incident management, and a growing suite of tools that includes log aggregation and status pages. If you have been searching for a Better Uptime alternative or a Better Stack alternative, here is an honest breakdown of where the platform excels and where it falls short.

But there is a pricing gap that catches a lot of teams off guard. Better Stack offers a free tier with 10 monitors. The next step up? $85 per month. There is no $10, $20, or $30 plan in between. For solo founders, small teams, and anyone running a SaaS product with login-based authentication, that jump is hard to justify. Especially when the free tier does not include the one monitor type that matters most for modern web applications: browser login monitors.

What Better Stack Does Well

Better Stack is a well-built product and deserves credit for what it gets right.

Their dashboard is one of the best-designed in the monitoring space. It is clean, responsive, and genuinely pleasant to use. If you have spent time wrestling with clunky monitoring UIs, Better Stack feels like a breath of fresh air. The visual design alone has won them a loyal following.

Incident management is where Better Stack really shines. On-call scheduling, escalation policies, incident timelines, and team coordination tools are all built in. For teams that deal with frequent incidents and need structured response workflows, this is genuinely valuable. Many monitoring tools treat incident management as an afterthought. Better Stack treats it as a core feature.

Their status page product is solid. Customizable, clean, and integrated with their monitoring so incidents automatically reflect on your status page. Heartbeat monitoring for cron jobs and scheduled tasks works reliably. And their log management product, while separate, gives teams a centralized place to search and analyze logs alongside their uptime data.

If you are a mid-sized team that needs incident management, on-call rotation, log aggregation, and status pages all under one roof, Better Stack offers a compelling package. The question is whether you need all of that, and whether you can afford the jump from free to $85 per month to get it.

Where Better Stack Falls Short

The pricing cliff

This is the biggest friction point. Better Stack's free plan gives you 10 monitors with 3-minute check intervals and basic incident management. That is genuinely useful for getting started.

But the moment you need more monitors, faster check intervals, integrations beyond the basics, or on-call scheduling, you are looking at $85 per month on the Team plan. There is no intermediate tier. No $19 or $29 option for small teams that need a bit more than the free plan but far less than an $85 per month enterprise setup.

For a solo SaaS founder monitoring 15 endpoints, paying $85 per month for uptime monitoring is a significant line item. That is more than many teams spend on their entire hosting infrastructure. The lack of a mid-tier plan forces teams to either stay constrained on the free plan or make a big financial commitment before they are ready.

No browser login monitors on the free tier

Better Stack's free plan covers HTTP, keyword, and heartbeat monitors. What it does not include is the ability to test whether your users can actually log in to your application.

This matters more than most teams realize. Your login page can return a clean 200 OK response while the authentication layer behind it is completely broken. An expired CSRF token, a failed database connection, a misconfigured session store, or a broken OAuth redirect will all pass a basic HTTP check. Your monitoring dashboard shows green. Your users see an error message after submitting their credentials.

If you run a WordPress site with an admin panel, a WHMCS client portal, or any SaaS application where users log in, this gap is not theoretical. It is the difference between catching a login outage in minutes and finding out from a customer support ticket hours later.

To learn more about why standard HTTP monitors miss real outages, see our guide on why uptime monitors miss outages .

Feature sprawl adds complexity

Better Stack bundles uptime monitoring, incident management, log management, and status pages into their platform. For teams that need all of these, that is efficient. For teams that just need reliable monitoring with login flow validation, it creates unnecessary complexity.

The onboarding experience reflects this. You are presented with multiple product areas, configuration options for incident workflows, and settings for features you may never use. If all you want is to set up 10 monitors and get alerted when something breaks, the setup process involves more steps than it should.

There is also the question of pricing transparency. Better Stack's log management, incident management, and monitoring have overlapping but separate pricing structures. Understanding what you actually need and what it will cost requires reading through multiple pricing pages and documentation sections.

What Velprove Offers Differently

Velprove was built for a different use case. Instead of trying to be a full observability platform with logs, incidents, and dashboards, Velprove focuses on one question: does your application actually work for your users right now?

Browser login monitors on the free plan

This is the core difference. Velprove launches a real browser behind the scenes, navigates to your login page, fills in test credentials, clicks submit, and verifies that authentication succeeds. If any step in the flow breaks, you get an alert with a screenshot of exactly what the browser saw at the point of failure.

This is included on the free plan. One browser login monitor running every 15 minutes. No credit card required. No trial expiration. If your login page breaks at 3 AM, you will know about it before your first customer wakes up and tries to sign in.

Predictable, affordable pricing

Velprove has three tiers with no pricing cliffs. The free plan covers 10 monitors and 1 browser login monitor. The Starter plan at $19 per month gives you 25 monitors, 3 browser login monitors at 10-minute intervals, 5-step API monitors, and Slack, Discord, Teams, and webhook alerts. The Pro plan at $49 per month includes 100 monitors, 10 browser login monitors at 5-minute intervals, 10-step API monitors, PagerDuty integration, and custom domain status pages.

Compare that to Better Stack. Going from free to $85 per month is a 4x jump over Velprove's Starter plan and nearly 2x over Velprove's Pro plan. For most small teams, the Starter or Pro plan covers everything they need at a fraction of the cost.

Multi-step API monitoring

Real API workflows involve more than a single request. You authenticate, fetch data, validate the response, and maybe chain additional requests. Velprove lets you build multi-step API monitors that pass tokens and values between requests. The free plan supports 3 steps. Starter supports 5 steps. Pro supports 10 steps. See our multi-step API monitoring guide for real-world examples.

SSL monitoring and status pages included

Every Velprove plan includes SSL certificate monitoring that alerts you before certificates expire. Every plan also includes at least one public status page. Starter removes Velprove branding from status pages. Pro adds custom domain support with up to 3 status pages. These are not add-ons or separate products. They are part of the plan.

Simple onboarding

Sign up, add a URL, configure your alert preferences, and you are monitoring. There are no incident workflow configurations to set up first, no log pipelines to configure, and no multi-product dashboards to navigate. If you want to add a browser login monitor, you enter your login URL and test credentials. Velprove handles the rest.

Feature Comparison: Better Stack (Better Uptime) vs Velprove

Feature	Better Stack	Velprove
Free plan	10 monitors, 3 min intervals	10 monitors, 1 browser login monitor, SSL, status page
First paid tier	$85/mo (Team)	$19/mo (Starter)
Browser login monitors	Not on free tier	1 free, up to 10 on Pro
Multi-step API monitors	Paid plans only	3 steps free, up to 10 on Pro
SSL monitoring	Included	Included on all plans
Status pages	Included (with incident integration)	1 free, unbranded on Starter, custom domain on Pro
Incident management	Built-in (on-call, escalations)	Alert-based (email, Slack, Discord, PagerDuty)
Log management	Yes (separate product)	Not available
Failure screenshots	Not included	Included with browser monitors
Heartbeat monitoring	Yes	Not available
Alert channels (free)	Email, basic integrations	Email
Alert channels (paid)	Slack, Teams, PagerDuty, phone calls	Slack, Discord, Teams, Webhooks ($19/mo), PagerDuty ($49/mo)

The Real Cost Comparison

Let's look at what a typical small SaaS team actually needs. Say you want 20 monitors, 3 browser login monitors, Slack alerts, and a clean status page for your customers. Here is what that costs on each platform.

On Better Stack, you need the Team plan at $85 per month. The free plan only covers 10 monitors with no browser login monitors, so it is not enough. There is no plan between free and $85.

On Velprove, the Starter plan at $19 per month covers 25 monitors, 3 browser login monitors at 10-minute intervals, Slack and Discord alerts, and unbranded status pages. That is $66 per month less for the features this team actually needs.

Over a year, that difference is $792. For a bootstrapped SaaS, that is real money. It is a month of server costs, a design tool subscription, or a quarter of your email marketing budget.

Who Should Switch to Velprove

SaaS founders on a budget

If you are building a SaaS product and $85 per month for monitoring feels disproportionate to your current revenue, Velprove gives you browser login monitors, API monitoring, and SSL tracking for free. When you are ready to scale, $19 or $49 per month covers significantly more than Better Stack's free tier without the sticker shock of an $85 jump.

WordPress and WHMCS site owners

Session-based applications are the most vulnerable to silent authentication failures. WordPress admin panels and WHMCS client portals can serve a perfectly normal login page while the authentication backend is broken. A browser login monitor catches these failures. A standard HTTP monitor does not.

Small teams that do not need incident management

Better Stack's incident management features are excellent. But if your team is 1 to 5 people and you do not need on-call rotations, escalation policies, or structured incident workflows, you are paying for capabilities you will not use. Velprove sends alerts to email, Slack, Discord, Teams, webhooks, or PagerDuty. For small teams, that is all the incident response tooling you need.

Teams that want login monitoring without enterprise pricing

Browser login monitors are typically an enterprise-tier feature. Datadog Synthetics costs hundreds per month. Checkly starts at $30 per month for browser checks. Better Stack gates it behind paid plans. Velprove includes it for free. If monitoring login flows is your primary concern, Velprove is the most accessible path to get there.

Who Should Stay with Better Stack

Better Stack is a strong product and there are real reasons to keep using it.

Teams that need full incident management

If your team has on-call rotations, escalation policies, and needs structured incident timelines with post-mortem workflows, Better Stack's incident management is genuinely best-in-class. Velprove does not try to replicate this. If incident coordination is a critical workflow for your team, Better Stack earns its price.

Organizations that need centralized log management

Better Stack's log management product lets you search, filter, and analyze logs alongside your monitoring data. If you are currently paying separately for a log aggregation tool and want to consolidate under one vendor, Better Stack offers that integration. Velprove does not include log management.

Teams already invested in the Better Stack ecosystem

If your team is already using Better Stack for monitoring, logs, and incident management, and the $85 per month price is not a concern, switching to a different monitoring tool introduces migration effort without proportional benefit. Better Stack's strength is the integrated ecosystem. If you use all of it, the value proposition holds.

The Bottom Line

Better Stack is a polished platform with strong incident management and a growing suite of observability tools. If you need the full package and your budget supports $85 per month or more, it is a solid choice.

But for most small teams, solo founders, and anyone who needs browser login monitors without an enterprise budget, the pricing structure does not fit. The jump from free to $85 per month leaves a massive gap. And the free tier's lack of browser login monitors means you cannot test the functionality that matters most to your users.

Velprove fills that gap. Browser login monitors on the free plan. Multi-step API monitoring on every tier. SSL monitoring and status pages included at no cost. Paid plans starting at $19 per month instead of $85. It is monitoring built for the teams that Better Stack's pricing leaves behind.

Get Started for Free

Setting up your first browser login monitor takes about two minutes.

Create a free account. No credit card required. Add your login URL and test credentials. Velprove launches a real browser behind the scenes to verify your authentication flow. Configure email alerts on the free plan, or add Slack, Discord, Teams, and webhook alerts starting at $19 per month. PagerDuty is available on the Pro plan at $49 per month. Velprove starts monitoring immediately. You will know within minutes if your login flow breaks.

Stop paying $85 per month for monitoring that cannot even test your login page. Start monitoring what actually matters to your users.

Try Velprove free. No credit card. No trial expiration. Monitor your login flows, APIs, and SSL certificates from day one.

Frequently Asked Questions

Does Better Stack have a free plan?

Yes. Better Stack offers a free plan with 10 monitors, 3-minute check intervals, and basic incident management. However, it does not include browser login monitors, and the next paid tier is $85 per month. Velprove's free plan also includes 10 monitors, but adds 1 browser login monitor, multi-step API monitoring, SSL monitoring, and a public status page.

Can Better Stack monitor login pages?

Better Stack does not offer browser login monitors on the free tier. Testing login flows requires a paid plan. Velprove includes a browser login monitor on the free plan that launches a real browser behind the scenes, navigates to your login page, submits test credentials, and verifies authentication succeeds. If the flow breaks, you get an alert with a failure screenshot.

What is the best free Better Stack alternative?

For teams that need browser login monitors and multi-step API monitoring, Velprove is the strongest free alternative. It includes 10 monitors, 1 browser login monitor, SSL monitoring, and a public status page with no credit card required. For teams that prioritize monitor volume over login testing, UptimeRobot offers 50 free monitors but does not include browser login monitors.

How does Velprove compare to Better Stack for incident management?

Better Stack has stronger incident management. On-call scheduling, escalation policies, and incident timelines are all built in. Velprove focuses on functional monitoring: browser login monitors, multi-step API monitors, and SSL tracking. For alert delivery, Velprove supports email, Slack, Discord, Teams, webhooks, and PagerDuty. For structured incident workflows with on-call rotations, Better Stack is the better fit.

Is Better Stack the same as Better Uptime?

Yes. Better Stack was previously called Better Uptime. The company rebranded to reflect their expanded product suite, which now includes uptime monitoring, log management, and incident management under one platform. If you see references to Better Uptime online, they are talking about the same product.

For more comparisons, see our UptimeRobot alternative , Pingdom alternative , StatusCake alternative , and HetrixTools alternative guides.

Freshping Migration Guide: 6 Steps Before June 4, 2026

velprove — Wed, 15 Apr 2026 14:00:02 +0000

If you are reading this, you already know Freshping is gone. The service was discontinued on March 6, 2026, and Freshworks gave everyone a 90-day window before all accounts, monitors, and history get permanently deleted. That window closes on June 4, 2026. As of today, April 15, you have roughly 50 days left.

This guide is not another listicle of replacement tools. If you want a broader comparison, we already wrote one: the 7 best Freshping alternatives . This post is different. This is the project plan I would hand to a solo founder or a small ops team and say, start executing right now. Velprove shows up as the worked example because that is what we build, but the plan itself applies to any tool you pick.

The June 4 deadline is closer than it looks

Fifty days sounds like a lot until you remember that monitoring migrations never get the Monday-morning slot on anyone's calendar. They slip. A two-week parallel-run window, a weekend of rebuilding monitors, a few hours of triage, and suddenly you are looking at the last week of May with nothing done. That is the pattern I keep seeing in the support emails we get from Freshping refugees.

Here is what actually happens on June 4. Your Freshping account stops loading. Your monitor list is gone. Your historical uptime reports are gone. Any SLA evidence you needed to prove to a customer that you were up for 99.95% of Q1 is gone. Freshworks has confirmed this in writing, with no grace period and no recovery tier. Treat June 4 the way you would treat a tax deadline: the date is the date.

Across the Freshping userbase, Freshworks reported more than 20,000 businesses and over 55,000 monitored URLs. A lot of that monitoring is quietly rotting right now because the owner has not logged in since the shutdown email landed in March. Do not be one of them.

Why there is no one-click migration

Let me set expectations before we get to the plan. There is no migration tool. There is no CSV export on most Freshping plans. There is no API you can scrape. No third party has built an importer, because Freshworks never published a schema worth importing against. I have looked. Our users have looked. Every migration you will read about online is manual.

That sounds worse than it is. Most Freshping accounts are 10 to 30 HTTP monitors with simple alert rules. A manual rebuild takes a few hours if you do it methodically. The trap is not the rebuild itself, it is forgetting which monitors existed in the first place, or which Slack channel they alerted, or which teammate was the on-call contact. That is why the plan below starts with inventory.

The 6-step migration plan

Total active work: 4 to 6 hours, spread across two weeks. That leaves you five weeks of buffer before June 4, which you will want, because something always goes sideways.

Step 1. Inventory every monitor (Day 1, 30 minutes)

Log into Freshping. Open a spreadsheet. For every monitor, write down:

Monitor name and URL Check type (HTTP, HTTPS, keyword, port, ping) and expected status code Interval (1 min, 5 min, 15 min, etc.) Alert recipients (emails, Slack channels, webhooks) A rough priority label: revenue-critical, customer-facing, or internal

The priority label matters more than it looks. You are going to rebuild in priority order, not alphabetical order. The monitor on your login page gets rebuilt first. The monitor on the blog RSS feed gets rebuilt last.

Step 2. Export historical uptime data (Day 1, 15 minutes)

For any monitor where you might need SLA evidence, open the uptime report and screenshot it. Save the last 90 days of incident history too. Freshping has no bulk CSV export on most plans, so screenshots are what you get. Store the files somewhere that will outlast June 4: Google Drive, Dropbox, Notion, your laptop, anywhere that is not Freshping itself. Your new monitoring tool starts its own history from day one, so these screenshots are the only record of what happened before the cutover.

Step 3. Pick your destination tool (Day 1, 5 minutes)

You need a tool that allows commercial use on its free tier (a lot of them quietly stopped in 2024 and 2025), runs monitors at 5-minute intervals or better, sends email alerts reliably, and offers a public status page if you had one on Freshping. Bonus points for catching failures Freshping never could, because the whole point of a forced migration is to come out the other side with stronger coverage than you started with.

For the rest of this guide I am using Velprove as the worked example. It is the tool I build, so I can speak to it honestly. Here is the free plan in plain numbers so you can decide if it fits before you invest an hour of your day in the rebuild:

10 monitors total, at 5-minute intervals. That is the ceiling. HTTP, multi-step API, and browser login monitors all count against the same 10. Of those 10, up to 1 can be a browser login monitor at 15-minute intervals. That single slot is the wedge, more on it in a second. Multi-step API monitors with up to 3 chained requests. Email alerts, public status page, SSL certificate monitoring. Commercial use explicitly allowed, no credit card required.

If 10 monitors is too tight, Starter ($19/mo) is 25 monitors and 3 browser login monitors. Pro ($49/mo) is 100 monitors and 10 browser login monitors. I am listing those numbers because I would rather you know the ceiling now than hit it on day 3 of your rebuild. Head to velprove.com/signup when you are ready, or skim the alternatives post if you want a wider comparison first.

Step 4. Rebuild monitors in priority order (Days 2 to 5)

This is where the real work happens, and it is the most satisfying part. Work your spreadsheet from top to bottom, highest priority first. For a typical setup of 15 monitors, budget 1 to 3 hours total.

Most of your Freshping monitors will map one-to-one to HTTP monitors in your new tool. Paste the URL, set the expected status code (usually 200 OK), set the interval, attach alert recipients, save, done. If you rebuild 10 of those in a row, you will be in a rhythm by the fifth one.

When you get to the revenue-critical monitors, stop and ask a better question. Was your Freshping HTTP monitor actually telling you whether the thing worked, or only whether the server was awake? Here is the example that catches almost every founder off guard. A Freshping HTTP monitor pointing at example.com/login returns 200 OK and stays green. But the login itself is broken. Maybe a plugin update invalidated session cookies. Maybe a CSRF token regenerated wrong. Maybe the database connection behind the form quietly broke. Freshping had no way to test the actual login, so it happily reported green while your customers were locked out.

This is where the free browser login monitor earns its place in the plan. Velprove launches a real browser behind the scenes, opens your login URL, fills in test credentials, clicks submit, and verifies that authentication succeeded. If any step of that flow breaks, the monitor fails and you get an email. Upgrade at least one critical authenticated endpoint (your main login page, your admin dashboard, your customer portal) from a plain HTTP monitor to a browser login monitor during the rebuild. Freshping could not do this. Your new tool can.

For anything API-driven (a Stripe webhook, an auth token exchange, a multi-call workflow), consider a multi-step API monitor. Chain up to three requests, pass the token from step 1 to step 2, and verify the final response contains what it should. We wrote a full walkthrough in the multi-step API monitoring guide if you have not built one before.

Step 5. Run both tools in parallel for a week (Days 6 to 13)

Do not turn Freshping off yet. For seven days, run both tools side by side. This is the single most important step in the plan and the one everybody wants to skip. You are using Freshping as ground truth: a long-running baseline you already trust. If your new tool alerts but Freshping stays green, you have a false positive to tune. If Freshping alerts but your new tool stays green, you have a missing monitor or a misconfigured threshold.

Use this week to fix flapping monitors, confirm alert emails actually arrive, and verify every alert channel you rely on fires the way you expect. Velprove supports email on the free plan, plus Slack, Discord, Microsoft Teams, and generic webhooks on Starter and up (PagerDuty, Opsgenie, and the rest wire in through the webhook). Get comfortable with the new dashboard. By day 13, you should trust the new tool the way you used to trust Freshping.

Step 6. Redirect alerts and decommission (Day 14 and beyond)

Now you cut over. Update every runbook, every on-call doc, every onboarding wiki page that mentions Freshping. Revoke Freshping from Slack. Remove the Freshping webhook from PagerDuty if you had one. Delete email filters that routed Freshping alerts to a folder. Move your exported screenshots into your long-term SLA archive.

Then stop checking Freshping. The date is the date, but you are already on the other side of it.

What to rebuild first if you only have one hour

If you are reading this in late May and the deadline is breathing down your neck, here is the triage version. Rebuild the monitors that, if they failed silently for 24 hours, would lose you actual money or actual customers. For almost every business that looks like:

Login page (upgrade to a browser login monitor if you can) Primary API health endpoint Customer portal or admin dashboard Homepage Status page itself

Everything else can wait a week. A blog monitor that fires at 2am and wakes nobody up is not the same emergency as a login monitor that would tell you the authentication layer is down.

Upgrades worth making while you migrate

A forced migration is a rare chance to close the gaps your old tool left open. Two in particular are worth making during the rebuild, not later.

Browser login monitors. Freshping could not test authentication flows. Your new tool probably can, and even if it only covers one monitor on the free plan, that monitor should be your most important login page. Read how to monitor your WordPress wp-admin page or the WHMCS portal guide if you want a concrete walkthrough for a common stack.

Multi-step API monitors. Anything that chains authentication with a follow-up request (fetch a token, then call a protected endpoint, then verify the response body) is invisible to a plain HTTP monitor. A 3-step chain catches failures that a single ping never will. We go deep on this in the API authentication flow monitoring guide.

Common migration pitfalls

I have watched enough of these migrations to know where they fall over. Here are the ones to actively defend against.

Forgetting alert recipients. The URLs are easy to copy. The human on the other end of the alert is what people forget. Before you leave Freshping, document every email, every Slack channel, and every PagerDuty service a Freshping monitor ever routed to. Skipping SSL certificate monitors. Freshping had them, you probably had one configured, and if it lapses two weeks after you migrate you will have no idea why browsers started rejecting your site. Recreate it on day one. Skipping the parallel-run week. Every engineer thinks their migration is clean and theirs will not flap. Every migration flaps. Run in parallel. Waiting until the last weekend. If something goes wrong on May 30 you have three days to fix it. If something goes wrong on April 20 you have six weeks. Not updating runbooks. Your incident response doc still says "check Freshping dashboard". When the next on-call rotation hits, somebody will waste 15 minutes looking for a dashboard that does not exist.

FAQ

Can I still log into Freshping today?

Yes, as of April 15, 2026 the dashboard is accessible in read-only mode. You can copy monitor URLs and screenshot history. You cannot add or edit monitors. Login goes away on June 4.

What happens if I miss June 4?

Everything is deleted permanently. No grace period, no recovery path. Freshworks has stated this publicly. If you miss the date, assume you are rebuilding from whatever you remember plus whatever your team documented.

Can I keep my Freshping monitor history?

Only as screenshots or whatever limited export your plan offered. Your new tool starts its own history from day one.

Does Velprove import Freshping configurations?

No. Nothing does. Freshping never exposed the data in a format anyone could import against. Every migration you will find online, including this one, is manual.

What about team plans and multi-recipient alerts?

Write down every alert recipient before you leave Freshping. Alert routing is the easiest thing to forget and the hardest thing to reconstruct from memory. Rebuild the routing explicitly in your new tool as part of step 4.

The simplest thing you can do today is step 1. Open Freshping, open a spreadsheet, and spend 15 minutes writing down what you have. Even that much gets you measurably ahead of the June 4 deadline and makes the rest of the plan feel tractable instead of overwhelming.

When you are ready to rebuild, Velprove's free plan is how most solo operators and small teams replace Freshping without pulling out a credit card. One browser login monitor, ten HTTP monitors, multi-step API chains, a public status page, and commercial use allowed. If you outgrow it, you outgrow it, but it is enough to get you off Freshping and onto something that will not disappear on you.

WooCommerce Checkout Monitoring: Catch Broken Payments Before You Lose Sales

velprove — Thu, 09 Apr 2026 14:00:02 +0000

Your WooCommerce store can look perfectly fine while checkout is completely broken. The homepage loads. Products display. Customers add items to their carts. Then they hit "Place Order" and nothing happens. Or they get a vague error. Or the page just spins.

They leave. They do not contact support. They do not come back. And you have no idea it happened because your site never actually went down.

WooCommerce checkout failures are one of the hardest problems to catch because the rest of your store keeps working. A standard uptime monitor will tell you your site is online. It will not tell you that every single order is failing. This guide walks you through setting up monitoring that catches these failures before customers give up.

Why WooCommerce Checkout Breaks Without Warning

WooCommerce depends on a long chain of moving parts to process a single order. WordPress core, WooCommerce itself, your payment gateway plugin, your theme, PHP, your database, and whatever other plugins you have installed. When any piece in that chain breaks, checkout stops working. But the rest of your site keeps loading normally.

Here are the most common reasons checkout fails silently.

Payment Gateway API Keys Expire

Stripe, PayPal, and Square all use API keys to authenticate payment requests. These keys can expire, get revoked, or stop working after a gateway update. When this happens, your checkout page still loads. The payment form still renders. Customers fill in their card details, click submit, and get an error like "Unable to process payment" or "Payment method not available."

The worst part: some gateway plugins swallow the error entirely and just reload the checkout page with no message at all. The customer tries again, fails again, and leaves.

Plugin Conflicts After Updates

WooCommerce stores typically run 20 to 40 plugins. Auto-updates can introduce conflicts that specifically break checkout while leaving the rest of the site untouched. Common culprits include caching plugins that serve stale checkout security tokens, security plugins that block payment gateway callbacks, and optimization plugins that strip JavaScript the checkout form depends on.

A single plugin update at 3 AM can break every transaction until someone manually discovers the problem. If you check your store every morning, that is potentially 8 hours of lost sales.

PHP Version Changes

When your hosting provider upgrades PHP, WooCommerce and its extensions can break in subtle ways. A PHP 8.x upgrade might change how your payment gateway plugin processes data, causing payment amounts to calculate wrong or gateway requests to fail silently. The checkout page loads fine because the rendering still works. Only the payment processing breaks.

SSL Certificate Problems

Payment gateways require HTTPS. An expired or misconfigured SSL certificate does not just show a browser warning. It can cause payment gateway API calls to fail silently. Your checkout page loads (browsers often show the page with a warning), but the payment request to Stripe or PayPal gets rejected because the SSL handshake fails on the server-to-gateway connection.

Database Connection Limits

WooCommerce writes to the database during checkout to create the order, reserve inventory, and process payment metadata. During traffic spikes, your database connection pool can fill up. Product pages still load from cache, but checkout fails because the order cannot be written to the database. Your uptime monitor sees a healthy site. Your customers see "Something went wrong."

What Standard Uptime Monitoring Misses

A typical uptime monitor sends an HTTP request to your store URL and checks for a 200 OK response. If the server responds, the monitor passes. This tells you almost nothing about whether checkout works.

Here is what happens in a real checkout failure scenario. Your homepage returns 200. Your product pages return 200. Your checkout page returns 200. The HTML renders. The payment form appears. But when a customer submits the form, the payment gateway call fails, the order creation errors out, or a JavaScript conflict prevents the form from submitting at all. Your monitor stays green the entire time.

This is the same problem that affects Shopify store monitoring and WordPress uptime monitoring . Status codes tell you the server is responding. They do not tell you the application is working.

WooCommerce Checkout Monitoring: Three Layers of Protection

To actually catch checkout failures, you need monitoring at three levels. Each layer catches a different type of problem. Together, they give you coverage that a single ping monitor never could.

Layer 1: Content Monitoring on the Checkout Page

The first layer is an HTTP monitor on your checkout page URL (usually yourstore.com/checkout/) with body content assertions. Instead of just checking the status code, you verify that the response body contains elements that must be present on a working checkout page.

Good content assertions for WooCommerce checkout include:

Place order: the submit button text. If this is missing, the checkout form is broken. payment_method: the form field name for payment selection. If this is missing, no payment gateway is loading. woocommerce-checkout: the form CSS class. If this is missing, WooCommerce is not rendering the checkout form at all.

This catches rendering failures, missing payment gateways, and broken checkout templates. It will not catch payment processing failures (where the form loads but submissions fail), but it is a strong first layer.

Set this up in Velprove by creating an HTTP monitor, entering your checkout page URL, and adding a body assertion for Place order or payment_method. The free plan checks every 5 minutes with email alerts.

Layer 2: Payment Gateway Health Monitoring

Your checkout form can render perfectly, but if your payment gateway is down or your API keys are invalid, no orders will process. The second layer monitors the gateway itself.

For Stripe, you can create an HTTP monitor that hits the Stripe API status endpoint or your own payment processing endpoint. Set up an HTTP monitor pointed at https://api.stripe.com/v1/balance with your secret key in the Authorization header (as Bearer sk_live_...). Assert that the response status is 200 and that the body contains available.

If Stripe is down, you will know. If your API key expired or was revoked, the monitor will fail with a 401. Either way, you get an alert before customers try to pay and fail.

For PayPal, you can monitor the PayPal API health endpoint or your PayPal IPN (Instant Payment Notification) URL. If your IPN URL stops responding, PayPal cannot notify your store about completed payments, and orders will not be marked as paid.

Layer 3: WooCommerce REST API Monitoring

WooCommerce has a built-in REST API that you can use to verify the store is functioning at the application level. This is the deepest layer of monitoring and catches problems that content checks and gateway monitors miss.

Create an HTTP monitor that hits your WooCommerce REST API. Point it at yourstore.com/wp-json/wc/v3/system_status with your WooCommerce API consumer key and secret. Assert that the response is 200 and that the body contains environment. This endpoint returns detailed information about your WooCommerce installation, including database status, active plugins, and theme compatibility.

If WooCommerce itself is broken, misconfigured, or unable to connect to the database, this endpoint will fail. It is a direct test of whether WooCommerce is running, not just whether WordPress is serving pages.

Monitoring the Login Behind WooCommerce Admin

There is one more thing to monitor that store owners often overlook: the WordPress admin login itself. If you cannot log in to wp-admin, you cannot fix checkout problems, process manual orders, issue refunds, or manage anything in your store.

Velprove's browser login monitors open a real browser, navigate to your wp-login.php page, enter credentials, submit the form, and verify that the dashboard loads. This catches plugin conflicts that break the login form, PHP errors that prevent authentication, and security plugin lockouts that block legitimate access.

The free plan includes 1 browser login monitor. Use it for your WordPress admin login. Create a dedicated WordPress user with the Subscriber role (never use your main admin account for automated monitoring) and configure the browser login monitor with those credentials.

For a complete walkthrough, see our guide on monitoring your WordPress wp-admin login page .

Setting Up Your WooCommerce Monitoring in Velprove

Here is the complete setup, start to finish. The free plan gives you enough monitors to cover all three layers plus admin login monitoring.

Step 1: Sign up and create your first monitor

Create a free Velprove account. No credit card required. From your dashboard, create a new HTTP monitor.

Step 2: Monitor your checkout page

Enter your checkout page URL (usually yourstore.com/checkout/). Add a body assertion for Place order to verify the checkout form renders with the submit button. This is your first line of defense against rendering failures.

Step 3: Monitor your payment gateway

Create a second HTTP monitor for your payment gateway API. For Stripe, use https://api.stripe.com/v1/balance with your API key. For PayPal, monitor your IPN endpoint. Assert on the response status and body content.

Step 4: Monitor the WooCommerce API

Create a third monitor pointed at your WooCommerce REST API system status endpoint. This validates that WooCommerce itself is functioning at the application level.

Step 5: Set up your browser login monitor

Add a browser login monitor for your WordPress admin. Create a dedicated velprove-monitor user with the Subscriber role (never use your main admin account for automated monitoring). Enter the credentials in Velprove. The monitor will test your actual login flow with a real browser every 15 minutes on the free plan.

Step 6: Configure alerts

Email alerts are included on the free plan. If you need faster response, the Starter plan ($19/mo) adds Slack, Discord, and Teams notifications so alerts go where your team already communicates. The Pro plan ($49/mo) adds PagerDuty for on-call escalation.

With all four monitors in place, you are using 4 of your 10 free monitors and your 1 free browser login monitor. You still have 6 monitors left for product pages, your homepage, or any other critical URLs.

What to Do When a Monitor Fires

Getting alerts is only useful if you know what to do next. Here is a quick triage guide for each type of failure.

Checkout page content assertion fails. Your checkout page is not rendering correctly. Check for recent plugin updates, theme changes, or PHP errors. Look at your site's error log (wp-content/debug.log if WP_DEBUG is enabled). Try loading the checkout page in an incognito window to rule out caching issues. Payment gateway monitor fails. Your payment gateway connection is broken. Log in to your gateway dashboard (Stripe, PayPal, Square) and check API key status. Verify the keys in WooCommerce under Settings, then Payments. Check the gateway's status page for outages. WooCommerce API monitor fails. WooCommerce itself is having issues. Check database connectivity, PHP errors, and whether any recent plugin or WooCommerce updates caused a conflict. Try accessing wp-admin to see if the admin interface is working. Browser login monitor fails. Your WordPress admin is inaccessible. This often means a PHP fatal error, a security plugin lockout, or a database issue. Check your hosting provider's error logs and try accessing wp-login.php directly.

Best Practices for WooCommerce Monitoring

Monitor after every update. Plugin updates, WooCommerce updates, and WordPress core updates are the top causes of checkout failures. After any update, watch your monitors for the next few check cycles to catch problems immediately. Use a test order monthly. Monitoring catches most problems, but placing a real test order once a month confirms the full end-to-end flow works, including email confirmations, inventory adjustments, and gateway settlement. Keep API keys current. Set calendar reminders for API key expiration dates. Stripe keys do not expire, but PayPal and some other gateways rotate credentials periodically. Disable auto-updates for critical plugins. If your payment gateway plugin auto-updates and introduces a bug, checkout breaks at an unpredictable time. Consider manual updates for WooCommerce core and your payment gateway plugin so you can test immediately after updating. Monitor from outside your network. Internal checks can miss problems that only affect external visitors. Velprove monitors from North America on the free plan and from 5 global regions on paid plans, testing your checkout the same way your customers experience it.

Stop Losing Sales to Silent Checkout Failures

A broken WooCommerce checkout does not announce itself. Your store stays online, your products display, and your analytics show traffic. The only sign is a drop in orders that you might not notice for hours or days.

With three layers of monitoring (checkout page content, payment gateway health, and WooCommerce API status) plus a browser login monitor for admin access, you will know about failures within minutes instead of discovering them in your revenue reports.

Start monitoring your WooCommerce checkout for free . Ten monitors, one browser login monitor, and email alerts. No credit card required.

More Guides

How to Monitor Your Shopify Store Uptime How to Monitor Your WordPress wp-admin Login Page How to Monitor WordPress Uptime Without Installing a Plugin

Multi-Step API Monitoring: How to Catch Failures Simple Pings Miss

velprove — Thu, 09 Apr 2026 00:24:56 +0000

Most monitoring tools check one page or one endpoint at a time. They send a request, get a response, confirm the status code is 200, and move on. If the server responds, everything looks fine.

But your users do not visit one page and leave. They log in, load their account, process a payment, place an order. Each of those actions involves multiple requests that depend on each other. The login returns a token. That token loads the dashboard. The dashboard fetches their data. If any link in that chain breaks, the feature breaks. A single-endpoint monitor will never catch it.

Multi-step API monitoring solves this by chaining requests together, passing data from one step to the next, exactly the way your application does. If the chain breaks at any point, you get an alert before your users start filing support tickets.

This guide is for SaaS founders and teams running custom backends with API endpoints. If your site uses a standard login form (WordPress, Shopify, WHMCS), Velprove's free browser login monitors are a better fit. They open a real browser, fill in your credentials, and verify login works. No API knowledge required.

The Problem with Monitoring Endpoints in Isolation

When you monitor each endpoint separately, you are testing whether it responds. You are not testing whether it works as part of a larger flow. These are fundamentally different things.

Consider a simple example. Your /api/login endpoint returns 200 OK when you send it valid credentials. Your single-endpoint monitor confirms this every five minutes. But the token it returns could be invalid. Your session storage could be full, causing new logins to silently fail. A recent update could break token verification on the services your app connects to.

In all three cases, your login endpoint responds with a 200. Your monitor stays green. And every single user who tries to log in gets an error on the very next page they visit. We covered this blind spot in detail in our guide on why uptime monitors miss real outages . The core issue is the same: checking that a server responds tells you almost nothing about whether your application actually works.

The only way to catch these failures before your users do is to test the full sequence. Send credentials, receive a token, use that token to access a protected resource. If any step fails, the monitor fails. That is what multi-step API monitoring does.

How Multi-Step API Monitoring Works

Multi-step API monitoring is a technique that chains multiple API requests into a single monitor, passing data between steps and validating each response along the way. If any step in the API chain fails, the entire monitor fails and triggers an alert.

A multi-step API monitor chains multiple HTTP requests into a single check. Each step can extract data from the previous step's response and use it in headers, request bodies, or URLs for subsequent steps. Assertions run on every step. If any assertion fails, the entire monitor fails and you receive an alert.

Think of it as replaying a real user workflow against your API on a schedule. Instead of asking "does this endpoint respond?" you are asking "does this entire flow work end-to-end?"

In Velprove, you create a multi-step API monitor by adding steps in order. For each step, you configure the HTTP method, URL, headers, and request body. You set assertions on the response (status code, body content, response time). And you extract values from the response to use in later steps. The free plan supports up to 3 steps per monitor. Starter supports 5 steps, and Pro supports 10.

Let us walk through three real-world flows to see how this works in practice.

Example 1: Authentication Flow

Authentication is the most common multi-step flow and the one most likely to break silently. If you have ever seen a login page that loads perfectly but refuses every valid credential, you know what this looks like from the user side. We wrote a full tutorial on monitoring API authentication flows that covers advanced patterns like OAuth and refresh tokens. Here is the basic setup.

Step 1: Send login credentials

Create a POST request to your login endpoint. For most APIs, this is something like /api/auth/login or /api/v1/sessions. Set the request body to include your test account's email and password in JSON format. Add an assertion that the response status is 200.

Use a dedicated test account for monitoring. Do not use a real customer account. You do not want automated checks to trigger rate limits or security lockouts on an account someone actually uses.

Step 2: Extract the authentication token

Configure the monitor to extract a value from the Step 1 response. For a typical JWT-based API, you extract the access_token or token field from the JSON response body. In Velprove, you specify the JSON path (like $.data.access_token) and give the extracted value a name (like auth_token). This value is now available in all subsequent steps.

Step 3: Access a protected endpoint

Create a GET request to a protected endpoint, something like /api/me or /api/user/profile. In the request headers, set Authorization to Bearer {{auth_token}}. The monitor replaces the variable with the actual token extracted in Step 2. Assert that the response returns 200 and that the response body contains expected data, like the test account's email address.

Now your monitor validates the complete authentication flow every time it runs. If the login endpoint breaks, you know. If the token it returns is invalid, you know. If the protected endpoint rejects valid tokens, you know. All from a single monitor.

Example 2: Payment Flow

Payment flows are where silent failures cost real money. Your checkout page loads, the form accepts credit card details, but nothing actually processes. Or your webhook receiver stopped acknowledging events, so subscriptions are not being activated after successful payments. We have a detailed guide on monitoring Stripe API health for the third-party side of this. Here is how to monitor your own payment processing flow.

Step 1: Create a checkout session

Send a POST request to your checkout session endpoint (for example, /api/checkout/create-session). Include the necessary parameters: a test product ID, a quantity, and the test customer's identifier. Assert that the response returns 200 and contains a session ID. Extract the session_id from the response.

Step 2: Verify session status

Send a GET request to your session status endpoint, like /api/checkout/sessions/{{session_id}} . Assert that the response returns 200 and that the session status field is pending or created. This confirms your system is creating valid checkout sessions that are ready for payment processing.

Step 3: Check subscription state

For subscription-based products, add a step that checks the test customer's subscription endpoint, like /api/subscriptions/current. Use the test customer's authentication token (you can extract it the same way as in the authentication example above). Assert that the response returns the expected plan and status. This validates that your subscription management system is responding correctly and returning accurate data.

This three-step monitor covers the creation side of your payment flow. If your checkout session endpoint stops generating valid sessions, you find out immediately. If the session data is malformed, you catch it. If your subscription service stops responding, you know before a customer tries to upgrade and fails.

Example 3: API Workflow Monitoring for E-Commerce Checkout

For e-commerce sites, the checkout flow is the most critical path in your entire application. Every step has to work: adding items to a cart, applying discounts, calculating totals, and submitting the order. A failure anywhere in this chain means lost sales. Here is how to monitor it.

Step 1: Add an item to the cart

Send a POST request to your cart endpoint, like /api/cart/items. Include a test product ID and a quantity of 1 in the request body. Assert that the response is 200 or 201 and that the response body contains the product in the cart. Extract the cart_id from the response for use in the next steps.

Step 2: Apply a coupon code

Send a POST request to your coupon endpoint, like /api/cart/{{cart_id}}/coupon . Include a permanently valid test coupon code in the request body. Assert that the response is 200 and that the discount amount is greater than zero. This validates that your pricing engine, coupon validation, and cart calculation are all working together.

Why test coupons specifically? Because coupon logic often depends on external services or complex business rules that fail independently of the rest of your checkout. Time-based discounts, usage limits, product-specific rules. Any of these can break without affecting the cart endpoint itself.

Step 3: Submit the order

Send a POST request to your order validation endpoint, like /api/orders/validate . Include the cart_id, test shipping details, and test payment method. Assert that the response is 200 and that the response body contains an order summary with the correct total (reflecting the coupon discount from Step 2).

Use a validation endpoint rather than an actual order submission endpoint for monitoring. You do not want your monitor creating real orders every five minutes. If your application does not have a separate validation endpoint, consider adding one. It is useful for both monitoring and frontend validation.

With this three-step monitor, you are testing the full checkout path from product selection through discount application to order validation. If your inventory service goes down, the cart step fails. If your pricing engine breaks, the coupon step catches it. If your order processing system has issues, the final step flags it.

Configuring Response Extraction in Velprove

The key to multi-step monitoring is passing data between steps. Without this, each step is just an independent check and you lose the ability to test real workflows. Here is how response extraction works in Velprove.

After you configure a step's request and assertions, you can add one or more extraction rules. Each extraction rule has three parts:

Source. Where to extract from. This is usually the response body (JSON), but you can also extract from response headers. Path. The location of the value you want. For JSON responses, this is a JSONPath expression like $.data.token or $.result.items[0].id. For headers, this is the header name. Variable name. The name you give this value so you can reference it in later steps. Use descriptive names like auth_token or cart_id.

Once extracted, you reference variables in any subsequent step using double curly braces: {{variable_name}}. You can use them in URLs, headers, and request bodies. The monitor replaces the variable with the actual extracted value before sending the request.

If extraction fails (because the expected field is missing from the response, or the JSON path does not match), the monitor fails immediately. This is by design. A missing token or session ID is a real failure that should trigger an alert.

Assertions That Actually Catch Problems

Setting up the steps and extraction is half the job. The other half is writing assertions that catch real problems, not just confirming the server did not crash.

For each step, you should assert on at least two things:

Status code. The obvious one. Assert that the response is 200 (or 201 for creation endpoints). But do not stop here. Response body content. Assert that the response contains a specific field or value. For a login step, assert that the response contains a token field. For a cart step, assert that the response contains the product name. For an order step, assert that the total is greater than zero.

You can also assert on response time. If your login endpoint normally responds in 200 milliseconds and suddenly takes 3 seconds, something is wrong even if the response is technically correct. Setting a response time threshold catches performance degradation before it becomes an outage.

For a deeper walkthrough of response validation strategies, see our guide on monitoring REST API health endpoints . The same principles apply to each individual step in a multi-step monitor.

How Many Steps Do You Actually Need?

The free plan includes 3 steps per multi-step monitor. That is enough for the three examples in this guide: each one uses exactly 3 steps. For most applications, 3 steps covers the critical path of any single workflow.

You might need more steps if your flows involve additional stages. Some real-world examples that benefit from 5 or more steps:

Authentication with refresh token testing (login, extract token, access resource, refresh token, access resource again with new token). Multi-stage checkout with address validation, tax calculation, shipping rate lookup, and order confirmation. API workflows that create a resource, modify it, verify the modification, and then clean up the test data. Onboarding flows that create an account, verify the email, set preferences, and load the initial dashboard.

Starter ($19/month) supports 5 steps. Pro ($49/month) supports 10, which covers even the most complex multi-stage workflows. Start with the free plan and upgrade when your monitoring needs grow.

When to Use Multi-Step vs. Browser Login Monitors

Velprove offers both multi-step API monitors and browser login monitors. They solve different problems, and the best monitoring setup usually includes both.

Use multi-step API monitors when you are testing backend workflows. Login authentication, payment processing, order creation, subscription management. These are the behind-the-scenes operations where you need to validate that data flows correctly between each step.

Use browser login monitors when you are testing the user-facing experience. A real browser opens your login page, fills in credentials, clicks the submit button, and verifies the login succeeds. This catches JavaScript errors, broken form rendering, CSS issues, and redirect problems that API monitors cannot see.

For example, if your site uses a React-based login form that talks to a REST API, set up a multi-step API monitor to test the API authentication flow, and a browser login monitor to test the frontend login experience. If the API is fine but the React form has a rendering bug, the browser monitor catches it. If the form renders fine but the API returns invalid tokens, the API monitor catches it.

Getting Started

You can set up your first multi-step API monitor in about five minutes. Here is the quickest path to meaningful coverage:

Identify your most critical user flow. For most applications, this is authentication. Create a dedicated test account with known credentials. Set up a 3-step monitor: login, extract token, access protected endpoint. Add assertions on status codes and response body content for every step. Set your check interval. The free plan runs every 5 minutes, which is a solid starting point. Starter runs every minute, and Pro runs every 30 seconds.

Once your authentication monitor is running, add monitors for your payment flow and any other critical paths. Each multi-step monitor runs independently, so you get clear alerts that tell you exactly which flow is broken.

Velprove's free plan includes 10 monitors with multi-step support (up to 3 steps each) and 1 browser login monitor. Free plan monitors from North America. Paid plans unlock all 5 global regions. No credit card required.

Start monitoring your API flows for free and find out what single-endpoint checks are missing.

StatusCake Alternative: Free Browser Login Monitoring They Don't Offer

velprove — Wed, 08 Apr 2026 15:33:37 +0000

StatusCake has been around since 2012. It is a reliable monitoring platform with a solid free tier and a broad feature set that covers uptime, page speed, domain expiry, and SSL monitoring all in one place. For basic website monitoring, it works well.

But if you run a SaaS application, a client portal, or any site where users need to log in, there is a gap in what StatusCake can tell you. Your login page can return a healthy 200 OK while authentication is completely broken underneath. StatusCake will not catch that. Not on the free plan. Not on the $66/month Business plan. Not at any price.

This post compares StatusCake and Velprove side by side so you can decide which tool fits your monitoring needs. If you are outgrowing StatusCake's free 10-monitor tier and wondering what else is out there, this breakdown will help.

What StatusCake Does Well

StatusCake deserves credit for offering a genuinely useful free plan. You get 10 uptime monitors with 5-minute intervals, plus page speed monitoring, domain expiry tracking, and SSL certificate monitoring all included at no cost. That breadth of coverage on a free tier is rare.

Their paid plans scale up to 300 monitors with 30-second intervals on the Business plan ($66.66/month). They test from 43 locations across 30 countries, which gives you good geographic coverage. Their uptime monitors support custom headers, cookie storage, redirect following, and final URL validation. For teams that need page speed insights alongside uptime data, StatusCake bundles those neatly.

StatusCake also supports sending POST data with uptime monitors. You can configure form POST data by specifying key-value pairs that get submitted with the HTTP request. This is useful for testing API endpoints that expect POST payloads.

But sending POST data is not the same as testing a login flow. That distinction matters, and it is the core of this comparison.

POST Data vs. Browser Login Monitors

StatusCake's form POST feature works at the HTTP level. You define key-value pairs, and StatusCake sends them as raw POST data to a URL. The server processes the request and returns a response. StatusCake checks the status code and optionally matches a string in the response body. That is where it stops.

This approach works for simple API endpoints. But modern login flows involve much more than a single HTTP POST request:

CSRF tokens that get generated when the page loads and must be submitted with the form JavaScript that renders the login form dynamically after the initial HTML loads OAuth redirects through third-party providers (neither tool handles this automatically) Multi-factor authentication prompts (neither tool can complete 2FA flows) Session cookies that need to be set and maintained across requests

A raw HTTP POST cannot handle most of these. It does not render JavaScript. It does not populate CSRF tokens. It does not manage session cookies across requests. If your login page depends on any of these mechanisms (and most modern applications do), StatusCake's POST monitoring will not catch a failure.

Velprove takes a different approach. Browser login monitors launch a real browser behind the scenes. The browser navigates to your login page, waits for the form to render, fills in credentials, clicks the submit button, and verifies that login actually succeeded by checking for a post-login element or URL. If any step fails, you get an alert with a screenshot of the failure state.

This is the same technology that enterprise teams use through tools like Datadog Synthetics or Checkly, where it typically costs hundreds per month. Velprove includes one browser login monitor on the free plan.

Feature Comparison

Pricing Comparison

Both tools offer a free tier with 10 monitors. The difference is in what you get beyond basic HTTP monitoring, and what it costs to scale up.

StatusCake gives you more monitors at the top tier (300 vs. 100) and includes page speed and domain monitoring that Velprove does not offer. If volume and breadth of coverage are your priorities, StatusCake's Business plan covers more ground.

Velprove gives you monitoring depth that StatusCake does not offer at any price. Browser login monitors, multi-step API monitors, and automatic failure screenshots are included starting from the free plan. If your application depends on login flows, API chains, or multi-step transactions working correctly, Velprove covers the layer that StatusCake does not currently cover.

The Real Cost of Missing Login Failures

Here is a scenario that plays out more often than most teams realize. Your WordPress admin panel, your WHMCS client portal, or your custom SaaS application has a login page that loads perfectly. StatusCake confirms it is up. The HTML returns. The status code is fine.

But the CSRF token expired because of a caching issue. Or a database migration broke the users table. Or a third-party authentication provider silently rotated their certificates. Your users cannot log in. StatusCake sees nothing wrong.

How long until someone tells you? An hour? A day? For some teams, the answer is: until a customer opens a support ticket. That is reactive monitoring. The customers themselves become your monitoring system.

A browser login monitor catches these failures proactively. It runs the same login flow your users run, every few minutes. The moment it fails, you get an alert with a screenshot showing exactly what went wrong. You fix the issue before most users ever notice.

If you want to understand the basics of why this kind of deep monitoring matters, our beginner's guide to website monitoring covers the fundamentals.

Who Should Stay with StatusCake

StatusCake is a strong choice if your monitoring needs are broad rather than deep. Specifically:

You monitor a large number of static websites and need page speed data alongside uptime Domain expiry monitoring is important to your workflow and you want it in the same dashboard You need 300+ monitors with 30-second intervals and your sites do not have critical login flows Server monitoring (CPU, memory, disk) is something you want bundled with your uptime tool

StatusCake does these things well, and their "free for life" commitment gives you some confidence that the free tier will stick around. After seeing Freshping shut down overnight , that kind of commitment matters.

Who Should Switch to Velprove

Velprove makes more sense if your monitoring needs are about depth of testing rather than volume. Consider switching if:

You run SaaS applications, client portals, or admin dashboards where login functionality is business-critical You need to verify that authentication actually works, not just that the login page loads Your API workflows involve multiple chained requests (authenticate, then fetch data, then verify the response) You want automatic failure screenshots to speed up debugging when something breaks You need a free status page included with your monitoring tool You are outgrowing StatusCake's free tier and want browser login monitors before paying $20+ per month for more HTTP monitors

The comparison is similar to what we covered in our UptimeRobot alternative breakdown. Traditional monitoring tools are excellent at confirming your server responds. But the most damaging outages in 2026 are not full server crashes. They are silent functional failures that happen behind a perfectly healthy HTTP response.

Using Both Together

These tools are not mutually exclusive. Many teams use StatusCake for broad coverage (uptime, page speed, domain expiry across dozens of sites) and Velprove for deep coverage (browser login monitors and multi-step API validation on their most critical applications).

If you manage 50 static websites and 3 SaaS applications, StatusCake handles the static sites while Velprove monitors the login flows and API chains that actually determine whether your customers can use your product.

Getting Started

Setting up your first browser login monitor on Velprove takes about two minutes:

Create a free account. No credit card required Add your login URL and test credentials. Velprove launches a real browser, navigates to the page, fills in the form, and clicks submit Configure your alerts. Email is included on the free plan. Add Slack, Discord, Teams, or webhook alerts on the Starter plan Velprove starts monitoring immediately. The first results appear within minutes

You will know within minutes if your login page, API endpoint, or multi-step workflow stops working. No more finding out from frustrated customers. No more green dashboards that miss broken authentication.

Try Velprove free. See what your current monitoring is missing.

HetrixTools Alternative: When You Need More Than Blacklist Monitoring

velprove — Wed, 08 Apr 2026 14:00:02 +0000

HetrixTools has carved out a strong niche in the monitoring space. If you run mail servers, manage IP reputation, or need to know the moment one of your domains lands on a spam blacklist, it is one of the best tools available. Checking against 1,000+ blacklists with hourly scans and instant delisting alerts is genuinely useful. For email deliverability, few tools do it better.

But HetrixTools also offers uptime monitoring. If you are looking for a HetrixTools alternative that goes deeper than HTTP pings, this comparison will help you decide. The short answer: it depends on how deep you need to go.

What HetrixTools Does Well

Before comparing anything, it is worth understanding where HetrixTools genuinely shines. The blacklist monitoring is best-in-class. You get 32 free blacklist monitors, hourly scans across 1,000+ RBLs, and notifications the moment your IP or domain gets listed. The delisting links in their reports save hours of manual work. If you send transactional email, run SMTP relays, or manage hosting infrastructure, this feature alone justifies using HetrixTools.

Their uptime monitoring is also capable for straightforward use cases. The free tier gives you 15 monitors with 1-minute intervals. Paid plans scale from $9.95/month up to $49.95/month for 200 monitors. You get 12 monitoring locations worldwide, HTTP/HTTPS/ping/port monitors, and integrations with Slack, Discord, and other alerting channels. For checking whether a server responds to requests, it handles the job reliably.

The server monitoring agent is another solid addition. Install it on your VPS and track CPU, memory, disk usage, and running services from one dashboard. Combined with the blacklist monitoring, HetrixTools gives hosting providers and email-heavy businesses a useful all-in-one package.

Where the Gap Appears

HetrixTools monitors whether your server is up. It checks if a URL returns a valid response. It can even verify that a specific keyword appears on the page. But it stops there.

If you run a SaaS application, a client portal, a WordPress membership site, or any platform where users log in, you need to know more than whether the server responds. You need to know whether the login actually works. Whether users can authenticate successfully. Whether the session is created properly and the dashboard loads after they enter their credentials.

HetrixTools cannot tell you that. It does not offer browser-based login monitors. It does not support multi-step API monitoring where you chain requests together to validate a workflow. These are not niche features. They are the difference between knowing your server is up and knowing your application works.

Consider a common failure scenario. Your WHMCS client area returns a clean 200 OK. The login form renders. CSS loads. Everything looks healthy from an HTTP perspective. But the database connection pool behind the authentication service is exhausted. Or a recent update broke the CSRF token validation. Users see the login page, enter their credentials, and get a blank screen or a cryptic error.

HetrixTools reports 100% uptime. Your customers report they cannot log in. Both are telling the truth.

Browser Login Monitors: Testing What Users Actually Do

This is the core difference between surface-level monitoring and application-level monitoring. A browser login monitor launches a real browser behind the scenes (the same rendering engine your users run) and performs the actual login flow step by step.

It navigates to your login page and waits for the form to render. It fills in test credentials. It clicks the submit button. Then it waits for the authenticated page to load and verifies that the login succeeded by verifying the page redirects to the expected URL after authentication.

If any step fails, you get an alert. If the form does not render, the credentials are rejected unexpectedly, the page times out, or the redirect lands somewhere wrong, you know about it within minutes. Not hours later when a customer opens a support ticket.

HetrixTools does not offer this. Neither do most traditional uptime monitors. It is the kind of monitor that catches the failures HTTP pings simply cannot detect.

Multi-Step API Monitoring

Beyond login flows, modern applications depend on API chains. A checkout process might hit an authentication endpoint, then a cart API, then a payment gateway, then an order confirmation service. Each step depends on the previous one succeeding.

Multi-step API monitoring lets you define these chains and validate each response along the way. Check the status code, validate the response body, pass values from one step to the next. If step three in a five-step checkout flow starts returning errors, you catch it before it affects revenue.

HetrixTools monitors individual endpoints. It does not support chaining requests together or passing data between steps. If your API endpoints each return 200 OK individually but the workflow breaks when they interact, that failure goes undetected.

Feature Comparison

One thing stands out in this comparison: these tools are strong in different areas. HetrixTools has clear advantages in blacklist monitoring, server resource tracking, and sheer monitor count on the free tier. Velprove has clear advantages in monitoring depth, with browser login monitors, multi-step API monitoring, and failure screenshots that HetrixTools does not offer at any price point.

When to Use Each Tool

HetrixTools is the right choice when:

You manage mail servers and need real-time blacklist monitoring across 1,000+ RBLs Email deliverability is your primary concern and you need IP reputation tracking You run hosting infrastructure and want server resource monitoring alongside uptime monitors You need simple HTTP/ping monitoring for a large number of static sites or servers

Velprove is the right choice when:

You run SaaS applications, client portals, or membership sites where login functionality is critical You need to verify that authentication flows actually work, not just that the login page loads Your application depends on multi-step API workflows like checkout processes, user onboarding, or data syncing You want failure screenshots to diagnose issues instantly instead of reproducing them manually

Use both when:

If you run infrastructure that sends email and also serves authenticated web applications, using both tools together covers the full picture. HetrixTools watches your IP reputation and server health. Velprove watches your login flows and API workflows. They solve different problems and complement each other well.

The Monitoring Depth Question

When evaluating any monitoring tool, the question is not just how many monitors you get. It is how deep each monitor can go. Fifteen free monitors that check HTTP status codes give you one type of visibility. Ten free monitors where one of them is a browser login monitor and three of them validate multi-step API workflows give you a different type entirely.

For static sites, landing pages, and servers that just need to be reachable, monitor count matters most. For SaaS applications where revenue depends on users being able to log in, monitoring depth matters more.

If you have been using HetrixTools primarily for its uptime monitoring and find yourself guessing whether your application actually works beyond the HTTP response, that is the gap browser login monitors and multi-step API monitoring are built to fill.

Making the Switch

If Velprove sounds like the right fit for your application monitoring needs, getting started takes about two minutes.

Create a free account. No credit card required Add your standard HTTP monitors for basic uptime coverage Set up a browser login monitor with your test credentials to verify your authentication flow every 5 minutes Configure multi-step API monitoring for any critical workflow you want validated end to end Choose your alert channels. Email is included free. Slack, Discord, Microsoft Teams, and webhooks are available on the Starter plan. PagerDuty is on Pro

You do not need to abandon HetrixTools entirely. Keep it running for blacklist monitoring if that is valuable to your setup. Add Velprove for the application-level monitoring that HetrixTools was never designed to provide. Or use Velprove on its own if blacklist monitoring is not something you need.

Either way, you will know within minutes whether your login page, API endpoints, and critical workflows are actually working. Not just whether the server responded.

More Comparison Guides

Looking at other monitoring tools? Check out our detailed comparisons:

UptimeRobot Alternative: Why Browser Login Monitors Change Everything Freshping Shut Down: 7 Best Free Alternatives for 2026 StatusCake Alternative: Free Browser Login Monitoring They Don't Offer

Why Uptime Monitors Miss Real Outages

velprove — Mon, 06 Apr 2026 22:59:21 +0000

Your uptime dashboard says 100%. Green across the board. Every monitor passing. Meanwhile, your customers are staring at a broken login page, a checkout that swallows their credit card details into the void, or an API that returns perfectly formatted JSON with zero data in it.

This happens more often than anyone admits. The uptime monitoring industry has trained us to believe that a 200 OK response means everything is working. It does not. It means your server responded. That is the bare minimum. Your server can respond with a 200 OK while your entire application is broken behind it.

I have seen this play out repeatedly while building Velprove. Teams with monitoring in place, confident they are covered, blindsided by outages their tools never detected. The problem is not that uptime monitoring is useless. The problem is that most teams stop at the first layer and assume the job is done.

Five Real Outages HTTP Monitoring Will Never Catch

These are not theoretical edge cases. These are the outages that generate support tickets, lose revenue, and erode trust. All five will sail right past a standard HTTP monitor.

1. Login form renders but authentication is broken

Your login page loads fine. The HTML is valid, the CSS is applied, the form fields are there. Your HTTP monitor sees 200 OK and moves on. But the session store crashed, the database connection pool is exhausted, or someone deployed a config change that broke the OAuth callback. Every user who tries to log in gets an error. Your monitor reports everything healthy.

This is the most common silent outage. Authentication depends on multiple backend systems working in concert: your database, your session store, your identity provider, your CSRF token generation. Any one of those failing breaks login while leaving the page itself perfectly intact.

2. Checkout page loads but the payment gateway is dead

Your Stripe API key expired. Or your payment processor is having a regional outage. Or someone rotated credentials in staging and accidentally pushed the change to production. The checkout page renders beautifully. The form accepts input. But when a customer clicks "Pay," nothing happens. Or worse, they get a vague error message with no explanation.

An HTTP monitor on your checkout URL will never catch this. The page itself is fine. The integration behind it is dead. You are losing revenue every minute, and your monitoring dashboard shows green.

3. API returns 200 with empty data

This one is subtle and devastating. Your API endpoint responds quickly, returns a 200 status code, and sends back valid JSON. But the JSON contains an empty array or null values where there should be data. The database query timed out silently. The cache was flushed. A microservice dependency is down, and your error handling defaults to returning empty results instead of an error.

Your users see a blank screen or a "No results found" message on a page that should have hundreds of items. Your API monitor, if it only checks status codes, sees nothing wrong. If you are not asserting on the actual response body, you are flying blind. We wrote a detailed guide on monitoring API health endpoints that covers how to set up proper response body assertions.

4. SSL valid but mixed content blocks assets

Your SSL certificate is valid. Your domain resolves. Your HTML loads. But somewhere in your templates, a hardcoded http:// URL is loading a stylesheet, a JavaScript bundle, or critical images over plain HTTP. The browser blocks them silently. Your site loads, but it looks broken. Buttons do not work. Styles are missing. Interactive elements are dead.

SSL monitors verify your certificate. HTTP monitors verify your page responds. Neither one catches mixed content issues that break the rendered experience for real users.

5. CDN serves a stale cached error page

Your origin server went down for 30 seconds. During that window, your CDN cached the error response. Your server recovered. Your CDN did not. Now your CDN is serving a cached 503 or, worse, a cached error page with a 200 status code to a percentage of your users based on their geographic region or CDN edge node.

If your monitor happens to hit a healthy edge node, it sees no problem. Meanwhile, users in another region are getting a broken experience that will persist until the CDN cache expires. This is why content assertions on your key pages matter. If the response body does not contain your expected content, the monitor should fail regardless of the status code.

The Monitoring Gap Nobody Talks About

The monitoring market has two extremes, and most teams are stuck at one of them.

On one end, you have the simple pinger. It checks your URL every few minutes, confirms the server responds, and sends an alert if it does not. UptimeRobot, Freshping, and a dozen others live here. They are cheap, they are fast to set up, and they catch server-down scenarios. But that is all they catch.

On the other end, you have the full observability stack. Datadog, New Relic, Grafana with custom dashboards. These tools are powerful, but they require dedicated engineering time to configure, maintain, and interpret. For a team of one to twenty engineers, the overhead often means the dashboards go stale, the alerts get noisy, and critical monitors never get set up because the setup process takes hours.

The middle ground is where the real value is. Monitoring that goes deeper than a ping but does not require a platform engineering team to run. Monitoring that validates what your users actually experience, not what your server reports.

We built Velprove for this middle ground. If you are currently using a basic pinger and wondering whether it is enough, we have a direct comparison with UptimeRobot that lays out the differences.

How Browser Login Monitors Close the Gap

A browser login monitor does what no HTTP monitor can. It opens a real browser behind the scenes, navigates to your login page, types in credentials, clicks the submit button, and verifies that the login actually succeeds. If something goes wrong at any step, it captures a screenshot of what the user would see.

This is not a simulated request. It is a real Chromium browser executing JavaScript, rendering CSS, following redirects, handling cookies, processing CSRF tokens. Every layer of your authentication flow gets tested: the form rendering, the client-side validation, the server-side processing, the session creation, and the post-login redirect.

When a browser login monitor fails, you do not get a cryptic status code. You get a screenshot showing exactly what broke. The login page threw a JavaScript error. The form fields disappeared after a plugin update. The post-login redirect is going to a 404. You see what your user sees.

This is the feature that makes Velprove different from every other monitoring tool in this price range. Most competitors either do not offer browser-based monitoring at all, or they charge enterprise prices for it. Velprove includes browser login monitors on every plan, including the free tier. We wrote guides for specific platforms if you want to see how this works in practice: WordPress login monitoring and WHMCS portal monitoring.

A Practical Monitoring Stack That Actually Works

You do not need dozens of monitors to have real coverage. You need three types of monitors covering the right things.

HTTP monitors for public pages

Cover your homepage, pricing page, signup page, and any high-traffic landing pages. Use content assertions to verify the page contains expected text. Do not rely on status codes alone. A content assertion on your landing page catches deploy errors, CDN issues, and CMS problems that return a 200 with wrong content.

API monitors for endpoints

Monitor your health endpoint and your most critical business endpoints. Assert on status code, response time, and response body content. For authenticated APIs, use multi-step API monitors that handle the full token exchange flow. If you depend on third-party APIs, monitor those too. A Stripe health monitor takes two minutes to set up and tells you about payment processing issues before your customers do.

Browser login monitors for authentication

This is the layer most teams are missing. One browser login monitor on your primary login flow catches an entire category of outages that HTTP and API monitors cannot see. If you run WordPress, WHMCS, cPanel, or any platform with a standard login form, this is the single highest-value monitor you can add to your stack.

Together, these three layers give you coverage from the network level all the way up to the user experience level. You are not monitoring whether your server responds. You are monitoring whether your product works. For a deeper walkthrough of this layered approach, read our SaaS monitoring guide.

Stop Trusting the Green Dashboard

If your monitoring setup is a single HTTP check on your homepage, you are not monitoring your product. You are monitoring your web server. Those are very different things.

The outages that hurt are not the ones where your server goes down. Those are loud and obvious. The outages that hurt are the ones where everything looks fine from the outside while your login is broken, your payments are failing, or your API is returning empty data. Those are the ones that cost you customers before anyone on your team even knows there is a problem.

Velprove's free plan includes 10 HTTP/API monitors and 1 browser login monitor. No credit card required. You can set up a monitoring stack that covers all three layers in under five minutes.

Start monitoring for free and find out what your current tools are missing.

Website Monitoring for Beginners: A Plain-English Guide to Keeping Your Site Online

velprove — Mon, 06 Apr 2026 22:58:11 +0000

Imagine this: you wake up on a Monday morning, check your phone, and realize your online store has been showing a blank white page since Friday night. Three full days. No orders. No sign-ups. No contact form submissions. And the worst part? Nobody told you. Not your hosting company, not your website builder, not a single customer. They just left.

This happens way more often than you'd think. And if you're a solo entrepreneur, freelancer, or first-time store owner, you probably don't have a team of engineers watching your site around the clock. You might not even know this is a problem you should worry about.

That's exactly what this guide is for. No technical background needed. We'll walk through why websites break silently, what monitoring actually means, and how to set it up in about two minutes so you never lose sales or customers without knowing about it.

Why Websites Break Silently

Here's the thing most people don't realize: your website can go down and nothing will alert you. There's no alarm bell. No pop-up on your phone. Your hosting dashboard might still say "active" even when your site is completely broken for visitors.

Why does this happen? Lots of reasons, and most of them have nothing to do with anything you did wrong:

Your hosting server ran out of memory. This is especially common on shared hosting plans (the affordable ones most beginners use). Your site shares a server with hundreds of other websites. If one of them gets a traffic spike, your site can slow to a crawl or stop loading entirely. A plugin or theme update broke something. If you use WordPress, Shopify apps, or any platform with add-ons, an automatic update can silently break your checkout page, your contact form, or your entire homepage. Your SSL certificate expired. That little padlock icon in the browser? It runs on a certificate that needs to be renewed. If it expires, visitors see a scary "This site is not secure" warning and most of them will leave immediately. Velprove monitors SSL certificate expiry automatically and alerts you before it happens. Your domain name expired. It sounds obvious, but renewal emails get buried in spam folders all the time. One missed payment and your entire site disappears. A third-party service went down. Maybe your payment processor is having issues, or the service that handles your contact form submissions stopped working. Your site looks fine on the surface, but customers can't actually do anything.

The common thread here is that these problems are invisible to you as the site owner. You only find out when a customer emails you (if you're lucky) or when you happen to check your site yourself. By then, the damage is already done.

What Website Monitoring Actually Is

Think of website monitoring like a smoke detector for your website. You don't sit in your kitchen 24 hours a day watching for fires. You install a smoke detector, and it alerts you the moment something goes wrong. Then you can react quickly instead of coming home to ashes.

Website monitoring works the same way. A monitoring service visits your website automatically, every few minutes, all day, every day, and checks whether it's working properly. If something is wrong, it sends you an alert right away by email. Paid plans add Slack and other channels.

That's it. That's the whole concept. There's no complex setup, no code to write, no technical knowledge required. You tell it which pages to monitor, and it watches them for you.

Without monitoring, the timeline looks like this: your site breaks on Friday evening, you find out Monday morning, you lose an entire weekend of business. With monitoring, the timeline looks like this: your site breaks on Friday evening, you get an email 5 minutes later, you fix it (or call your hosting company to fix it) before most people even notice.

Why Your Hosting Company's Monitoring Isn't Enough

You might be thinking: "Doesn't my hosting company already do this?" Kind of, but not in the way you need.

Most hosting companies monitor their servers, not your website. There's a big difference. Their server could be running perfectly fine while your website is completely broken. A bad plugin update, a database error, a misconfigured setting. These are all problems that happen at the website level, not the server level. Your hosting company won't catch them.

Think of it this way: your landlord makes sure the building has electricity. But they don't check whether the lights in your specific apartment are working. That's your responsibility.

On top of that, hosting companies have no way of knowing whether your checkout page actually processes payments, whether your contact form sends emails, or whether your login page lets customers sign in. They just know the server is powered on. That's about it.

What You Should Monitor First

If you're just getting started, you don't need to monitor every single page on your site. Focus on the pages that matter most to your business. Here are the four you should set up right away:

1. Your Homepage

This is the front door to your business. If it's down, everything is down. It's also the page most likely to reveal server-level issues since it's usually the first thing that stops working.

2. Your Checkout or Payment Page

If you sell anything online, this is the most important page on your site. A broken checkout page means zero revenue, and customers won't email you to tell you about it. They'll just go buy from someone else.

3. Your Login Page

If your site has user accounts (a membership area, a client portal, a course platform), the login page is critical. When customers can't log in, they assume the worst and start looking for alternatives.

4. Your Contact Form or Booking Page

For freelancers and service businesses, this is how new clients reach you. A broken contact form is like having a disconnected phone number. Leads come in, hit a wall, and disappear forever.

Start with these four. You can always add more later as you get comfortable with the tool.

What `200 OK` Means (And Why It's Not the Whole Story)

When a monitoring tool checks your website, it looks at something called a status code. This is a short message your website sends back to say how things went. The most common one is 200 OK, which basically means: "Everything is fine, here's the page you asked for."

Other codes you might see include 404 Not Found (the page doesn't exist), 500 Internal Server Error (something broke on the server), and 503 Service Unavailable (the server is overloaded or down for maintenance).

Here's the catch, though: a 200 OK status doesn't always mean everything is actually fine. Your server can return 200 OK while showing a blank page, an error message, or a maintenance notice. The status code just means the server responded. It doesn't guarantee that what it responded with is correct.

This is a really important distinction. Basic monitoring tools only check the status code. They see 200 OK and move on. But if your page is displaying "Something went wrong, please try again later" instead of your actual content, a basic tool won't catch that. Your site is technically "up" but completely useless to your visitors.

How Velprove Handles This Differently

This is exactly why we built Velprove to go beyond simple status code monitors. Two features make a big difference for beginners and experienced users alike:

Content Validation

With Velprove, you can tell the monitor to look for specific text on your page. For example, you can say: "Make sure the words 'Add to Cart' appear on my product page." If those words disappear (because of a plugin crash, a theme conflict, or anything else), Velprove flags it as a problem and alerts you, even if the status code is 200 OK.

This means you're not just checking whether your site is "up." You're checking whether it's actually * working* the way it should.

Browser Login Monitors

Most monitoring tools can only check public pages. But some of the most important parts of your site are behind a login: your client dashboard, your membership content, your admin panel. Velprove can actually open a real browser, type in a username and password, log in, and verify that the page behind the login is working. If your customer portal breaks, you'll know before your customers do.

This is something most monitoring tools either don't offer or charge a premium for. Velprove includes one browser login monitor on the free plan.

Getting Started in 2 Minutes

Setting up monitoring on Velprove takes less time than making a cup of coffee. Here's the whole process:

Step 1: Create your free account

Head to velprove.com/signup and sign up. No credit card required. The free plan gives you 10 monitors, 1 browser login monitor, 5-minute monitor intervals, and email alerts. That's more than enough to cover a small business site.

Step 2: Add your first monitor

Click "Add Monitor" and paste in your homepage URL. Give it a name like "Homepage" so you can identify it later. Velprove will start checking it every 5 minutes automatically.

Step 3: Add content validation

This is optional but highly recommended. Add a keyword or phrase that should always appear on the page. For a homepage, something like your business name works well. For a product page, "Add to Cart" is a good choice. If that text ever disappears, you'll get an alert.

Step 4: Add your other critical pages

Repeat the process for your checkout page, login page, and contact page. With 10 monitors on the free plan, you have plenty of room.

Step 5: Relax

That's it. Velprove is now watching your site around the clock. If anything goes wrong, you'll get an email within minutes. No more silent failures. No more lost weekends of downtime. You can focus on running your business instead of constantly refreshing your own website to make sure it's still there.

You Don't Know What You Don't Know

The trickiest thing about website downtime is that it's a problem you don't know you have, until it costs you money or customers. Most solo entrepreneurs and small business owners find out about monitoring after they've already had a bad experience. A client couldn't reach them. An online store was down during a promotion. A portfolio site showed an error page during a job application review.

You don't have to wait for that moment. Set up free monitoring on Velprove today and give yourself the peace of mind that comes from knowing your website is being watched, even when you're not.

UptimeRobot Alternative: Why Browser Login Monitors Change Everything

velprove — Mon, 06 Apr 2026 22:58:07 +0000

If you run any kind of web application, you have probably heard of UptimeRobot . It is the go-to free monitoring tool for thousands of developers and small businesses. Set up a monitor, get pinged when your site goes down, and move on with your day. Simple, effective, and battle-tested.

But there is a gap that traditional HTTP monitoring cannot fill. Your site can return a perfectly healthy 200 OK while critical functionality is completely broken underneath. If you have ever had a customer tell you they cannot log in, while your monitoring dashboard shows 100% uptime, you already know the problem.

What UptimeRobot Does Well

Credit where it is due: UptimeRobot is excellent at what it does. You get 50 free monitors with 5-minute monitor intervals. The setup takes seconds. Paste a URL, pick a monitor type, and you are done. For simple uptime monitoring, it is hard to beat.

UptimeRobot supports HTTP, keyword, ping, and port monitoring. Their status pages are clean and easy to share with stakeholders. The alerting integrations cover email, Slack, webhooks, and more. For a free tool, the value is genuinely impressive.

If all you need to know is whether your server responds to HTTP requests, UptimeRobot handles that reliably. But modern web applications are more than a server that responds to pings.

The Gap: What Happens After 200 OK?

Here is the scenario that keeps SaaS operators up at night. Your login page returns 200 OK. The HTML loads. The CSS renders. Your monitoring tool sees a healthy response and moves on. But the CSRF token is expired. Or the authentication service behind the form is throwing silent errors. Or a third-party SSO provider changed their API and your OAuth flow is broken.

Your customers cannot log in, but your monitoring says everything is fine.

This is not a hypothetical edge case. It happens constantly with session-based applications like WordPress admin panels, WHMCS dashboards, custom SaaS login flows, and any application that depends on cookies, tokens, or multi-step authentication. Traditional HTTP monitoring runs the front door but never walks inside.

Browser Login Monitors: The Missing Layer

This is where Velprove takes a fundamentally different approach. Instead of just pinging a URL, Velprove launches a real browser behind the scenes, the same engine your customers use, and performs the actual login flow step by step.

Here is what a browser login monitor does:

Navigates to your login page and waits for the form to fully render Fills in your test credentials in the username and password fields Clicks the submit button, just like a real user would Waits for the page to load and verifies that login actually succeeded by checking for a post-login element or URL If any step fails (form not found, credentials rejected, timeout, unexpected redirect), you get an alert within minutes Captures a screenshot of the failure state so you can diagnose the issue instantly

This is not synthetic monitoring that simulates requests at the network level. It is a real browser session, running real JavaScript, handling real cookies and redirects. If your login flow breaks for your users, it breaks for Velprove too, and you find out before your customers do.

Feature Comparison

For a more detailed breakdown, see our full UptimeRobot vs Velprove comparison page .

When to Use Each

Choose UptimeRobot when:

You need high-volume, simple ping monitoring across dozens of static sites Your sites are purely informational and do not have login flows or dynamic functionality You want a set-and-forget solution for basic HTTP uptime tracking

Choose Velprove when:

You run SaaS applications, client portals, or admin dashboards where login functionality is critical You need to verify that API responses contain the right data, not just the right status code You want automatic failure screenshots to speed up debugging You manage WordPress sites or other session-based applications where silent auth failures are common

Many teams use both. UptimeRobot handles the bulk ping monitoring, and Velprove covers the critical login flows and API endpoints that traditional monitoring misses. They are complementary, not mutually exclusive.

How to Get Started

Setting up your first browser login monitor on Velprove takes about two minutes:

Create a free account. No credit card required Add your first monitor by entering the login URL and test credentials Configure where you want alerts sent: email on the free plan, or add Slack, Discord, Teams, and webhook alerts on paid plans. PagerDuty is available on the Pro plan Velprove starts monitoring immediately and alerts you the moment something breaks

You will know within minutes if your login page, API endpoint, or multi-step flow stops working. No more finding out from frustrated customers. No more false confidence from green uptime dashboards that only check the surface.

Your users expect your login to work every single time. Now you can verify that it does.