Workover Monitor
Know your site broke before your traffic does.
Continuous monitoring for every page you publish. Workover runs each one in a real browser around the clock, catches what breaks for visitors as well as what changed in the HTML, and only wakes you when it matters.
Trusted by content teams at
Monitoring built for the pages that earn
Catch it while it is still small
Every page is re-checked on a cadence set by how much it matters, so a broken canonical is caught in hours rather than at the next quarterly audit.
The right person, once
Related problems are bundled into a single incident and routed by email and Slack, at a sensitivity scaled to the page. One issue on ten thousand pages is one alert.
Fix what actually costs you
Every page carries a health score out of 1,000 and an importance score out of 10, the latter built from real Search Console clicks, so the list is ordered by consequence rather than by count.
A record of every change
Each check is diffed against the last and kept, so when traffic moves you can see what changed on that page and when, instead of arguing about it.
Console errors
The page returns 200 and the form still does not work.
Every check that only reads HTML agrees this page is healthy, because by every measure in the HTML it is. The breakage is in what happened when the page ran: a request the browser refused, a script that threw, a file that never arrived. Monitor renders each page in a real browser and listens to the console while it loads, so the errors your visitors hit are findings you get told about rather than something you discover from a support ticket.
Blocked by your own policy
A Content-Security-Policy that does not list a host the page needs blocks it silently. The classic version: the policy omits the endpoint an embedded form posts to, so the form renders perfectly and submits into nothing. Monitor reports the refusal and names the host, which is the fix.
Scripts that stop halfway
An uncaught error halts the script that raised it, so whatever it had left to do never happens: a widget never initialises, a menu never binds, a tracker never fires. The page looks fine and does not respond.
Resources that never arrive
A stylesheet, script or API call that fails leaves whatever depended on it dead. Usually a file renamed by a deploy, or a vendor domain that moved.
Noise, handled like everything else
Real pages carry constant third-party console chatter, so raw console output is useless as an alert. Errors are fingerprinted, so the same one is one finding however often it fires; new ones surface and known ones stay dismissed until something genuinely changes.
What Monitor watches
Continuous checks, not scheduled crawls
Pages are re-checked on a cadence set by how important they are, with politeness limits and back-off per host. Your highest-value pages are looked at most often.
Change tracking that ignores the noise
Every check is diffed against the last one and scored by severity, so you see a changed title or a dropped canonical rather than the cache-buster that changes on every request.
Issues, with a lifecycle
Checks for titles, headings, meta descriptions, canonicals, indexability, thin content and internal links. Each moves through a six-state model rather than reappearing in a fresh report every week.
Whole-property checks
robots.txt, sitemaps and TLS are watched as properties of the site, not of any one page, so a bad deploy that de-indexes everything is one alert rather than ten thousand.
Segments over any page property
Slice the site by path, template, status, score or any extracted attribute, and track that slice over time. Blog health and checkout health stop being one averaged number.
Console errors, caught in the browser
Every rendered page is watched while it loads: blocked requests, uncaught exceptions, failed resources and errors scripts log for themselves. This is the breakage no HTML check can see, and the reason a page can return 200 with a form that does not submit.
JavaScript rendering
Pages are rendered in a real headless browser and the rendered DOM compared against the raw source, so you can see exactly what a crawler gets versus what a visitor does.
Custom element extraction
Pull any selector out of the page (schema blocks, price, author, an A/B flag) and watch it like a first-class attribute, with its own diffs and alerts.
Log-file analysis
Ingest server logs and attribute hits to verified crawlers rather than to anything claiming a Googlebot user agent, so crawl budget answers are based on the real thing.
IndexNow submission
Changed URLs are submitted to participating search engines as soon as a change is detected, instead of waiting to be re-crawled.
Core Web Vitals
Field data from the Chrome UX Report, tracked per page beside everything else, so a layout shift regression shows up next to the change that introduced it.
Search Console and analytics, joined
Clicks, impressions and sessions land next to the technical state of the same page, so a ranking drop and the change that caused it are on one screen.
How Monitor works
Five stages, running continuously, from a URL you gave it to an alert someone acts on.
Discover
Point Monitor at a site. It reads your sitemaps and follows links to build the page list, respecting robots.txt and rate-limiting itself per host.
Check
Each page is fetched on its own cadence and reduced to a set of observed attributes: status, title, headings, canonical, indexability, word count, links, and anything else you have asked it to extract. It is also run in a real browser, and everything it reports to the console is captured.
Diff
That observation is compared with the previous one. Differences become changes with a severity; failed checks become issues that open, persist and resolve.
Bundle
Related issues are reconciled into a single incident. One problem affecting ten thousand pages is one incident with ten thousand pages attached.
Alert
Incidents are matched against your alert rules and delivered by email and Slack. Once, to the people who care about that part of the site.
Built so you keep the alerts on
Most site monitoring dies the same way: it reports everything, so it gets muted, and then it may as well not exist. These are the decisions that stop that happening.
One incident, not ten thousand emails
Incidents are the bundling mechanism, by design. A template change that breaks the canonical on every product page produces a single alert naming the pattern. Reporting it ten thousand times is the failure mode that gets most monitoring tools muted within a week.
It runs the page, it does not just read it
A tool that fetches and parses can only ever tell you about the HTML, and a modern page breaks in the browser: a refused request, a script that threw, a dependency that never loaded. Monitor renders each page and listens to the console, so "the markup is perfect and the feature is broken" is a state it can actually report.
It hashes what you watch, not the HTML
Hashing raw HTML reports a change on every request for any page carrying a CSRF token or a cache-buster, which is most of the web. Monitor hashes only the projection of the page you asked it to watch, so a reported change is a real one.
An unreachable page is one problem
When a page times out, content checks are skipped rather than run against nothing. You get "this page is down", not twenty findings claiming every element vanished at once.
Importance decides the noise floor
Alert sensitivity scales with a page importance score built from real clicks and sessions. The pages that earn the traffic get the tightest thresholds; a stale tag archive does not page anyone.
What it changes day to day
Placeholder quotes, deliberately unattributed, until real ones replace them.
“A release dropped the canonical on every product page. Monitor had it in front of us inside the hour with the affected pages attached. We would previously have found it at the next monthly audit.”
“What changed was not that we found more problems. It was that we stopped ignoring the alerts, because they stopped arriving ten thousand at a time.”
“When traffic moves we can see what changed on the page, and when. That argument used to take a week and usually ended in a guess.”
Ready to know the moment something breaks?
Tell us the site and we will size it with you. Monitor is priced on pages under watch rather than on seats, so the URL is the only thing we need to start.