Just in case someone stumbles upon this like I just did, you don't need to use email shenanigans to make the setup work, if you go to the component and click "Automations", you can find the account activation email sent by uptime robot.
Then you will find the link allowing to activate the account, which will redirect you, and that's where there's a subtelty : this link will redirect you to an URL that looks like this (I redacted my codes)
=activateAlertContact&alertContactID=[redacted]&activateAlertContactActivationCode=[redacted]
You just need to remove the "&" in that URL, and it will work properly and activate the account
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I think i resolve this. I configured Uptime Robot with notification to my personal email (gmail) and then in gmail i created a filter to forward every mail from Uptime Robot to the status page component.
To do this you also need the verification email, but in this case the verification email from google apper to me in the status page component automation section and just click in the "Show email details" link I was able to obtain the link to verify the email.
Uptime robot is not officially supported, but we have seen some customers successfully set up Uptime Robot with Email Automation ( -started-with-email-automation). That said, Uptime Robot sends confirmation emails that need to be clicked through, and we've seen some customers have problems with that - the ones that are successful have never told us how they got around it.
Best Regards,
Egor
I set this up on a test instance today and there was no need to verify the statuspage.io email address for this to work (at least for a test notification send) immediately after testing a monitor setup in UptimeRobot with the statuspage.io component specific email in place it showed up in the associated Statuspage.
We have a requirement for external uptime monitoring of our instance in addition to what is provided through the Hi system. We're looking at Pingdom, and previously used Uptime Monitor for quick and dirty monitoring to verify instance availability. What we ran into with Uptime Robot were a significant number of false alarms. Have other folks used either product for instance monitoring, were false alarms an issue for you, and how were these mitigated?
We generally do not get false positive however we are trying to figure out why we get down alerts for SN when we are having an internal network outage... it makes no sense but we are tracking that one down now.
i am glad am not the only one with this issue my uptime should be 100% on all satellites i have not gotten any uptime robot notifications of downtime in months and this machine only does one storagenode 25 TB.
OK, I understand. But this did not work like that. Something changed. That is what i am asking. What was the change?
I am a StorJ operator for more than 3 years an i have these drops of my internet connection at least 3 or 4 times per year. So I am 100% sure that the program did not react the same way in the past compared to right now.
Uptime Robot is a monitoring service that tracks the uptime and availability of websites, servers, APIs, and other online services. It periodically sends requests to the monitored targets and alerts users in real-time through various channels like email, SMS, and more, when downtime or performance issues are detected.
Uptime Robot monitors websites, servers, APIs, and online services for uptime and availability. This proactive monitoring helps businesses ensure their online assets are accessible to users, minimizing disruptions and enhancing user experiences.
The rate limit for Uptime Robot depends on the subscription plan. In the Free plan, you get 50 monitors with 5-minute monitoring intervals. In the Pro plan, you have higher limits depending on the plan tier, ranging from 10 to 500 monitors with 1-minute monitoring intervals.
As I've begun hosting more services that close friends and family have found useful, I decided it would be handy for them to be able to easily check on the status of my services at a glance. Uptime Robot has filled that role perfectly, letting me create a free status page to share with my users, where they can see if a service is down on my end, or if it's an issue resulting from something on their end.
Uptime Robot is a free service that allows one to monitor the uptime of their services via a range of methods (https, port, etc). The utility shows uptime over various lengths of time (24 hours, 30 days, 90 days, etc) and is able to provide reporting functionality if a service is to go down via push notifications to a mobile application or via email.
While limited to using their domain, unless you are paying for their premium tier, Uptime Robot provides a Status Page for you to not only use for yourself, but to share with others, whether they be friends, family, or clients.
For my purposes, I'm using Uptime Robot to monitor Plex, Ombi, and a couple of other docker containers. Rather than my users ever having to ask me if something is "down" or not working, they can easily reference the Uptime Robot Status Page located here
Uptime Robot has been a very useful tool for me to be able to closely monitor the status and uptime of my services. While there are even more features that are able to be unlocked through a subscription based service, I've found the free tier to provide everything I could want!
A week or two ago I discovered that my blog was not loading and I had no idea why it was throwing the 500 error code nor for how long it had been doing so. Having experienced this once or twice before, I went into my administration dashboard, stopped the website and application pool, then started them again. This fixed the immediate issue and my blog was back online, but I was not satisfied. I no longer wanted to discover this issue by chance so I went looking for ways to monitor my site.
I found several methods that could help, including one that uses my site's RSS feed as an IF trigger on IFTTT1, but I did not like this approach, so I looked around a little more. Eventually, after reading over a few options, I settled on using Uptime Robot. Uptime Robot allows up to 30 monitors on their free tier, which can be monitored at various frequencies down to every five minutes (if you want more monitors that are checked more frequently, you can look at their various paid options). Using this service, I not only will find out if my site goes down, but I also get stats over time on the reliability of my site.
Setting up a monitor was really easy and a quick test resulted in an email telling me the site was down, followed by another telling me it was back up once the site was restored. This was great although I felt an email was not enough. While Uptime Robot provides SMS support for sending alerts, they also provide you with an RSS feed on your account that syndicates your uptime alerts. Using an IF rule and the IF app on my phone, I was able to set up phone notifications for when my blog transitioned state between being up and down.
I retested the monitor (this meant taking the site down and waiting until the next monitor cycle) and convinced myself that the IF trigger and action were working satisfactorily. Now, whenever my blog experiences a glitch, I will know within about five minutes or so. Not only that, but if it fixes itself before I get chance to do so, I will have some stats that I can use to determine if there is a fundamental issue with my site's up-time. Uptime Robot provides a dashboard for managing monitors and viewing stats.
There is also a "TV Mode" for showing live stats, should you want a more permanent display in your office, for example. All of these views have a responsive layout, making it easy to check statuses from a mobile device.
Since setting the monitor up, my site has been down a lot. I do not know for sure if this is more or less than usual because I was not monitoring it this closely before, but I learned that my hosting provider has been updating servers recently. These hardware changes have caused all sorts of havoc with the reliability of site up-time for a lot of people, it seems2. Thankfully, due to both Uptime Robot and the responsiveness of my hosting providers support team, most issues were discovered and resolved in a reasonable time.
During these availability issues, I learned that just finding out when my site is down was not sufficient, so I added an additional "site back up" rule to IFTTT. This turns out to be really useful when your site is down while one is sleeping as it removes the need to go check if it the site is back up upon waking.
While I am disappointed that my site was down, I was really happy to see that my Uptime Robot monitoring was doing exactly what I wanted. Not only that, but I have screen grab showing less than perfect stats, which makes for a great addition to this blog.
Uptime Robot is a nice discovery and a welcome addition to my suite of tools. The inclusion of a RSS feed to check monitor status as well as an API, which I am yet to explore, make it easy to integrate the information from Uptime Robot monitors into other tools.
Every five minutes, Uptime Robot can check up to fifty monitors to determine website downtime and performance. In addition to monitoring uptime, downtime and website response times, Uptime Robot offers the ability to create public status pages. Integrated with VictorOps, Uptime Robot gives you the capability to seamlessly notify both internal and external stakeholders to application performance issues and downtime.
Set monitors and thresholds in Uptime Robot and manage associated on-call rotations and calendars, alert rules, and escalation policies in VictorOps. Build visibility into website performance and automate critical on-call processes to create efficient incident response workflows and make on-call suck less 152ee80cbc
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