A snow delay can throw a wrench into your typical workday at the daycare center — especially if you’re fielding emails and phone calls from concerned parents. When you start receiving these emails, phone calls or texts from parents asking whether to pack their kids’ lunches, you may have to answer each of message in an emergency. This can snowball into calls or emails asking for more information about the snow delay.

Uptime Robot offers multiple ways to get notified of downtime. And, here comes another exciting one. Thanks to its bot framework and API support, it is now possible to get down/up/SSL notifications via Telegram messaging app.

We’ve finally made the finishing touches on the elasticsearch monitoring and officially released it. Only after three complete reworks did we manage to achieve really nice results and detect all the issues in any ES cluster setup.

When it comes to network security, the best case scenario is that an IT team identifies a threat, and immediately acts to mitigate damage caused by the threat, eliminate the threat from the network, and then close the point of attack to prevent future incidents.

Today we are announcing Kamon 1.1.0 with a couple bugfixes and a small but important improvement on context propagation, plus several minor updates on other modules that sort of went under the table for Akka, Akka Remote, Akka HTTP, Play Framework, Http4s and our sbt-aspectj-runner plugin.

At Status.io, we always treat personal data with care and respect. We’re embracing the spirit of the GDPR and have been looking at how we can improve the security and protections of personal data. Below we’re sharing some resources to help you better understand the GDPR and how it can affect your organization.

Want to periodically monitor DNS records for your website? Here are step by step instructions how to accomplish this with AppBeat.

We've just completed our first month of public beta at Oh Dear!, a new website monitoring tool I've been working on for the last couple of months with my buddy Freek. I'm excited to show it to you!

As its name suggests, a single instance of ThreadLocal can store different values for each thread independently. Therefore, the value stored in a ThreadLocal instance is specific (local) to the current running thread. Any other code logic running on the same thread will see the same value, but not the values set on the same instance by other threads. There are exceptions, though, like InhertiableThreadLocal, which inherits parent threads’ values by default.