Miscommunication isn’t just about the frustration that ensues when direction isn’t followed or understood by colleagues. For the healthcare industry, miscommunication could mean the loss of billions of dollars and endangering the lives of patients. That’s why physicians must implement a clinical communication solution to avoid the risks associated with poor, care team collaboration methods.

Icinga 2.9.0 provided many many bugfixes and one change has unfortunately been overseen. If you use an init system different to Systemd (e.g. Sysvinit) or the “-d/–daemonize” option in your containers, issue #6445 causes troubles. This is visible with logging, cluster connects, IDO database writing. Users reported problems on CentOS 6, SLES 11, Ubuntu 14, Debian 8, Gentoo (both with Sysvinit).

When we released derived columns last year, we already knew they were a powerful way to manipulate and explore data in Honeycomb, but we didn’t realize just how many different ways folks could use them. We use them all the time to improve our perspective when looking at data as we use Honeycomb internally, so we decided to share. So, in this series, Honeycombers share their favorite derived column use cases and explain how to achieve them.

Managed IT services have undergone significant change and evolution in a very short time. As an IT service provider, remote monitoring and management (RMM) is at the core of your business, allowing you to manage a large number and variety of endpoints. At the same time, your clients have grown to expect 24×7 uptime with outstanding customer service, potentially leading to some growing pains on your end.

Outages and postmortems are a fact of life for any software engineer responsible for managing a complex system. And it can be safely said that those two words – “outage” and “postmortem,” do not carry any positive connotations in the remotest sense of the word.

The fourth industrial revolution, Industry 4.0, is happening today. Recent progress in manufacturing automation requires fewer individuals on a shop floor to do manual work with and at machines. However, those people are now required to respond faster and more effectively to keep manufacturing up and running. Fortunately, the industrial Internet of Things (IoT) allows for applying real-time monitoring, workflow automation, predictive analytics, and other means to new verticals and businesses.

The Domain Name System (DNS) catalog maps text-based URLs to their specifically-numbered host systems. As the phone book or Yellow Pages of the internet, DNS governs the speed with which websites and online resources may be located, so the speed and robustness of your DNS service can have a profound impact on your internet performance overall.

I’m gearing up to attend my first Sensu Summit this year, and have gone back and watched last year’s talks that I missed. There were a lot of great talks! One technical talk that really caught my eye was Lee Briggs on sensu-wrapper. Lee introduced a wrapper utility he wrote to make it easier to use the Sensu client socket to monitor shell executables for correct operation. In this post, I’ll break down why his sensu-wrapper command is so useful.

One of the key performance indicators of any system, application, product, or process is how certain parameters or data points perform over time. What if you want to monitor hits on an API endpoint or database latency in seconds? A single data point captured in the present moment won’t tell you much by itself. However, tracking that same trend over time will tell you much more, including the impact of change on a particular metric.

In case you haven’t seen or used it, there is a “Bulk Actions link” just under the “Add Monitor button” in the left sidebar. It simply opens the “Bulk Actions dialog” and presents a set of actions that can be applied to monitors in bulk. This feature is now more powerful with a few important additions.