If Sentry were a TV show, I think it would be Lassie. It’s your application’s best friend and everyone can understand it no matter what language they speak. Sentry gets help from the right people to make sure Timmy, I mean your application, is safe and sound. Over the past few months, we improved our Native SDK significantly. Most notably, we increased platform compatibility through a major rewrite from C++ to C and by switching to the CMake build system.
A few months ago, I wrote an in-depth article describing how labels work in Loki. Here, I’m consolidating that information into a more digestible “cheat sheet.” There are some big differences in how Loki works compared to other logging systems which require a different way of thinking. This is my attempt to convey those differences as well as map out our thought process behind them. As a Loki user or operator, your goal should be to use the fewest labels possible to store your logs.
You and your team have a lot of things begging for your attention. You’ve got multiple systems in place, and if anything goes wrong, the last thing you need is a storm of notifications coming at you from everywhere. To help you centralize your messaging and incident management, Uptrends continues to add integrations with tools that your team may already use. So, if you use Opsgenie, this new integration is for you.
InfluxDB provides several graph type visualizations to allow users to easily monitor their data. However, most of those graph types are only helpful if your data can be represented numerically. What if you want to track the health of your application, or visualize the status of your pods deployed in Kubernetes, over time? In both these cases, status is tracked over time using one of several discrete values, and can’t be plotted on an x/y chart.
Website hosting is growing in popularity with businesses of all sizes. Instead of having to maintain your in-house web server, you pay a monthly subscription to someone else to host the website for you on their server. There are several benefits of web hosting for your business when using a hosting provider.
Epsilon, an OpsRamp customer and leader in outcome-based marketing, delivers marketing technology, solutions and services to name-brand clients such as Coach, Walgreens, Dunkin’ Donuts, and Dell/EMC. Acquired in 2019 by Publicis Groupe, Epsilon was recently ranked as a leader in its sector by Forrester. Success though, is a game with no end, and the company has been modernizing its legacy IT infrastructure in the last several years to remain competitive.
As network technology evolves, the SNMP world evolves with it. They create new network hardware that contains more and more OIDs to be able to stay updated on the status of more details of the product. This entails the need to automate the way to control every detail, doing it through the use of SNMP trap monitoring. An SNMP trap is a message sent by an SNMP device to a configurable IP address when there’s a change or an event on the device.
For our Cube module we use the ROLLUP SQL query to fetch all data from the database and then make a tree data structure out of the given result. This is how we make it a lot easier to render cubes dynamically.
Takehan Technologies builds, operates, and innovates software for a variety of European and North American businesses – such as those in online gaming and fintech. The Singapore-based software consultancy has decades of experience in the Asia Pacific region. The digital landscape of the region has more or less been challenged by the policies and unique web ecosystem built and supported by China.
Higher resolution metrics are critical for monitoring dynamically changing environments and rapidly changing application metrics. Examples where high resolution metrics are critical include high volume e-commerce, live streaming, autoscaling bursty workloads on Kubernetes clusters, and more. Higher resolution custom, Prometheus, and agent metrics are now generally available, and can be written at a granularity of 10 seconds. Previously these metric types could only be written once every 60 seconds.
