Operations | Monitoring | ITSM | DevOps | Cloud

In the software lifecycle, you need to know what is affecting the customer from your frontend code to your underlying infrastructure. However, no one to date has solved for monitoring the health of software code vs. systems at the level that we have taken on — or at the scale that our customers require, as everything from grocery shopping to gaming is now digital.

Thanks to 2020, many of us don't remember the last time we took a holiday or vacation. If you were able to get away from the office, kudos to you. Hopefully, 2021 will be kinder to us, and we can take some time to recharge. Whether you're a veteran DBA standing watch over million-dollar, mission-critical database systems or a jack-of-all-trades who maintains your organization's SQL Servers, Windows Servers, and all the other corporate IT assets, everyone deserves to take a relaxing holiday.

A targeted approach to improving users’ browser experiences while minimizing the impact on IT As today’s modern IT estates see an exponential increase in the use of SaaS-based applications year-over-year, many of those applications are being accessed through the browser. The ability to manage browser usage, data, and synchronization has become critical to positive experiences for local, mobile, and remote users.

In this How-To, we’re going to look at a specific Catchpoint synthetic monitor that helps you analyze the health of systems built around the Internet of things (IoT). Now, IoT is obviously a huge category, so in this case, we’re going to look at systems that utilize the Message Queuing Telemetry Transport or MQTT for short.

There are multiple ways to interact programatically with Icinga. Last week Henrik demonstrated how to connect to the Icinga 2 API through the Icinga 2 Console. Working with the Icinga 2 API is probably the most obvious way to interact with Icinga. Still, I would like to suggest to you another option: How you can fetch data from Icinga Web.

It’s easy to get started with Java and Honeycomb using OpenTelemetry. With Honeycomb being a big supporter of the OpenTelemetry initiative, all it takes is a few parameters to get your data in. In this post, I will walk through setting up a demo app with the OpenTelemetry Java agent and show how I was able to get rich details with little work by combining automatic instrumentation from the agent with custom instrumentation in the code.

Security information and event management (SIEM) systems are centralized logging platforms that enable security teams to analyze event data in real time for early detection of targeted cyber attacks and data breaches. A SIEM is used as a tool to collect, store, investigate, and report on log data for threat detection, incident response, forensics, and regulatory compliance.

IT monitoring involves the use of a combination of technologies to simultaneously ensure IT equipment performs as expected and resolve any identified IT problems. The capabilities of IT monitoring technologies vary; some technologies can perform a basic assessment of equipment across an IT environment, while others can automate the identification and remediation of equipment issues. Your business can leverage monitoring technologies, but optimizing their value requires careful evaluation.

AlertOps is built for today’s fast paced enterprise. Managing an incident can many times be a chaotic time, so a streamlined workflow, that automatically routes to the next step in your business process, helps resolve the issue at hand quickly. End to end automated workflows, aided by rules engine, allow you to optimize your processes and manage tasks efficiently.

Link Analysis is a data analysis approach used to discover relationships and connections between data elements and entities. This is a very visual and interactive technique that can be done in the Splunk platform – and is almost always driven by a person, an analyst or investigator, to understand the data and discover necessary insights specific to the business problem at hand.