Operations | Monitoring | ITSM | DevOps | Cloud

Gartner says when COVID-19 hit the United States in March, 88% of businesses mandated or strongly encouraged employees to work from home. Sales, marketing, human resources, and most other business operations were all conducted from somewhere outside of the office. This drastic move required IT to accommodate employees in an entirely new way than what they had become accustomed to.

Debugging and resolving incidents in nodeless environments can be difficult, time-consuming, and most of all, frustrating. Exporting your logs from these ephemeral and disparate services to a centrally aggregated log is a great way to correlate information, quickly resolve incidents, and make your life a little easier.

A fully grown security operations center (SOC) was, until recently, a luxury, affordable for the largest organizations only, but even in global players, budget constraints are real. Unfortunately, the willingness to raise money for security seems to require an incident first. However, we often forget there’s no need for a dedicated war room, and it doesn’t always require a full team. Centralized security can be outsourced.

A poorly performing website or web application hurts the end-user experience and can result in lost revenue and customers. That’s why businesses seek better tools and processes to simplify digital performance monitoring to expedite detection and troubleshooting of performance issues. There are numerous website performance and availability monitoring tools available for this purpose.

Last month, MongoDB released v4.4 of their database; the new release contains several changes and improvements, but the introduction of structured JSON logging caught our eye, which makes it easier to extract valuable insights from the logs using products like SolarWinds® Loggly®. In this post, we’ll review how to get started sending your MongoDB logs to Loggly and some of the insights you can easily get from your server logs when you upgrade to the latest version.

Digital transformation is changing the way companies do business, putting pressure on IT to continually monitor and manage the performance of applications delivering business-critical services. IT managers are responsible for making sure applications in today’s increasingly complex IT environment are running as fast and efficiently as possible. Poorly performing applications must be optimized for companies to leverage the benefits of digital transformation.

Okay, now we have you thinking about ham and that delicious holiday meal on the horizon. While not quite as delicious, hardware asset management, or HAM, is something IT should have on its plate this season. “What would it cost to replace all the desktops and laptops in your organization?” A hypothetical question posed on a recent webcast by Jon Hauser, IT director at the University of Washington School of Social Work.

Given the increasing complexity of network architecture and IT infrastructure, application performance management (APM) solutions have become a critical element in the toolbox of IT managers, DevOps, and developers. And, for good reasons. APM can pay handsome dividends in terms of quickly resolving bandwidth constraints, availability issues, and enhancing the credibility of your business.

The SolarWinds® Papertrail™ team is excited to announce SolarWinds rKubeLog, an open-source project designed to streamline Kubernetes logging. rKubeLog allows you to forward logs to Papertrail from within a Kubernetes cluster without using a daemon or setting up application-level logging or a logging sidecar. rKubeLog is a quick and easy way to implement logging for applications running in Kubernetes clusters.