Operations | Monitoring | ITSM | DevOps | Cloud

Your Opsgenie Migration is the Path to Proactive Reliability

With the Opsgenie end-of-life deadline (April 5, 2027) fast approaching, you're facing a critical choice: Do you truly need to move your dedicated Incident Response workflow into the complexity of Jira Service Management (JSM) or Compass? If your current process is a reactive treadmill—plagued by alert fatigue, lost context, and constant non-critical paging—the mandated move risks replacing one chaotic toolset with another complex ITSM solution. View this not as a burden, but as a chance to build a standardized, human-centric workflow that solves your biggest pain points and transforms your response from chaos to control.

Agentic AI by Design: Evolving Our Principles for the Next Chapter of Responsible AI

Join SolarWinds CISO Tim Brown and CTO Sai Krishna for the SolarWinds Day Closing Keynote, where they share how SolarWinds is evolving from Secure by Design to AI by Design—a bold next step in building trusted, intelligent, and future-ready IT operations. As organizations adopt AI-driven systems, embedding trust, transparency, and accountability into product development becomes essential. In this forward-looking discussion, Tim and Sai reveal how the AI by Design framework ensures responsible AI adoption while enhancing performance, reliability, and security.

Shift Happens: How to Make Your ITSM Incidentally Awesome

A modern service desk goes far beyond basic ticketing, serving as the central engine for IT operations. This THWACKcamp session from SolarWinds Day reveals how to streamline and standardize ITSM workflows, transforming the service desk into a strategic asset that eliminates administrative headaches. SolarWinds Sr. PMM Lauren Okruch and THWACK MVP Jeremy Mayfield, Director of IT at National Sugar Marketing, explore how modern service desks go beyond ticketing to become the hub of IT operations.

How to Monitor Java Applications on Windows with SolarWinds Observability | APM Setup Guide

This video provides a step-by-step walkthrough for configuring monitoring for Java applications running on Windows using SolarWinds Observability. The demonstration covers the complete process—from adding a new service to instrumenting the application with the Java APM library and verifying connectivity. Topics covered in this video include: This guide is designed for developers, DevOps engineers, and system administrators who need to instrument Java applications on Windows for performance monitoring, distributed tracing, and full-stack observability.

How to Onboard AWS & Azure Hosts in SolarWinds Observability

Connecting your cloud infrastructure has never been easier. In this quick walkthrough, you’ll see how SolarWinds Observability natively integrates with AWS and Azure to onboard virtual machines and supported managed services—fast. Select your hyperscaler Click “Add Data” → Choose “Hosts” Follow simple steps to connect your cloud environment via API Whether you're running AWS EC2, Azure VMs, or other managed services, SolarWinds helps you get visibility in minutes.

How to Achieve Deep Network Visibility with SolarWinds Observability SaaS

Looking for a faster way to discover every device on your network? This video walks through how SolarWinds Observability automatically scans and classifies network gear—including routers, switches, access points, firewalls, and SD-WAN devices—in seconds. You’ll learn how to: This is the easiest way to get full network visibility without scripts, config files, or manual inventory work.

How to Monitor .NET Applications on Linux with SolarWinds Observability | Step-by-Step Setup

This video provides a step-by-step walkthrough for configuring monitoring for.NET applications running on Linux using SolarWinds Observability. The demonstration covers the full setup process—from adding a new service to verifying the APM library connection. Topics covered in this video include: This guide is intended for developers, system administrators, and DevOps engineers who need to quickly and reliably instrument.NET applications on Linux for performance monitoring and observability.