Operations | Monitoring | ITSM | DevOps | Cloud

In this webinar, we’ll introduce the new features, including: AI-Powered Threat Briefings – A new dashboard that correlates global threat intelligence with your network’s current and historical data. Enhanced Event Visualization – Dive into a redesigned event detail streamlining user experience Expert-level recommendations - Guided next steps for each detection, helping analysts of all skill levels validate and resolve incidents with confidence.

Next Level - Infrastructure Monitoring and Load Balancing; Are you getting the most out of these solutions? Modern network infrastructures are complex and yours is no different. As such, a load balancing solution is required to keep the servers up-and-running for both your customers and employees. The same goes for network traffic monitoring and analysis to understand and comprehend user behavior.

Join us for an inside look at how our Fortune 500 enterprise customer revolutionized its voice security workloads with cloud native and automation. Discover why more enterprises are embracing cloud native architectures to economically secure their contact centers and unified communications.

WhatsUp Gold 360 provides real-time insights into your internet connectivity to your remote sites through the use of connectors. Watch this video to learn how to create and deploy a WhatsUp Gold 360 connector to a Hyper-V environment.

The AI revolution needs more than models - it needs massive infrastructure. And Julien Gauthier is building it. In this episode of Uplink, Julien, CEO of Arkane Cloud, joins host Michael Reid to unpack how his company scaled from 3D rendering and gaming to delivering GPU cloud services for AI workloads across the globe. We explore how Arkane built a 1,000-GPU cluster in Paris (with capacity for 6,000), the rise of inference workloads in Europe, and the real-world engineering and business challenges of deploying high-density infrastructure - including cutting-edge liquid cooling handling 135kW per cabinet.

The idea of deliberately introducing failures into your systems to test for weaknesses—what’s known as chaos engineering—can be intimidating. But what if you could evaluate resilience without actually breaking anything?