Operations | Monitoring | ITSM | DevOps | Cloud

Imagine you’re a product manager at a B2B SaaS company. Monday morning, a frustrated client floods your inbox—their workflows were disrupted by a slowdown you could’ve caught sooner with better user insights. Now, imagine running an e-commerce store on Cyber Monday. Traffic surges, but abandoned carts spike. Your RUM dashboard reveals slow mobile checkouts. A quick fix saves thousands in sales.

Hybrid cloud services have become a cornerstone for many businesses. These technologies, which combine the strengths of private and public clouds, assist enterprises in achieving their dreams of scalability, flexibility, and cost-efficiency. However, this added optimization comes at a cost, particularly with increased operational complexity and security concerns. To minimize cyber threats and secure their data, businesses must invest in more security solutions, such as log monitoring.

Elastic Cloud Serverless provides the fastest way to start and scale security, observability, and search solutions — without managing infrastructure. Today, we are excited to announce the technical preview of Elastic Cloud Serverless on Microsoft Azure — now available in the EastUS region. Elastic Cloud Serverless provides the fastest way to start and scale security, observability, and search solutions without managing infrastructure.

We’re excited to announce a series of upgrades to our AI Agent, Log Management Explore UI and core integrations designed to empower you with even deeper observability and streamlined operations. These updates enhance account visibility, multi-telemetry trace insights, and logging capabilities while ensuring seamless compatibility with OpenTelemetry. Read on to discover how these enhancements can help you gain more clarity and control over your environment.

Disk IO (Input/Output) is a core aspect of system performance. Whether you’re managing a database, a web application, or a cloud server, how efficiently your system reads and writes data affects everything from response times to stability. Unlike high CPU usage or memory bottlenecks that often manifest immediately, disk IO issues tend to creep up silently—until they slow down critical processes.

Imagine you’ve got a leaky faucet in your kitchen. At first, it’s just a drip here and there—annoying, sure, but not enough to ruin your day. But leave it unchecked, and soon that drip turns into a steady trickle. Your water bill skyrockets, the sink overflows, and before you know it, you’re ankle-deep in chaos. Now, replace that faucet with a Linux system, and you’ve got a memory leak.

Every server administrator’s nightmare starts with a message: “CPU usage at 100%” It’s that critical moment when your Linux server transforms from a reliable workhorse into a sluggish mess, taking your applications and user experience down. We’ve all been there… staring at a terminal, watching load averages climb, while frantically trying to figure out which process decided to throw a CPU-hungry party on our server.