Operations | Monitoring | ITSM | DevOps | Cloud

The way Kubernetes works “under the hood” dictates which components are more important for improving performance and which are less important. So let’s talk about the Kubernetes internals first.

Damaging cyber attacks are a rising concern as organizations increasingly rely on digital technology for managing sensitive data and running core business operations. While technology can increase business efficiency, without security measures in place, a digital-first approach can end up introducing vulnerabilities and putting data at risk.

To mark the launch, we’re publishing Agentic AI Essentials, a four-part series to help organizations navigate the reality of agentic AI adoption. Across the series, we’ll look at the questions that matter most: what’s real versus hype, how to avoid adoption pitfalls, how to measure ROI, and how roles will evolve once agents are onboarded. Here’s a sneak peek at what’s in store.

If you’re operating modern, data-driven applications—which, let’s face it, you likely are—Kafka serves as the central streaming platform, delivering data in real-time. It’s impressive, extremely fast, and exceptionally powerful for achieving high throughput and scalability. But here’s the catch: with significant power comes the need for vigilant oversight. Neglecting your Kafka environment is like driving a racecar with your eyes closed. It’s bound to end badly.

Holiday shoppers are notoriously impatient, and in 2025, they’re increasingly impatient when it comes to slow websites. Keywords like “website downtime tracking” and “ecommerce site reliability” are often trending because businesses are realizing that slow is the new down. This holiday season, the goal is to safeguard your website against business-critical slowdowns without adding “manual monitoring” to your already busy plate.

The data is there, but it’s scattered across domains, formats, and vendors. Teams are often left piecing together an incomplete story of what went wrong, long after the damage has been done. Now, a new open standard is changing that. OpenTelemetry (OTel) is fast becoming the connective tissue of modern observability—an open-source framework designed to make telemetry data (metrics, logs, and traces) universally accessible.

Let’s be honest—the cybersecurity battlefield keeps changing fast. Attackers evolve their tactics, networks expand, and data flows in every direction. If you’re responsible for protecting your organization’s security, staying ahead of cyber threats can feel like chasing shadows. This is where effective cybersecurity monitoring comes in.

In IT, change is the only constant, and sometimes it arrives as a major disruption. This could include a power outage, a cyberattack, or even a global pandemic. While it’s impossible to foresee every crisis, you can be ready for them. Two key concepts for this are business continuity and business resilience. Although these terms are often used interchangeably, they refer to two separate yet complementary strategies for ensuring your organization keeps operating under any circumstances.

Disaster can strike any business at any time. Businesses must be prepared to continue critical operations with minimal disruption, whether it’s a flooded server room, a data breach, or any other kind of exploit. That’s why it’s essential to have strong measures in place—including a business continuity plan (BCP)—and the right tools to support these measures.