Operations | Monitoring | ITSM | DevOps | Cloud

Node.js has become the go-to runtime for building modern, high-performance applications. Its event-driven, non-blocking I/O model makes it particularly well-suited for apps that demand speed and scalability, such as real-time chats, gaming backends, streaming platforms, fintech dashboards, and e-commerce systems. It’s no surprise that some of the world’s largest companies like Netflix, PayPal, LinkedIn, Walmart rely on Node.js to deliver services at scale.

This month we’re rolling out several new capabilities designed to simplify daily work for SOC teams, MSSPs, and enterprise security operations. The focus is on easier access control, streamlined log management, and faster vendor onboarding.

Debugging embedded software has never been easy, but today’s systems are more complex and interconnected than ever. Real-time operating systems (RTOS) and continuous integration pipelines can make development faster—but certain classes of bugs are hard to reproduce and diagnose. These elusive issues often appear only under rare conditions, such as timing-sensitive race conditions or field-only failures. This is where Continuous Observability, powered by Percepio Detect, changes the game.

When debugging containerized applications in Kubernetes, kubectl logs serves as your primary command-line tool for accessing container logs directly. Understanding how to effectively retrieve, filter, and analyze logs becomes essential for maintaining application health and resolving issues quickly, especially in multi-container environments where correlation across services can make or break your troubleshooting efforts.

We're thrilled to announce the launch of our new AI Chatbot, now live and in production for all users. This isn't just a simple Q&A bot; it's a powerful assistant designed to streamline your workflow, provide instant context, and help you navigate the Mezmo platform more efficiently.

From manual downloads to automated artifact management.

If you’ve ever used an online banking application to complete a transaction or gone through a checkout on an e-commerce platform, chances are you’ve utilized or interacted with an OTP-protected application. One-Time Password (OTPs) are at the center of most multi-factor authentication (MFA) systems. OTPs are temporary codes delivered by SMS, email, authenticator apps, push notifications, etc.

When MIT released research showing that 95% of enterprise AI pilots fail to deliver measurable business impact, it made headlines for a reason. After years of heavy investment in artificial intelligence, the vast majority of organizations still haven’t moved beyond pilots that promise much but deliver little. This doesn’t mean AI itself is broken. In most cases, the technology performs as intended.

SSL certificates keep websites and apps secure, but in AWS, Azure, and Google Cloud Platform (GCP), misconfigurations or expirations can still cause services to go offline. Why do these failures happen, and how can you prevent them?