Operations | Monitoring | ITSM | DevOps | Cloud

Need more juice? resources:set. Done.

Scaling your application shouldn’t feel like open-heart surgery. It should feel like flipping a switch. Watch your environment adapt in real time. Horizontal scaling. Vertical scaling. One command. Done. You do not want another war room. You want a clear way to add capacity when traffic increases, without editing and testing complex YAML files for hours or manually rolling out scripts across clusters.

OpenTelemetry Java Agent for Spring Boot: Complete Setup Guide

The OpenTelemetry Java Agent provides zero-code instrumentation for Spring Boot applications through bytecode manipulation. This guide covers setup, configuration, auto-instrumentation capabilities, and production deployment strategies for implementing distributed tracing and observability.

Windows 11 End of Life Overview #shorts

Key Takeaways November 2025 marks the first month of the Windows 10 Extended Security Updates program. If you are planning to run Windows 10 for an extended period, ensure you have upgraded to Windows 10 version 22H2. The Windows OS update is the highest priority this month as it resolves a known exploited CVE (CVE-2025-62215). Third-party updates from Adobe and Mozilla have already been released and an update for Google Chrome is expected soon, which means Edge will also need an update. November Patch Tuesday is the first Patch Tuesday after the EoL of Windows 10.

Understand, diagnose, and optimize SQL queries: Introducing Grafana Cloud Database Observability

It’s widely acknowledged that most application performance problems stem not from the application itself, but from the underlying database. Slow or inefficient database queries are often the primary cause of these issues, acting as the biggest driver of application performance incidents. If you’ve been troubleshooting slow API calls or sluggish services, chances are the root cause likely resides within your database layer.

Network Monitoring vs. Network Observability: What Do You Need?

A decade ago, network monitoring was straightforward. You had a data center, some branch offices, MPLS circuits connecting everything, and a handful of applications running on-premises. Set some SNMP thresholds, configure a few alerts, and you were covered. When something broke, the problem was usually obvious: a failed switch, a saturated link, a misconfigured router. Today's networks bear zero resemblance to that world.