What is APM? Understanding application performance monitoring
Application performance monitoring (APM) is the process of tracking key performance metrics of application software in real-time using monitoring solution.
Node.js Performance Monitoring: A Complete Guide
Struggling with slow Node.js apps? Learn how to monitor performance, track vital metrics, fix bottlenecks, follow best practices, explore top tools, and see why Atatus is a smart choice.
Application Performance Monitoring (APM) Use Cases Every DevOps Team Should Know
Explore 10 essential APM use cases DevOps teams use to detect issues, optimize performance, and ensure smooth, reliable deployments.
Choosing the Right APM Software: 5 Key Factors to Consider
Choosing the right APM software is crucial for developers and DevOps teams. Explore five key factors and see why Atatus is the top choice for modern, scalable performance monitoring.
The Complete Guide to APM Best Practices for Developers, DevOps & SREs
A list of Application Performance Monitoring (APM) best practices to help you improve your application's speed, reliability, and overall performance.
PHP Monitoring Best Practices for Developers, DevOps, and SREs
Explore why PHP monitoring matters in 2025, with real-world practices, common pitfalls, and examples for developers, DevOps, and SREs. Includes a detailed guide and tooling insights.
How to Reduce Application Downtime with APM?
According to a recent 2025 study, the average cost of downtime has inched as high as $9,000 per minute for large organizations. For higher-risk enterprises like finance and healthcare, downtime can eclipse
What’s Slowing Down Your App? Common Performance Issues APM Can Solve
Discover how APM tools help developers, DevOps engineers, and SREs detect and resolve common app performance issues like latency, errors, and slow queries.
Understanding APM and Distributed Tracing in the Observability Stack
Understand how APM and Distributed Tracing work in observability to detect issues, optimize performance, and debug faster in real time.