When people bemoan the complexity of interconnected IT environments, they usually mean that an organization has a lot of applications that all share data with each other. As your organization adds more applications, you need to make sure that they securely share data with each other. In short, security and development teams find themselves working to deploy and protect the Application Programming Interfaces (APIs) that enable applications to talk to each other.

According to Akamai, 83% of web traffic is through APIs. Microservices, servers, and clients constantly communicate to exchange information. Even the Google search you made to reach this article involved your browser client calling Google APIs. Given APIs govern the internet, businesses rely on them heavily. API health is directly proportional to business prosperity. This article covers everything about API monitoring, so your API infrastructure’s health is always in check ✅.

Maximize Kubernetes app reliability with Speedscale's traffic-driven testing, ensuring high performance and stability under varied conditions.

In the ever-evolving landscape of APIs, ensuring seamless interactions and managing changes becomes crucial. While innovation and adaptability are essential, maintaining backward compatibility is equally important to avoid disruption for existing users. This is where REST API versioning comes into play. Versioning allows you to introduce new features or changes to your API in a controlled manner, while simultaneously keeping older versions running smoothly.

Welcome to the Tech Garden, a place where our monitoring tools, like to diverse flora, contribute to a thriving digital ecosystem. Our journey starts with the foundational roots of Application Performance Monitoring (APM), crucial for initial growth and stability, like the roots beneath our fruit trees.

When we talk about keeping services running smoothly, we often hear about SLAs, SLOs, and SLIs. But what do these terms mean, and how are they different? SLAs, or Service Level Agreements, are like promises between a service provider and a customer. They outline what the customer can expect in terms of service quality.

It was only as I started to study information theory that I truly understood how nonsensically the computer worked in Star Trek: The Next Generation. Decades before voice assistants and at a time when only the most basic language parsing existed in practice, the computer on Star Trek could always give you the answer you wanted. No one ever spent any time clicking into multiple windows to find an answer, and the display always gave information that could be easily summarized in words.