ASP.NET Core Performance Tuning for High-Traffic APIs

<h1> ASP.NET Core Output Caching: How to Make Web APIs Faster in .NET </h1> <p>When an API receives the same request repeatedly, performing the same database query and rebuilding

<p>A page that feels instant with a few users can become painfully slow when your business grows. The code hasn’t changed. The server hasn’t changed. The database hasn’t suddenly

<blockquote> <p>When a request takes five seconds, the obvious question is what to make faster. The more useful question is what, precisely, the system spent those five seconds

<h1> The CancellationToken That Never Propagated: A Subtle ASP.NET Core Timeout Bug I Missed in Code Review </h1> <p>In the early stages of my career, I believed that if an HTTP

<p>Every backend engineer has heard the advice: add a cache. It will make your system faster. And they are right, it will. But a cache that is not properly understood is one of

<p>Recently, I worked on an enterprise scoring and reporting application hosted on Azure SQL. What started as a simple performance issue eventually became a deep investigation

<blockquote> <p>The pager went off at 2:14 AM.</p> </blockquote> <p>If you’ve spent any time operating distributed systems, you know that sound. It doesn’t just wake you up; it

<p>In the early days of a startup, functional is the goal. You write a query, you get the data, and you send it to the frontend. But as we scaled past 50,000 users, that