Blog
Dynamic Angular Config for SSR
Deploy one Angular app for many clients with unique configs—without breaking SSR or DX. Here’s how to unlock dynamic configuration.
What Is LCP And Why It Matters: Unlock Instant Page Experiences - Part 1
Largest Contentful Paint (LCP) is a Core Web Vital that shapes user perception of speed. This first part explains what LCP is why it matters for SEO and business, and how its phases affect site performance.
Advanced CPU Profiling in Node - Profile Data Structure
CPU profiles are more than flame charts—they’re structured JSON files. Learn how nodes, samples, and time deltas form the backbone of DevTools performance data.
Advanced CPU Profiling in Node - Real-Life Examples
Profiling is easiest when it's real. Learn how to capture and make sense of CPU profiles in Node.js across scripts, threads, and processes—then apply it to your own projects.
Advanced CPU Profiling in Node - Best Practices and Pitfalls
Get deeper insights into your Node.JS performance. Learn how to master advanced CPU profiling with built-in tools, interpret process/thread IDs, and optimize using sampling intervals. Troubleshooting and real examples included.
Implementing Incremental Hydration in Angular (Part 3/3)
Implement incremental hydration in a real-world Angular app - Basic setup, hydration triggers and important considerations for a seamless integration.
The Game-Changing Impact of Incremental Hydration in Angular (Part 2/3)
Let's dive deeper into why incremental hydration in Angular matters so much for performance and user experience, focusing on its influence on Largest Contentful Paint (LCP), Interaction to Next Paint (INP), and Cumulative Layout Shift (CLS).
Incremental Hydration in Angular: Introduction (Part 1/3)
Incremental hydration is a groundbreaking new feature in Angular that heavily impacts critical performance metrics like INP and LCP, while also reducing the effort required to maintain CLS at low levels.
Unlocking Code's DNA: What You Need to Know About Abstract Syntax Trees
Think of an AST as the secret blueprint, the hidden structure that reveals the true meaning of your code – way more than just the lines you see on the screen. Let's dive in and demystify these ASTs, and I promise you'll see your code in a whole new light.
![Angular 19.2: Template Literals in [class] – A Cleaner Alternative to [ngClass]?](https://images.ctfassets.net/aj48k9r3ciml/7HDLsfryZO6QM9TFrI3ghd/d8db86c1da7f9bb39201f767a851bb52/template_literals.png?fm=avif&q=75&fit=fill)
Angular 19.2: Template Literals in [class] – A Cleaner Alternative to [ngClass]?
Angular 19.2 introduces a powerful enhancement for dynamic styling—template literals inside [class] bindings. If you've been relying on [ngClass] and [ngStyle] to manage conditional styling, this update simplifies your workflow.
