Using Islands architecture, you can hydrate only the interactive parts of a page, which can significantly reduce the amount of WebAssembly shipped to the user's browser, leading to faster load times.

By switching to Islands for interactive components, you can achieve a 75% reduction in the size of the application, which can lead to a fourfold improvement in loading time.

Parse became a platform that significantly accelerated mobile app development, allowing developers to focus on the client-side while we handled the backend complexities.

In server-side rendered applications, the time to interactive is proportional to the amount of content on the page, meaning more content can slow down loading and interactivity.

Achieving high performance scores, like 100 on Lighthouse, can be done without using advanced techniques; it's possible to optimize the overall size of your application and load it over time.

Before writing a line of code for Next.js, I outlined seven principles of what the ideal state-of-the-art web would be, including instant loading and real-time data.

The magic happened when we aligned the needs of those wanting simplified deployment with those wanting simplified React and web application building. I struggled in the beginning to deliver the vision incrementally and meet the market where it was, which at the time was very static.

Dynamic linking in Rust has historically been challenging, but recent advancements are enabling better code splitting and lazy loading, which can improve performance in web applications.

Polyat allows users to design and iterate faster with AI, providing production-ready code and facilitating quicker shipping of projects.