This article explains Partial Prerendering (PPR) in Next.js, a method that combines static and dynamic rendering for better performance. It details how PPR optimizes page loading by serving static content immediately while fetching dynamic data in parallel, addressing the challenges faced in previous rendering methods.

This article discusses how logs can provide critical context when debugging issues in Next.js applications, specifically when a bot protection feature incorrectly flags requests. The author shares a real-life example of a bug that was resolved by adding logs to track user agent data, demonstrating the importance of logging in understanding application behavior.

This article explains how to set up Sentry for Next.js applications to improve debugging in production. It covers configuring Sentry, addressing common errors, and analyzing performance issues effectively.

This article explores the challenges of scaling Next.js in Kubernetes and presents Watt as a solution. It details performance improvements, including faster request handling and better resource management, supported by benchmark results.

The article discusses the integration of Next.js with Vercel, highlighting the benefits of using these technologies together for building modern web applications. It covers deployment features, performance optimizations, and the streamlined development process that comes with using Vercel as a hosting platform for Next.js projects.

The article compares the page size performance of Astro and Next.js frameworks, highlighting their differences in loading times and efficiency. It provides insights into how each framework handles static site generation and dynamic content, aiding developers in choosing the right tool for their projects.

The blog post details the major features and updates introduced in Next.js 16, including enhanced performance optimizations, improved developer experience, and new capabilities that simplify building modern applications. It highlights how these changes aim to empower developers to create faster and more efficient web applications with ease.

The blog post announces the release of Next.js 15.5, highlighting new features and improvements such as enhanced image optimization, faster builds, and improved developer experience. It also discusses updates to the framework's routing capabilities and performance enhancements that benefit both developers and end-users.

The article discusses the concept of Promise.race in the context of Next.js, illustrating how it can be used to improve performance and handle multiple asynchronous operations efficiently. It provides examples and insights on optimizing API calls and managing loading states in web applications.

The article provides a comprehensive guide on self-hosting Next.js applications at scale, covering key considerations such as architecture, performance optimization, and deployment strategies. It emphasizes the importance of scalability, security, and efficient resource management to ensure a smooth user experience. Additionally, it offers insights into best practices and tools that can facilitate the self-hosting process.

The author shares their experience of building a full-stack React framework that significantly outperforms Next.js in speed and throughput. By focusing on specific optimizations and innovative design choices, they achieved a framework that is four times faster with enhanced scalability. The article details the methodologies and tools employed in this development process.

The article discusses the speed advantages of using Next.js for web development, highlighting its performance optimizations and features that enhance user experience. It emphasizes the framework's ability to handle server-side rendering and static site generation efficiently. Additionally, it provides insights into how developers can leverage these capabilities to create fast-loading applications.