The year is 2024 (yet), and Node.js has reached version 23, with two semver-majors released per year it might be difficult to keep track of all areas of Node.js. This article revisits the State of Node.js performance, with a focus on comparing versions 20 through 22. The goal is to provide a detailed analysis of how the platform has evolved over the past year. This is a second version of "The State of Node.js Performance" series.

At NodeSource, we are always striving to enhance the resilience, scalability, and openness of our tooling. Recently, we took a significant step forward by adopting gRPC in N|Solid —a widely used open-source protocol for efficient communication between systems. This move represents a major shift in how we transmit data internally while ensuring seamless continuity for our users.

Optimizing Node.js applications often involves sifting through complex performance data, trying to uncover hidden inefficiencies or bottlenecks. With N|Solid’s AI-powered profiling tools, you gain more than just data—you get actionable recommendations to diagnose and resolve issues with precision and speed. By leveraging predefined prompts and AI-powered analysis, the copilot not only highlights bottlenecks, inefficiencies, or anomalies but also provides clear guidance on how to address them.

We’re thrilled to announce an exciting new release of N|Solid, bringing powerful updates designed to enhance Node.js performance and scalability. This release introduces two major features: These updates mark important advancements for Node.js developers and operations teams. The gRPC transition ensures a solid foundation for scaling and future-proofing your applications, while the AI-powered profiling tools empower you to fine-tune your performance with increased precision.

At NodeSource, we pride ourselves on delivering the best tools and open source support for Node.js users. Staying aligned with the latest releases is a key part of that commitment. With the latest Long-Term Support (LTS) release, Node.js 22 (codenamed "Jod"), we continue to ensure our users have access to reliable, secure, and up-to-date **Node.js binaries **through our NodeSource Binary Distributions.

On October 29, 2024,* Node.js v22 officially transitioned into *Long Term Support (LTS) with the codename 'Jod'. For developers and organizations relying on the stability of Node.js for production environments, this transition marks a key milestone for Node.js 22.x, ensuring it will receive critical updates and security support for years to come. Let’s take a closer look at what this means, along with a refresher on the Node.js release lifecycle .

We're thrilled to announce the release of N|Solid 6, the latest version of our powerful tool designed to elevate your production Node.js applications and services. Packed with advanced features and enhancements, N|Solid 6 offers unparalleled insights and operational control, making it the go-to solution for monitoring, diagnosing, and securing your critical Node.js applications.

N|Solid Runtime, the OSS runtime that powers N|Solid Pro, is an innovative, lightweight runtime for Node.js applications. It offers real-time insights into performance, memory usage, and CPU consumption, giving developers unparalleled visibility into their code without requiring any modifications. In today’s software landscape, understanding your application's production behavior is crucial. With cloud-native architectures, microservices, and distributed systems, pinpointing issues is challenging.

We are thrilled to announce the release of a new feature in N|Solid that includes sample heap profiling and heap objects observability for main processes and worker threads. N|Solid is known for its Node.js performance and security observability and diagnostic tools and best-in-class low overhead has completed a new innovation to hunt memory leaks in development and production environments. Memory is a precious resource in computing.

Exciting news this week! One of the latest features in Node.js core is the addition of support for requiring synchronous ECMAScript Modules (ESM) graphs. This enhancement promises to simplify the transition for package authors and users alike, as the ecosystem gradually shifts towards ESM. This long-awaited feature, enabled via the --experimental-require-module flag, marks a pivotal moment in Node.js development, addressing a persistent pain point for developers.