Production-ready Node.js guides covering Express, authentication, caching, real-time apps, and scaling strategies.
An in-depth analysis of Bun.js performance compared to Node.js, featuring real-world benchmarks, code examples, and migration strategies for modern JavaScript development.
As the landscape of JavaScript runtimes expands, Bun and Deno have emerged as two promising alternatives to Node.js, each offering unique features and optimizations. Bun is known for its speed and efficiency, while Deno emphasizes security, TypeScript support, and compatibility with modern standards. This comparison dives into the details of each runtime, helping developers choose the best option based on performance, compatibility, security, and ecosystem support.
Deploying a Node.js application in production involves more than just pushing code to a server. Ensuring optimal performance, security, and maintainability requires careful configuration, monitoring, and adherence to best practices. In production, applications face heavier traffic, varying workloads, and greater security risks, making it essential to prepare your Node.js app to handle these demands.
Building a REST API is essential for modern web applications, enabling you to interact with your backend using standard HTTP methods. In this guide, we will build a REST API with Node.js, Express, and MongoDB, covering everything from setting up the project to implementing CRUD operations. By the end, you will have a fully functional API that you can use as a backend for web or mobile applications.
Creating a RESTful API in Node.js with Express is ideal for building scalable and efficient backends. This guide walks you through setting up a RESTful API with Express, handling CRUD operations, connecting to MongoDB, and structuring the project for scalability.
Email notifications keep users informed and engaged by providing timely updates on important events. By combining Nodemailer with cron jobs, you can automate email notifications in a Node.js application, whether it’s for daily reports, reminders, or promotional updates. This guide walks through setting up scheduled email notifications, covering the basics of Nodemailer and the use of cron jobs to handle recurring tasks.
Boost Node.js performance by up to 80% with efficient caching using node-cache. Complete guide with setup, TTL configuration, memory management, and production best practices. Includes code examples and performance benchmarks.
Caching is essential for optimizing application performance, reducing server load, and delivering fast responses. Implementing caching effectively in Node.js requires understanding various caching patterns that ensure data consistency, efficiency, and scalability. Common caching patterns include cache-aside, read-through, and write-through caching, each suited to different data consistency needs and access patterns. In this guide, we’ll explore these caching patterns and discuss how to implement them in Node.js with Redis and node-cache, detailing use cases, pros, and cons for each.
Learn how to install Bun, the blazing-fast JavaScript runtime, on macOS, Windows, and Linux. Step-by-step installation guide with commands, troubleshooting tips, and performance benchmarks. Get started with Bun in under 5 minutes.
Deno 2.0 is a modern runtime for JavaScript and TypeScript, designed for security, TypeScript support, and compatibility with Node.js. In this guide, you’ll learn how to install Deno 2.0 on macOS, Windows, and Linux. Additionally, we’ll cover multiple installation options for each operating system so you can choose the best method for your setup.
As applications scale, handling high traffic and providing fast, reliable responses become challenging. Two essential techniques for managing this demand in Node.js are rate limiting and caching. Rate limiting controls the flow of requests, preventing abuse and protecting backend resources, while caching optimizes performance by storing frequently accessed data for quicker retrieval. In this guide, we will explore how to implement rate limiting and caching to improve the efficiency, speed, and stability of your Node.js APIs. We
Caching is a powerful technique to improve the performance of Node.js applications by reducing load on the server and speeding up response times. By storing frequently accessed data temporarily, caching helps avoid redundant calculations, database queries, and network requests. This guide covers various caching strategies for Node.js, including in-memory caching, Redis, HTTP caching, and best practices to make the most of caching.
Caching is one of the most effective techniques for improving application performance, reducing load on databases, and enhancing user experience. In Node.js, there are multiple ways to implement caching, from simple in-memory caching with objects to using libraries like node-cache or distributed caching solutions like Redis. Each approach has unique strengths, making it suitable for different use cases.
Request throttling is essential for controlling the rate of incoming requests, especially in high-traffic applications where excessive requests can strain servers, increase costs, and negatively impact user experience. By using node-cache, we can create a simple, in-memory solution for throttling in Node.js. node-cache allows us to set request limits, track request counts, and enforce time-based restrictions without the need for a distributed caching system.
Explore how to implement real-time notifications in Node.js using Socket.io. This guide covers setting up a Socket.io server, handling events, and pushing notifications to clients in real-time.
As your Node.js application gains users and experiences increased traffic, scaling becomes crucial for maintaining performance and reliability. Scaling a Node.js application allows it to handle more requests, reduce response times, and provide a smoother user experience under high demand. There are several strategies for scaling, including horizontal scaling, load balancing, auto-scaling, and clustering.
CORS (Cross-Origin Resource Sharing) is a security feature in web browsers that restricts web pages from making requests to a different domain than the one that served the original page. By configuring CORS in a Node.js and Express application, you can control which origins are allowed to interact with your server. This guide explains the concept of CORS, why it’s essential, and how to configure it in Express.
Handling file uploads in a Node.js application allows users to share images, documents, and other media files directly with your server. Using Multer with Express, you can configure a robust file upload system that securely manages files, validates their types, and stores them effectively. This guide will walk you through setting up file uploads, covering everything from configuring storage to securing and validating uploaded files.
In the constantly evolving world of JavaScript runtimes, Node.js and Deno remain two of the most prominent options for developers. Node.js 20 and Deno 2.0 each bring unique capabilities and optimizations, with their latest releases providing developers with greater performance, security, and compatibility. This article dives into each runtime
A comprehensive guide to implementing real-time features using WebSocket technology. Learn how to build scalable, bidirectional communication channels for modern web applications.