Read about Backend development

Building Custom APIs with Strapi: A Flexible Approach to Backend Development

Create powerful custom APIs with Strapi using controllers, services, and secure endpoints. Ideal for scalable, flexible, and API-driven backend solutions.

Enhancing Backend Security with Strapi: Best Practices and Techniques

Protect your Strapi backend by updating regularly, enforcing HTTPS, managing permissions, and securing inputs, secrets, and API activity.

Getting Started with Strapi: A Modern Headless CMS for Backend Development

Strapi is a flexible, open-source headless CMS ideal for modern backend development, offering fast API generation and easy content management.

Integrating Strapi with Frontend Frameworks: Powering Dynamic Applications

Discover how to integrate Strapi with React or Vue to build dynamic apps using flexible APIs, efficient content management, and scalable architecture.

Advanced TypeScript Techniques for Robust Backend Development

Discover advanced TypeScript techniques to build safer, scalable backend systems using types, immutability, decorators, and JS integration.

Enhancing Backend APIs with TypeScript: Benefits and Best Practices

Discover how TypeScript enhances backend API development with type safety, better tooling, and best practices for scalable systems.

Getting Started with TypeScript for Backend Development

Learn how TypeScript improves backend development with type safety, better tooling, and scalable practices in Node.js-based environments.

Type Inference in TypeScript: Simplifying Backend Code with Strong Typing

Type inference in TypeScript boosts backend code clarity and safety by reducing boilerplate while keeping strong typing and refactor support.

Node.js and Microservices: How to Build a Scalable Architecture

Node.js enables scalable microservices with efficient I/O handling, perfect for complex applications. Learn to build, scale, and optimize services using best practices.

Understanding the Event-Driven Architecture of Node.js

Node.js’s event-driven architecture uses an event loop and non-blocking I/O to handle multiple concurrent requests, making it ideal for scalable, real-time applications.