So, you’ve built a cutting-edge AI model! Congratulations! With the vast array of AI capabilities coming to market, it may generate realistic product descriptions, analyze customer sentiment, or perform cutting-edge processing. Innovation with AI is helping companies to discover new capabilities and use cases. However, innovation alone isn’t enough. To truly reap the rewards of an investment in AI, companies need a strategy to monetize it.

Rate limiting is a fundamental mechanism for controlling the number of requests a client can make to a server in a given time frame. In a world where more than 30% of web traffic comes from malicious bots, that proactive strategy is critical to protect servers from abuse. In this tutorial, you'll delve into the concept of rate limiting and understand why you need it in your Node.js backend. Then, you'll learn how to implement it in Express to block or slow down incoming excess requests.

All the reasons why backend development today feels harder, or, at the very least, vastly more complex than 20 years ago.

One such industry that has been on a growth trajectory since then is the Retail/ Shopping Industry. So, if you’re looking for a way to boost your sales and take your business to new heights, then one thing that should be on your radar is to create a shopping app. When eCommerce hit a jackpot in 2020, everyone wanted to be the next Amazon. So, it’s clear that you won’t succeed in this cutthroat market by creating a low-budget Amazon clone, rather you need something extraordinary.

In a world where technology reigns supreme, there’s a revolution underway that’s turning industries upside down and blowing everyone’s minds. What are we talking about here? It’s called digital transformation! Moreover, the extraordinary features of digital transformation services have become more than just a buzzword, like a game-changer, literally. And not just among a few industries but rather every single industry present in this world!

Have you ever found yourself in the midst of a lively debate if cross platform app development is the right approach or not? Worry not, because that’s what we are going to talk about today. In today's crowded digital landscape, where over 2.59 million apps beckon in the Google Play Store and 1.96 million in the Apple App Store, the race to capture the attention of millions of potential users is fierce.

The emergence of digital transformation technologies led to a nationwide change, causing a profound impact on various industries throughout the world. Among the conventional sectors affected by it, the healthcare industry emerged prominently. Interestingly, it not only disrupted but also provided a significant impetus to the healthcare sector, thereby positively influencing the different types of healthcare software and the medical software industry.

If you are new to Microfrontends architecture, it’s a modern approach for splitting the frontend of your application into multiple components, so it’s easier to code and manage. We’ve actually got a separate article, introducing the concept, which you can read here. Or, if you’ve already read that introduction and now want to go a step further, just read on.

As your Elixir app grows, you might need advanced control over how and where to perform background tasks or pull them off queues to manage back pressure. In this post, you will learn how to handle background jobs with Flume, a job processing system that uses GenStage and Redis. It provides durability, back pressure, job scheduling, rate limiting, and batch processing, among other things. We will expand on each of these features in detail.

Have you ever found yourself rummaging through the fridge, trying to figure out what groceries you have and what you need to buy? Okay, maybe this isn't a super serious problem, but what better way to manage this chore than by building a web API? In this guide, we'll craft a grocery management API with Go and Gin. If you're new to API lingo, CRUD might sound a bit... well, crude. However, it's a fundamental concept! CRUD stands for create, read, update, and delete.