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Azure SQL vs MySQL: What are the Differences?

Here we’ll review Azure SQL vs MySQL, and what their differences are. Databases have been around for ages. From ancient paper based records to modern computerized systems, they essentially serve one purpose, which is to enable data storage in a way that is structured, permanent and easily retrievable or referenced, while maintaining its integrity. Here’s the key things to know about picking Azure SQL vs MySQL: Table of Contents.

AI vs. Generative AI: What's the Difference?

Google the topic of artificial intelligence, and you’re likely to be taken down a deep, winding rabbit hole. If you venture only a little under the surface, you will encounter fantastical terms like perceptron, sigmoid neuron, and nonlinearly separable classifications. To save you from falling into that hole, this article will give a short, clear explanation of AI vs. generative AI.

Simplify mobile testing with Tricentis Mobile Agent

Mobile devices permeate almost every facet of our lives. With the number of mobile users currently at 5.1 billion and growing, mobile commerce growth will not stop anytime soon. To capitalize on this market, it’s critical to deIiver a high-quality user experience through robust mobile testing. Unfortunately, most companies have been slow to adopt mobile testing. Part of the complexity lies in setting up and configuring various iOS and Android devices.

Introducing Tricentis Device Cloud: Real mobile device testing with codeless automation

Whether you’re developing mobile apps for business-to-business (B2B) or business-to-consumer (B2C) purposes, delivering a seamless mobile experience is critical for survival in today’s complex, fiercely competitive digital business landscape. In line with this demand, we’re thrilled to introduce Tricentis Device Cloud.

What is RabbitMQ Queues Test?

RabbitMQ is one of the most popular open source message brokers. It is designed to provide high availability, scalability and reliability for enterprise level messaging applications. RabbitMQ basically navigates exchanges between a client (producer) and a consumer, who receives these processed messages. Messages are bundled into queues based on their characteristics and adequately processed. This segregation helps organize data much easier and makes alloting similar functions to a single queue.