Security is critical for any application, especially when dealing with sensitive data like financial records or user information. Databases such as MongoDB and PostgreSQL communicate over the network, making them vulnerable to interception. SSL (Secure Sockets Layer) encrypts the communication between the client and the database server to prevent data exposure. This encryption ensures that: 1. Data Integrity: No third party can modify the data in transit. 2.

With this latest update to Testim Mobile, we introduce unmatched test automation support across custom mobile applications not possible with other solutions. With proprietary technology available nowhere else, Testim Mobile authors tests that are more stable for cross-platform frameworks, like Flutter and React Native, and hybrid applications with embedded web views. Testim Mobile provides product development teams a complete AI-powered test automation solution, entirely in the cloud.

In the digital age, we interact with countless applications, whether for personal, professional, or recreational purposes. Many of these applications appear consumer-oriented but are, in fact, business-to-business (B2B) applications. For example, when accessing healthcare services, payroll systems, or school management platforms, you are likely using applications where your provider (such as your GP or employer) is a business customer of a larger B2B application.

The evolution of baggage handling has long been a complex challenge for airports, airlines, and travelers alike. With millions of bags processed daily worldwide, ensuring each reaches its destination efficiently and securely is critical for passenger satisfaction and operational efficiency.

This year, Apple Intelligence will be available in beta. It's a set of artificial intelligence features that Apple will add to macOS, iOS, and iPadOS devices to offer consumers a more personalised experience designed to help improve their efficiency and productivity. There's a lot of excitement around what Apple Intelligence will bring to developers, consumers, and the ecosystem as a whole. You can read more about the possibilities our CEO believes it will unlock here.

This is one of a series of posts that explain Ably’s four pillars of dependability. The four pillars project at Ably is about making concrete, objectively verifiable, statements about the technical characteristics of the service. We aim to ensure that our claims about service performance are expressed clearly in terms of explicit metrics, and we explain in technical terms how those performance levels are met.

When running tests, it's a great feeling to see dozens of green check marks indicating that a test suite is passing. It's especially gratifying after tackling a tricky bug or slogging through a tough feature. But those passing tests may be giving you a false sense of security. Often, bugs lurk in passing tests, undermining trust in the test suite and your application. Such tests can cause more harm than good, giving you a hearty pat on the back while hiding broken functionality.

In the first part of this series, we set up a basic Rack app, learned how to process a request and send a response. In this post, we'll take over connections from Rack and hold persistent connections to enable pathways such as WebSockets. First, though, let's look at how an HTTP connection actually works.