Traveling today has become as simple as tapping a few buttons on your phone. Remember the days when getting a cab or rickshaw meant standing on the roadside, waving your hand endlessly, or negotiating prices? That struggle feels like a distant memory now. Thanks to technology, everything has changed, and the way we travel is one of the most noticeable transformations.

Mobile app developers are obsessed with speed for one simple reason - their customers are too! We expect a lot from the apps we use. They've got to load super fast, always stay up to date, and offer a steady stream of valuable features. For developers, this means relentless pressure to reduce build times and drive efficiency to stay competitive.

This guide walks you through the steps to test Android mobile apps secured by Appdome using the Katalon cloud testing platform. Follow these instructions to verify that your application functions correctly under secured conditions without triggering unintended security protocols.

Every iOS developer dreams of faster builds, but getting there isn't always straightforward. The reality is, mobile development is a complex process. There are many factors beyond your control—like legal considerations, device compatibility, and app store approvals—that can cause delays and slow things down. The good news is there is one way to speed up your builds without having to cut corners or sacrifice quality: Introducing the Apple M4 Pro Mac Mini on Bitrise.

If you've ever found yourself tangled up in the complexities of setting up CI/CD pipelines, you're familiar with the challenge of mapping code events with build triggers. At times, you may wish to initiate a few checks, while at other times, you prefer to execute several checks at once. It can be slow and, at times, frustrating to ensure that only those CI checks are triggered that are relevant to the code change. A better, more scalable approach? Target-based triggering.

Over 4000 engineering teams are building mobile apps and related projects using Bitrise. One trend we’ve observed is the increasing use of monorepos by some organizations. In this blog, I’ll show you an example setup that demonstrates the current best practice for using Bitrise CI with monorepos. You can use this as a reference for your own monorepo to achieve a CI setup that prioritizes efficiency, autonomy of project teams, and effective governance.

Jetpack Compose (sometimes mistakenly called Android Compose) is a powerful new UI toolkit for Android that embodies the principle of ‘Code As UI’, offering aa simpler and faster way to build native android UI using a declarative approach. Of all the UI components in Jetpack Compose, buttons have a special place, as these are the cornerstone of our user interface. They allow the user to take actions, submit forms, and navigate around the app smoothly.

Mobile apps have become an essential part of daily life. You need a mobile application for almost everything these days. Investing in mobile app development makes sense as an entrepreneur or business owner. However, developing a successful mobile application requires making smart technical decisions from the start. Choosing the tech stack is a significant activity during the mobile app development process. A tech stack is a suite of tools and technologies you can use to develop a mobile app.

In this article, I will introduce the steps to integrate Shorebird with Codemagic CI/CD, using the Codemagic Workflow Editor. You will be able to incorporate a workflow that allows code push of Dart code changes without requiring installation from the store. In the following example, changes to the text displayed in the user interface are reflected immediately.

In today’s fast-paced digital world, delivering seamless and efficient web application performance is non-negotiable. But there’s a major area that is often overlooked in performance engineering: remote terminal emulation (RTE). For organizations relying on mainframes or other legacy, terminal-based systems, blind spots in performance testing can introduce vulnerabilities that compromise the front-end web processes that rely on them.