Systems | Development | Analytics | API | Testing

It’s one thing to build an app. It’s another to make sure it actually works the way people expect – on real iPhones, in the wild, under all kinds of conditions. That’s where iOS app testing comes into play. Crashes, broken layouts… these are the kinds of things that can tank your reviews fast. If you want to avoid that, you need to test the app properly. And that’s exactly what we’re going to walk you through in this short guide.

Jetpack Compose is Android’s modern UI toolkit. It unifies and simplifies the experience by consolidating state and logic in the rendering with a more declarative approach. Among its most notable features is a powerful animation framework that helps developers create fluid and performant animations with ease. Jetpack Compose allows you to easily inject animations into your UI, which is a great way of providing visual feedback and enhancing interactions that directly affect the user experience.

Swift extensions are one of the most useful tools in iOS development, allowing us to add new functionality to existing types without subclassing or rewriting code. In this guide, we’ll break down how extensions work, why they matter, and how to use them effectively. You’ll learn: By the end, you’ll know how to use extensions to write cleaner, faster, and more maintainable Swift code.

It is surprising how much of your data is truly out there. If you don’t believe us, simply type your name or alias into Google. Everything, from old forum posts and cached resumes to even leaked private information, can be commonly found with just a simple search query. This is very common for individuals in all industries, but especially for developers.

Swift Composable Architecture (TCA) is one of the cleanest and most scalable ways to build iOS and macOS apps today. Created by Point-Free, it pulls together state management, side effects, dependency injection, and modular design into one consistent and predictable system. Whether we’re crafting a tiny feature or designing a full-scale app, TCA helps us write Swift code that’s easier to test, easier to work out, and a lot less painful to maintain over time.

In the software development lifecycle (SDLC), deployment is the final step, the one where your app is delivered to users. Traditionally, this has meant installing software on the customer’s premises or hosting it in-house. But this approach comes with significant overhead: With the rise of cloud computing, Software as a Service(SaaS) and Platform as a Service(PaaS), these manual steps are quickly being replaced.

Did you know more than half of users will bail if your app doesn’t load in under three seconds? That’s not a fun stat. But it’s real, and it shows up fast, especially in high-traffic moments. Take an e-commerce app during a big sale. One delay during checkout, one stutter when loading the cart, and users are gone. That team watched retention nosedive because mobile app performance didn’t hold up under pressure. The problem wasn’t the features. It was the lag.

Android app development is the process of building software for Android devices, such as smartphones, smart TVs, tablets and wearables. It’s a Linux-based system and open source, which means manufacturers can customize it. Android version names used to be named after desserts, like Lollipop, Marshmallow, KitKat and Oreo. From version 10, Google switched to number-based names like Android 10, Android 11, Android 12, etc, up to the most recent, Android 15, which was released in September 2024.

More and more businesses are now starting to realize the importance of having a mobile app developed to boost their business and increase customer engagement. There is a good reason to develop a mobile app and hire a mobile app developer to do this. Why? 2017 was a historic year because for the first time mobile internet use overtook desktop searches. Many studies also show that more and more people are using mobile apps to access the internet rather than their web browser.

At the 2025 instalment of its WWDC event, Apple set out its long-term vision for how we think about platform strategy, AI integration and multi-device architecture. If you’re a CTO, staff engineer, or mobile lead, this wasn’t just a conference to watch, it was one to plan your entire roadmap around. What Apple revealed at this year’s WWDS will affect everything from your frontend stack to how your systems talk to hardware.