Sometimes, you need to deal with sensitive user data you can’t just save like that on the file system. Instead, you should encrypt it to make it safe from attackers. In this video you’ll learn the ins and outs about the keystore system and how we can use…

In this tutorial, you will learn everything that you need to know about coroutines in Kotlin. With this article, I will cover basic…

As you probably already know, Kotlin 1.7.0 has been released. This version introduces the Alpha version of the new Kotlin/JVM K2 compiler…

This post of our Compose Basics series goes into detail on what it means to think in Compose. Because Jetpack Compose is a declarative UI…

Automation has become a necessity in the Dev-Sec-Ops world. Ideally, once an action is automated, you should not be doing it manually…

I will briefly introduce you with the new Logcat in Android Studio.

If we use enums correctly, we can write less code and get better results. At the same time, we prevent code pollution.

In this post, you’ll learn about design patterns, architecture, and essential solutions for Android and how they have evolved over Android’s long history.

Learn all about Android's journey from early development to its market dominance and future plans with Google.

Kotlin 1.7.20 has been released! Highlights include: K2 support for several new plugins; preview of the ..< operator for open-ended ranges; K/N memory manager enabled by default; inline classes with generic underlying types (experimental). Learn more!

Yet another take on AutoClearedValue

Integration of GitHub pull requests on Android Studio

Kotlin Coroutines not only enable asynchronous programming—often known as non-blocking programming—but also offer up plenty of additional possibilities, such as concurrency and actors. Coroutines on Android manage lengthy operations that will otherwise render…

Why Adaptive UI

Let’s replace Android’s material package with our own implementation

Android Dev Summit ‘22 kicks off on October 24 with the keynote, your opportunity to hear directly from the Android team.

TL;DR Architecting an application with a pure function at it’s core can be a first step towards the “functional-core imperative shell” ideal which can facilitate simplification of a codebase and associated automated testing.

Whether you're mapping the API response model or sorting, filtering, and manipulating Kotlin collections; these functions are very useful.