Systems | Development | Analytics | API | Testing

You’re probably familiar with Android Geofencing already, but in case this is your first rodeo, it’s a location-based system that can receive access to a mobile device’s location data, and trigger all kinds of functions when users pass in and out of specific areas. The ads our users see, the content they can stream, the offers they receive via push notifications… all can be triggered by geofencing.

If you want to run a health-check on your Android app, Android Vitals is a great piece of kit. Developed by Google and available on the Google Play console, this performance and stability checking tool helps us fix issues proactively, improve the technical quality of our apps, and avoid uninstalls. Crucially, it will also improve our Google Play ranking, because Google Play ranks app quality using Android Vitals data. And the really great news?

Imagine you own a car. It’s reliable, runs smoothly and gets you where you need to go. But one day, you realize you need a GPS navigation system for better routes. What do you do? Would you redesign the entire car just to integrate GPS, or would you simply install a GPS device on the dashboard? Of course, the smarter choice is to add the GPS instead of modifying the car’s built-in system. This is exactly how a Kotlin Extension Function works.

When it comes to error monitoring in mobile apps, iOS and Android take distinct approaches due to their unique architectures and tools. Here’s a quick breakdown of the key differences.

In this article we’ll learn about Apple’s MapKit framework. MapKit is the native way to include map views in our iOS application to display map or satellite imagery. It is quite useful for any map-centric view and to show coordinates, annotate on them with a custom annotation, or just generally view world locations or specific map features. This article will be very hands-on and will include several examples on how things are done using MapKit and the mapkit api.

2025, developers use advanced tools and strategies to debug apps running in distributed systems, microservices, and modern frameworks like Flutter, React, and SwiftUI. Here’s a quick summary of the best practices to make remote debugging faster and more secure.