Embrace: Modern mobile observability built on OpenTelemetry
Embrace combines open-source SDKs with an analysis dashboard to help the entire engineering team understand exactly what is disrupting mobile user experiences.
Read moreREPORT: Overcoming key challenges in mobile observability: A guide for modern DevOps and SRE teams
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Embrace combines open-source SDKs with an analysis dashboard to help the entire engineering team understand exactly what is disrupting mobile user experiences.
Read moreEmbrace's new Release Health page lets you compare the stability and performance of two different app versions in one simple, streamlined view. See side-by-side stats around crash rate, errors, exceptions, and ANRs to quickly identify improvements or regressions across releases. Prioritize which issue to fix based on how many of your users are being impacted.
Read moreEmbrace's Custom Dashboards have become an even more powerful analysis tool with the release of an exciting new feature - Timeseries Arithmetic. This allows devs to build highly customized widgets by combining different datasets using basic arithmetic expressions.
Read moreBackground services and background threading are a vital part of any mobile application, but they can also be a source of crashes and other issues. To ensure the smooth operation of background services and threads, monitoring and analyzing their performance using metrics is essential.
As an iOS developer, understanding SIGKILLs is vital. The right understanding helps you problem solving faster, produce highly performant apps, and save valuable development time that can be refocused on innovation.
ANRs can be a major headache for developers, but call stack snapshots offer a solution. By capturing additional context about ANRs in production, developers can gain insights that help diagnose and solve performance issues.
Null references are a common source of frustration that can lead to crashy code. Fortunately, Dart provides a null safety feature to help solve these issues at compile time, so they don't affect your app at runtime. Read on to learn more.
Navigate the challenges of garbage collector performance spikes in Unity and optimize your game's performance, as we explore memory management techniques, object pooling, and efficient resource allocation strategies, empowering developers to create smoother gameplay experiences with reduced stuttering and improved frame rates.
By leveraging Flutter's built-in widgets, layout options, and performance optimization techniques, we can effectively understand and work with Flutter's constraints to create high-quality, responsive apps that deliver a seamless user experience across different screen sizes and device capabilities.
It's vital that Unity developers understand null reference exceptions. This knowledge helps developers write great code, produce highly performant games, and maintain satisfied app users.
We asked our Android engineers how to find and fix known ANRs by profiling an app. Here's the three-step process they recommended.
Concurrency in Flutter, like in other languages and frameworks, can help make your app perform better. It can be tricky to implement in practice, however. Read on for an overview of how Flutter handles this principle, plus some things to watch out for.