Comparison

Mobile CI/CD that covers more than the app

Bitrise and Codemagic are mature at app builds, but they cover exactly one part of your product. The Application Platform builds mobile, web, backend and servers from the same project.

  • Flutter, Expo and native iOS and Android projects in one pipeline
  • macOS machines for iOS builds, signing and store publishing
  • Web frontend, backend and servers in the same setup instead of separate services

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  • App StoreApple releases with prepared metadata and assets.
  • Google PlayPlay Store listings populated automatically.
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App Store and Play Store are served from the same pipeline.

In short

The difference is not the quality of the mobile builds but how much of your product a single setup covers.

  • A specialised mobile CI service fits when the app is the whole product and nothing ships beside it.
  • The Application Platform fits when app, web, backend and servers ship together.

A specialised mobile CI service next to the Application Platform

This reflects the typical scope of each option. Details change over time, so check the current information from each provider when it matters.

Criterion Application Platform Specialised mobile CI service
Flutter and Expo builds Fully covered: Prepared pipelines for Flutter and Expo projects Fully covered: Core product, mature and widely proven
Native iOS and Android builds Fully covered: Native project types are part of the templates Fully covered: Core product, with many ready-made building blocks
macOS machines for iOS Fully covered: macOS workspaces in the cloud, usable interactively over RDP and VNC Fully covered: macOS runners are part of the offering
Managing signing material Fully covered: Android keystore, Apple credentials and Azure Artifact Signing held in the platform Fully covered: Signing management is a focus of these services
Store metadata and screenshots Fully covered: An editor for texts, screenshots and changelogs per language inside the project Partly covered: Upload through Fastlane, metadata usually maintained in the store portal
Deploying a web frontend Fully covered: Next.js, Astro and Hugo run from the same project base Not offered: Not what the service is for
Running backend services Fully covered: NestJS, Laravel and FastAPI as long-lived services with a database Not offered: Not part of the product
Setting up and running servers Fully covered: Your own server over SSH or a managed one, with Docker, proxy, SSL, firewall and backups Not offered: Not part of the product
Development environments Fully covered: Remote workspaces with VS Code, JetBrains, RDP and VNC, including macOS Not offered: Not part of the product
Mobile-specific extras Partly covered: Fundamentals covered, but no mobile-only feature depth Fully covered: Extensive building blocks, device test runs and mobile integrations

Green means fully covered, amber partly, grey not offered. Specialised mobile CI services are mature in their field – the difference lies in how much of the chain each option covers.

As of 10 August 2026. This comparison describes typical workflows and can differ from project to project.

What one shared setup changes for mobile teams

Six things that become noticeable as soon as the app is not the only moving part.

One pipeline for every part

App, web interface and backend all run through GitLab CI with the same test, build, publish and release steps.

macOS without owning hardware

iOS builds run on the platform’s macOS machines, which you can also use interactively over RDP or VNC.

Signing in one place

Android keystore, Apple credentials and Azure Artifact Signing are managed centrally rather than on developer laptops.

Store releases included

Sentry is set up automatically and shows errors with stack trace, release and context, for the app and the backend alike.

Pipeline for Customer App

test
build
publish
release
Mobile builds follow the same path as web and backend.

Setting up mobile CI/CD on the platform

Four steps from project to store release.

  1. Create a project from a mobile template

    Pick Flutter, Expo or a native iOS or Android project. Repository, structure and pipeline are created with it.

  2. Store your credentials

    Apple credentials, Play access, the Android keystore and, if needed, Azure Artifact Signing are kept in the platform.

  3. Maintain the store listing

    Titles, descriptions, screenshots and per-language changelogs live in the metadata editor rather than the portals.

  4. Add the remaining parts

    Create backend and web interface in the same project. They share the server connection, environments and credentials.

Frequently asked questions

Are Bitrise and Codemagic worse at mobile builds?

No. Both specialise in mobile builds and ship a large catalogue of ready-made steps. If your app is the entire product, there is little reason to switch. The comparison gets interesting once other parts sit alongside the app and also need shipping.

Which mobile technologies are supported?

Flutter, Expo and native iOS and Android projects are prepared templates, each also as a whitelabel variant. For iOS builds, macOS machines in the cloud are provided. Publishing runs through Fastlane to the App Store, Play Store and Microsoft Store.

How are certificates and keystores kept?

No, review times at Apple, Google and Microsoft stay exactly as they are. What gets automated is everything before that: build, signing, versioning, metadata, screenshots and the upload. That shortens the path from finished feature to submission.

Try it on one app project

Register for free, create a mobile project and see how far the pipeline gets without any groundwork.

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