Scaling Teams With Federated Super Apps

Explore the React Native Super App Showcase architecture: Re.Pack, Module Federation, runtime bundles, shared dependencies, and production releases.

Learn how to connect a React Native host and mini app with Re.Pack 5 and Module Federation, then load the remote module at runtime.

Learn how Module Federation works in React Native with Re.Pack, when it makes sense, when simpler options are better, and what teams need to validate before adopting runtime delivery.

Learn how TurboModule substitution helps React Native plugin systems provide native capabilities while preserving sandbox boundaries.

This release focuses on parallel, smarter transforms with a new Babel & SWC loader, official support for React Native 0.80 and 0.81, fully typed configs, support for Rozenite and more

react-native-sandbox lets you run multiple React Native instances in one app. Build secure super apps and plugins with true runtime isolation, crash containment, and configurable permissions for native modules, perfect for integrating third-party code safely.

Discover how to build universal Super Apps using React and React Native. Join Mike Grabowski, CTO at Callstack, as he explores dynamic code delivery, native UI rendering, and how RePack bridges the gap with Module Federation.

Explore runtime hooks, prefetching MF remotes, and more in Re.Pack 5.1. Join us live or watch the replay.

Get ready for faster development cycles and reduced risks when rolling out updates for mobile apps with microfrontends enabled by Zephyr Cloud and Re.Pack.

Join us to learn how Re.Pack helps manage complexity in React Native apps, enables scalable teams, and boosts release processes.

In the 18th episode of the React Native Show Podcast, Łukasz Chludziński, Paweł Trysła, and Zack Jackson talk about Module Federation in Webpack and Re.Pack. They also discuss some of the buzzwords related to this type of architecture, for example, super apps and micro frontends.

This episode explores Re.Pack, an Open Source, Webpack-based toolkit to build React Native apps with the full support of the Webpack ecosystem.

Learn how React Native AI uses a unified provider model to switch between cloud and on-device LLMs without rewriting application logic, enabling reliable AI experiences online and offline.

Learn how on-device models in React Native can call tools, interact with external APIs, and return structured outputs you can use directly in application logic.

Learn how to run third-party on-device LLMs in React Native using MLC LLM. Choose your models, run them efficiently across platforms, and keep a unified JavaScript API with React Native AI.

Learn how to use Apple’s built-in Foundation Models in React Native apps, reduce memory usage, and enable fast, fully on-device AI with React Native AI Apple.

Learn why on-device AI matters for React Native apps, how local LLMs behave offline, and what problems React Native AI is designed to solve from day one.

Learn how to implement a React Native TurboModule on Android, from the TypeScript spec and Codegen to the Kotlin implementation and package registration.

Learn how JavaScript, native module, background, and main threads interact in React Native TurboModules, and how to use GCD queues to run async work safely in Swift.

Learn how to expose typed, immutable constants from a Swift TurboModule using Codegen, and get full end-to-end type safety between native and JavaScript.

Learn how to emit native events from a Swift TurboModule and subscribe to them in JavaScript, including proper memory management and Codegen integration.

Learn how to build a fully working TurboModule in Swift, integrate it with Codegen, and bridge it through Objective‑C inside an Expo app.