Expo vs React Native CLI: Which One Should You Choose in 2026?
Choosing between Expo and React Native CLI is one of the first decisions React Native developers make when starting a mobile application. Both approaches allow developers to build cross-platform applications using React Native, but they differ significantly in setup complexity, native flexibility, deployment workflows, and maintenance requirements.
Understanding the strengths and trade-offs of each option can help you select the setup that best fits your project's requirements.
What is React Native CLI?
React Native CLI is the official command-line interface for React Native. Unlike Expo, which hides much of the native complexity, React Native CLI gives developers direct access to Android and iOS native code, providing full control over app configuration, native modules, and platform-specific customization.
What is Expo?
Expo is a package of libraries, commands, utilities, and a framework built on top of React Native. It provides ready-made tools that let developers build apps using JavaScript and TypeScript while hiding much of the complex native (platform-specific) configuration.
Developer Experience
Expo is build so that developers get productive quickly. New projects can be created with just a few commands, and common mobile features like cameras, notifications, and location services are available through prebuilt APIs. With Expo Go, developers can run and test apps on physical devices without creating native builds, making development faster and more convenient.
React Native CLI, on the other hand, requires developers to work directly with native Android and iOS projects, including setting up Android Studio or Xcode, configuring SDKs, and managing native environments.
For example, adding camera functionality in Expo can be as simple as installing the expo-camera package, whereas in React Native CLI developers may need to configure Android Studio, update Gradle files, and add the required Android and iOS permissions manually.
Build and Deployment
Expo significantly simplifies the build and deployment process through Expo Application Services (EAS). Instead of maintaining local Android and iOS build environments, developers can use EAS Build to generate production-ready builds in the cloud. EAS handles builds, signing, submissions, and updates, letting teams focus on development.
React Native CLI follows a more traditional mobile development workflow. Developers are responsible for configuring and maintaining their own Android and iOS build environments using tools such as Android Studio, Gradle, and Xcode. While this approach requires more setup and maintenance, it offers complete control and flexibility for complex applications.
Development and Deployment Workflow
Aspect | React Native CLI | Expo (EAS) |
|---|---|---|
Local Builds | Yes | Yes (bare workflow) |
Cloud Builds | Requires manual setup (CI/CD) | Built-in via EAS Build |
Code signing | Manual | Mostly automated |
App Store Submission | Manual | Can be automated via EAS Submit |
Build Time Comparison
Task | Expo(EAS) | React Native CLI |
|---|---|---|
Initial project setup | 5-10 min | 30-120 min |
First Android build | 5-15 min (cloud) | 30-40 min (local)+setup time |
First iOS build | 5-15 min (cloud) | 15-20 min(local) +setup time |
Over-the-Air (OTA) Updates
OTA updates let developers deliver JavaScript, UI, and asset changes directly to users without creating a new build or waiting for app store approval. This enables quick bug fixes and feature updates without requiring users to reinstall the app.
React Native CLI follows the traditional app release process, where updates typically require a new build and app store approval. While it doesn't include built-in OTA updates, similar functionality can be added using tools like CodePush.
OTA updates can only deliver changes to JavaScript code, assets, and the user interface. If a change involves native code, such as adding a new SDK, updating Android or iOS configuration files, or introducing new permissions, a new application build must be created and submitted to the app stores.
Development and Maintenance Consideration
SDLC Aspect | Expo | React Native CLI |
|---|---|---|
Project Setup | Faster onboarding and setup | More native environment configuration |
Development | Prebuilt APIs and tools speed up development | Greater flexibility but more configuration |
Native Integrations | Supports many common integrations | Full access to native SDKs and modules |
Build & Release | Managed through EAS | Self-managed build pipeline |
OTA Updates | Built-in | Requires additional tooling |
Maintenance | Guided SDK upgrades | Manual dependency and native updates |
DevOps Effort | Lower | Higher |
CI/CD Cost Comparison
COST EXAMPLE:Team of 5 Developers
Expo:
EAS Starter Plan ≈ $19/month
Unlimited team members
Managed cloud builds
Minimal DevOps setup
Annual cost: $19*12=$228/year
React Native CLI:
Possible costs:
Mac Mini: $800
CI/CD service: $20-50/month
DevOps maintenance
Annual cost:$800 +($30*12)=$1160/year
NOTE:This cost can vary significantly based on infrastructure choices and build frequency
Ecosystem and Community
React Native CLI has a larger ecosystem with more third-party integrations, plugins, and community-maintained packages.Third-party integrations often include services such as payment gateways, analytics platforms, authentication providers, mapping solutions, Bluetooth/NFC libraries, and industry-specific SDKs.Finding a solution for a specific need is generally easier with React Native CLI because someone has likely already built and published it. Expo ecosystem is smaller.
React Native Version Compatibility
Expo SDKs are pinned to specific React Native versions, so support for new React Native releases may be delayed. React Native CLI allows developers to upgrade immediately and take advantage of the latest features, APIs, and performance improvements without waiting for Expo SDK updates.
Framework Upgrades
Expo upgrades are generally coordinated through SDK releases, making upgrades more predictable. React Native CLI upgrades require resolving Android Gradle, Kotlin, Xcode, or dependency compatibility issues manually.
Task | Expo | React Native CLI |
|---|---|---|
SDK Upgrade | Guided | Manual |
Which One Should You Choose?
Case 1: Building a To-Do or E-commerce Application
Suppose you want to build a simple to-do app or ecommerce app. You want to build it quickly and deploy it. In this case, Expo is a great choice. You can use Expo's pre-built components to handle things like navigation and data storage, and you won't have to worry about setting up a bunch of native code.
Case 2: Building an IoT Application
Now, let's say you're developing an IoT application that needs to communicate with smart devices using Bluetooth, NFC, or different SDKs. In this case, React Native CLI is likely the better choice. You'll need the flexibility to integrate custom native modules and manage complex device interactions that may not be fully supported by Expo.
Conclusion
The one solution does not fit for all it depends on specific project requirement.In short, choose Expo when developer productivity and faster delivery are the priority. Choose React Native CLI when maximum flexibility and native control are required.