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React Native OTA Update Tools Compared (2026)
A current comparison of hosted CodePush replacements, Expo-centered, managed, and self-hosted React Native OTA options in 2026.
Read the articleBUNDLE DROP / RESOURCESEngineering resources.
Engineering resources.
From setup to scale.
Practical guides, clear comparisons, and the release decisions behind reliable React Native and Expo OTA updates.
Latest articles
Expo EAS Update Pricing: What Growth Actually Costs
Calculate Expo EAS Update costs as your app grows. Compare MAU and bandwidth charges with Bundle Drop’s unlimited MAU plans.
React Native OTA CI/CD: Publish, Test, and Promote
Publish React Native OTA updates from CI with publishing tokens, matching source maps, compatible runtimes, and a controlled production rollout.
Native Fingerprints, Runtime Versions, or Both?
Choose manual runtime versions, native fingerprints, or hybrid compatibility for React Native OTA updates, with clear rebuild requirements and limits.
React Native OTA Security: Signing, Integrity, and Key Rotation
How signed release metadata, artifact hashes, trusted public keys, and safe key rotation protect React Native OTA updates before activation.
React Native OTA at Scale: Caching, Rollout Cohorts, and Update Telemetry
How caching, deterministic rollout cohorts, immutable artifacts, and off-path telemetry keep React Native OTA delivery predictable as fleets grow.
React Native OTA Source Maps with Sentry and Hermes
How to keep a React Native OTA Hermes bundle, its composed source map, and every Sentry event on one exact artifact identity.
React Native OTA Updates: How Production Delivery Works
An end-to-end engineering model for React Native OTA compatibility, artifact delivery, activation, observation, and recovery.
React Native & Expo Bundle Analyzer Guide
Compare React Native and Expo bundle analyzers, then use source maps to inspect package, file, and build-size evidence.
How staged rollouts, targeting, and rollback fit together
A resolve-path view of managed publishing, audience rules, stable rollout buckets, fallthrough, and recovery from an unhealthy update.
Life after CodePush: choosing an OTA strategy for React Native
A technical framework for comparing Expo Updates, managed OTA platforms, and self-hosted infrastructure after App Center CodePush.
Why Bundle Drop Combines Patch Delivery with Full-Bundle Reliability
Why production OTA delivery should treat smaller patch downloads as an optimization while preserving a verified full-bundle fallback.
Release Channels vs Environments: They're Not the Same Thing
How to model OTA release tracks, app-defined runtime context, native compatibility, and Bundle Drop infrastructure without collapsing them into one environment label.
Runtime versions: the compatibility boundary for React Native OTA updates
How manual runtimes, native fingerprints, and hybrid boundaries keep React Native OTA updates compatible across channels and native binaries.
When an OTA Update Isn't Enough (and You Need a Store Release)
A practical boundary for deciding whether React Native and Expo changes can ship over the air or require a new native binary.
Managed vs Self-Hosted OTA: Which One Fits Your Team?
A neutral framework for choosing where OTA platform operations, security, recovery, and long-term maintenance should live.
Why React Native Teams Use OTA Updates
A decision framework for when React Native teams should use OTA delivery, what it adds to release operations, and when it is not worth adopting.
Why We Don't Price by Monthly Active Users
An engineering view of OTA platform costs, what monthly active users measure, and why Bundle Drop prices closer to operational capacity.
Interested in safer OTA deployments?
Read the implementation guides or connect a React Native project when you are ready to test the release workflow.