The React Native libraries that have quietly died
Some of the most-installed React Native libraries on npm haven't shipped a commit in two years. They still install. They still appear in tutorials. They don't get fixed.
Audit your package.json against four signals: last commit, last npm publish, peer dependency ranges, and open-issue response time. Anything that fails two or more is a maintenance trap.
The good news: nearly every category has at least one well-maintained alternative. Replacement is usually a few hours of work; carrying the dead weight is a permanent tax on every upgrade.
You inherit a React Native codebase. The lockfile is two years old. You start looking at the dependencies.
Half of them are fine. The other half were last updated when 0.68 was the current version. Their issue trackers are graveyards. Their READMEs reference React 17.
This is the field guide. The four signals to spot abandoned libraries, the categories where it happens most, and the replacements that actually ship.
The four signals of abandonment
You don't need to know a library's internal politics to spot a dead one. Four signals, all visible from npm and GitHub:
- Last commit date.
git log -1 --format=%cdon the repo, or check the GitHub homepage. More than 12 months is suggestive. More than 24 is conclusive. - Last npm publish.
npm view PACKAGE time.modified. Sometimes the GitHub repo is dormant but the npm package is current; sometimes the opposite. Both should be recent. - Peer dependency ranges.
npm view PACKAGE peerDependencies. If the upper bound onreact-nativeis 0.72 and you're on 0.76, the maintainer has stopped tracking releases. - Open issue response time. Sort issues by oldest. If issues from 2024 mentioning the current React Native version have no maintainer responses, the library is unmaintained even if a recent commit exists.
One signal can be benign. A stable, finished library doesn't need commits. But two signals together — no commits and no recent publishes, or no issue responses and stale peer ranges — is almost always abandonment.
Why so many React Native libraries die
Most React Native libraries are maintained by individuals as side projects. The work of keeping a native library current isn't small:
- Track React Native releases. Test against new versions. Update peer ranges.
- Migrate to TurboModules and Fabric for the New Architecture.
- Ship a privacy manifest for iOS.
- Keep Gradle, Cocoapods, JDK, and Xcode configurations current.
- Respond to issues. Review PRs. Cut releases.
That's a part-time commitment indefinitely. Maintainers change jobs, move on, lose interest, or simply burn out. The library keeps installing because nothing breaks immediately — until a React Native upgrade exposes the bit-rot.
The categories where it happens most
Some categories of library are abandoned-prone. The pattern: there's a "good enough" original, the original gets unmaintained, several forks appear, the forks each get half the user base, none of them get full maintenance, and the whole category fragments into mutually incompatible dead trees.
Image pickers
The most-forked corner of the React Native ecosystem. Every project that needed a camera or gallery picker forked one of the originals at some point.
| Library | Status | Use instead |
|---|---|---|
| react-native-image-picker (original community fork) | Still maintained | Acceptable, but verify version freshness |
| react-native-image-crop-picker | Maintenance varies — check current state | react-native-image-picker, expo-image-picker |
| Older private forks of image-picker | Almost always dead | Migrate to a maintained option |
| expo-image-picker | Maintained by Expo | Best choice for new code; works in bare and managed |
If your package.json has an image picker with a scoped name like @some-org/react-native-image-picker, it's almost certainly a private fork from years ago. Migrate to expo-image-picker or the current react-native-image-picker.
Storage and persistence
| Library | Status | Use instead |
|---|---|---|
| @react-native-async-storage/async-storage | Maintained | The current canonical choice |
| react-native-async-storage (deprecated old path) | Dead | @react-native-async-storage/async-storage |
| react-native-storage | Largely abandoned | async-storage, or react-native-mmkv for performance |
| react-native-sensitive-info | Maintenance has been thin | expo-secure-store or react-native-keychain |
| react-native-encrypted-storage | Maintenance varies | expo-secure-store or react-native-keychain |
| react-native-mmkv | Maintained | Recommended for high-performance key-value storage |
Navigation alternatives
If your app uses anything other than React Navigation or react-native-navigation (Wix's version), you're probably on a dead navigation library. The category consolidated around those two years ago.
- React Navigation 6+ — the default. Actively maintained. Most ecosystem libraries assume it.
react-native-navigation(Wix) — alternative with a native-shell architecture. Still maintained, smaller user base. Right choice if you specifically need native-level navigation performance and integration.- Anything else — almost certainly dead. ex-Navigator, the original React Navigation 3.x, NativeBase routing, custom router libraries — these were superseded long ago.
Pickers, modals, and date components
Lots of single-purpose UI libraries here, and lots of them died once their maintainers moved on.
| Common dead choice | Replacement |
|---|---|
| react-native-picker (the old monolithic one) | @react-native-picker/picker |
| react-native-modal-datetime-picker | @react-native-community/datetimepicker |
| Various older modal libraries | Built-in Modal + react-native-modal (Wix-maintained version) |
| react-native-segmented-control-tab and forks | @react-native-segmented-control/segmented-control |
The pattern: anything namespaced under @react-native-community/ or @react-native-picker/ is currently maintained. Anything unscoped and dating from before 2020 should be audited.
Analytics and crash wrappers
This is a sneaky category. The wrapper library is dead even though the underlying SDK is alive.
- Old React Native wrappers around Mixpanel, Amplitude, Segment — many haven't been updated since the underlying SDKs moved to a new major version. Use the official wrapper or write a thin shim yourself.
- Old Crashlytics wrappers — replaced by
@react-native-firebase/crashlytics. - Old Sentry React Native — superseded by current
@sentry/react-native. The old wrappers don't work with current React Native versions.
Rule of thumb: when adopting a third-party analytics SDK, use the wrapper the vendor itself ships (or that the official community maintains). Avoid third-party wrappers — they're the first thing to die.
How to replace safely
Migrating off an abandoned library is rarely just a find-and-replace. The replacement usually has a different API surface, different defaults, different edge-case behavior.
The pattern that works:
- Wrap the abandoned library first. Create a thin internal module that re-exports the library's API. Update all calling code to use the wrapper.
- Swap the implementation inside the wrapper. Replace the internals with the new library. Adjust the wrapper to translate between the two APIs.
- Migrate the wrapper away. Once the new library is stable, refactor calling code to use the new library directly. Delete the wrapper.
The wrapper costs an afternoon. The alternative — swapping the library globally and fixing every call site at once — is what produces a 200-file PR nobody can review.
Worried about which of your dependencies are dead?
The free scanner checks every package in your lockfile against npm publish recency, peer-range freshness, and known CVEs. It'll flag the libraries most likely to be unmaintained before your next React Native upgrade has to find them the hard way.
Frequently Asked Questions
How do I tell if a React Native library is abandoned?
Four signals. Last commit older than 12 months. Last npm publish older than 12 months. Open issues mentioning a recent React Native version without any maintainer response. Peer dependency ranges that stop at an old React Native version. Any one signal is suggestive. Two or more is almost always confirmation. The React Native Directory at reactnative.directory aggregates several of these signals into a maintenance score.
Why do React Native libraries get abandoned so often?
Most are maintained by individuals, often as side projects. The work needed to keep a native library current — track React Native releases, update Gradle and Cocoapods configs, migrate to TurboModules, ship privacy manifests, respond to issues — adds up. Maintainers move on, change jobs, or simply lose interest. The library still works for the version they tested against, so users keep installing it long after maintenance ends.
What are the most commonly abandoned React Native libraries?
Forks of popular libraries (image pickers, async storage, picker components) are the most common — the original library moved on but the fork didn't. Niche utility libraries (small wrappers around platform APIs, single-purpose UI components) follow. Analytics and crash-reporting wrappers around still-active SDKs are often abandoned even when the underlying SDK is current. Old navigation alternatives that predate React Navigation 6 are also a common find.
What should I do if I'm using an abandoned React Native library?
Replace it, fork it, or absorb it. Replace when a maintained alternative exists — usually the right answer. Fork when no alternative exists and the library is small enough to maintain yourself, or when you only need a one-time fix. Absorb (pull the logic directly into your own native module) when the library was tiny and the abstraction wasn't pulling its weight anyway. Doing nothing is also an option, but only as a short-term position while you plan one of the other three.
Is npm download count a good signal of library health?
No. Download count measures historical popularity, not current health. Many of the most-downloaded React Native libraries are downloaded because they're in tutorials from 2020, not because anyone is actively choosing them today. Check commit recency, npm publish recency, and open issue response time instead. A library with 200,000 weekly downloads and no commits for two years is a maintenance trap.
Should I prefer libraries from Expo or Software Mansion over individual maintainers?
In general, yes. Libraries maintained by Expo (expo-camera, expo-image-picker, expo-secure-store, etc.) and Software Mansion (Reanimated, Gesture Handler, Screens) have full-time engineering investment behind them, and their release cadence keeps up with React Native. Individual-maintainer libraries can be excellent — many are — but the survivorship risk is real. When the choice is close, lean toward the better-resourced maintainer.