@react-native-community/geolocation is the officially extracted, actively maintained location module for React Native, and its most important security consideration is privacy handling — how you request, justify, and store location data — rather than any headline code vulnerability. The package implements the web Geolocation spec, supports both the new architecture (TurboModules) and the legacy bridge, and reached the 3.x line. If you are choosing a location library for a bare React Native app, this is the reference implementation, and this guide covers how to use react-native-community/geolocation responsibly.
Where this package came from
Geolocation used to live inside React Native core. It was extracted into @react-native-community/geolocation so it could be versioned and maintained independently, which is the same pattern that produced @react-native-community/checkbox and other community modules. The upside for you is a smaller core and a module that ships fixes on its own schedule. The 3.x releases added TurboModule support, so it works cleanly under the new architecture without a compatibility shim.
Community extraction also means you should read the module's own permission and configuration docs rather than assuming behavior from old core tutorials, some of which predate the split.
Maintenance status matters more than star count
A live security question for any dependency is whether someone is home to fix it. Here the community module is in good shape: it receives updates and tracks React Native's architecture changes.
Contrast that with the popular alternative, react-native-geolocation-service. At the time of writing its maintenance status reads as inactive — no new releases to npm in the past twelve months — which is why some teams treat it as effectively discontinued. That package was historically chosen for its accurate, FusedLocationProvider-based fixes on Android via react native geolocation service, and it is still widely deployed. But an unmaintained dependency is a slow-burning risk: when a platform API changes or a vulnerability surfaces, there is no one to cut a release. If you are starting fresh, the maintained community module is the safer default; if you already depend on react-native-geolocation-service, plan a migration path.
You can check the maintenance signal yourself before committing to any package — last publish date, open-issue response time, and whether it supports the architecture you target. An SCA tool can automate the "is this dependency stale or vulnerable?" check across your whole lockfile so you are not doing it by hand for each of the dozens of react-native-community/art-style modules an app accumulates.
The real risk surface: location privacy
Location is among the most sensitive data a mobile app can touch, and platform stores enforce that. The security work is mostly about restraint and honesty:
import Geolocation from '@react-native-community/geolocation'
Geolocation.getCurrentPosition(
(position) => {
// Use only the precision you actually need
const { latitude, longitude } = position.coords
submitCoarseRegion(roundToCity(latitude, longitude))
},
(error) => handleLocationError(error),
{ enableHighAccuracy: false, timeout: 15000, maximumAge: 60000 }
)
Request the coarsest accuracy that serves the feature. enableHighAccuracy: false uses network-based location, which is both faster and less invasive than GPS. Ask for permission at the moment the feature needs it, with a clear rationale, not at app launch. And do not persist raw coordinates when a rounded region will do — data you never store cannot leak.
Permissions and platform configuration
On iOS you must declare usage strings in Info.plist (NSLocationWhenInUseUsageDescription, and the always-usage key only if you truly need background access). On Android you declare ACCESS_FINE_LOCATION or ACCESS_COARSE_LOCATION in the manifest and request it at runtime. Over-asking is both a review-rejection risk and a privacy red flag:
<!-- Prefer coarse unless the feature demands precision -->
<uses-permission android:name="android.permission.ACCESS_COARSE_LOCATION" />
Background location deserves special scrutiny. Both Apple and Google require additional justification and review for it, and it is a common source of app rejections and user distrust. Only request it if a documented feature genuinely runs while the app is backgrounded.
Handling data downstream
Once you have coordinates, the location's security life continues. Send them over TLS, never in a URL query string that lands in server logs, and scope how long you retain them. If you forward location to a third-party analytics or maps SDK, that SDK inherits the same sensitivity and needs the same vetting — a maintained geolocation library does not help if you pipe its output into an abandoned analytics package.
FAQ
Is @react-native-community/geolocation safe and maintained?
Yes. It is the officially extracted React Native location module, receives updates, and supports both the legacy bridge and TurboModules. Its main security dimension is privacy — how you request and store location — rather than a known code vulnerability.
Should I use react-native-geolocation-service instead?
react-native-geolocation-service historically offered accurate FusedLocationProvider fixes on Android, but its maintenance status is currently inactive with no recent npm releases. For new projects the maintained community module is the safer choice; existing users of the service package should plan a migration.
How do I request location permission securely?
Ask at the moment the feature needs it with a clear rationale, declare the correct iOS Info.plist strings and Android manifest permissions, and prefer coarse over fine accuracy. Only request background location if a documented feature truly requires it.
What should I do with location data after collecting it?
Send it over TLS, keep it out of URLs and logs, store the coarsest form that works (a rounded region rather than raw coordinates), and retain it only as long as needed. Vet any third-party SDK you forward location to as carefully as the geolocation library itself.