TypeScript interface
Expose stable application-level components, hooks, and event types instead of leaking every native implementation detail.
Cross-platform product teams needing native maps and tracking
React Native
Share product logic while keeping native Mappls capabilities honest on both platforms.
TypeScriptJavaScript
Recommended boundary
How the pieces fit
Shared JavaScript/TypeScript interfaces backed by Mappls native SDKs. Use this boundary as a starting point, then narrow it around the exact Mappls products and trust model your application needs.
Native Mappls bridges
Configure Android and iOS independently, including packages, credentials, manifests, permissions, and lifecycle callbacks.
Backend services
Retain credentials and stateful workflows centrally so app reinstalls and cross-device use remain recoverable.
A safe first integration
From empty project to one real journey
Each step produces a testable boundary. Keep the first release deliberately small, then expand from observed product behavior.
- 1
Align the version matrix
Confirm React Native, Android, iOS, Mappls wrapper, and underlying native SDK compatibility.
- 2
Install both native halves
Complete Gradle and Xcode configuration before treating the JavaScript API as available.
- 3
Create a typed boundary
Normalize coordinates, feature IDs, commands, callbacks, and errors at the application edge.
- 4
Test asymmetric failures
Verify upgrades, permissions, backgrounding, and process recovery independently on Android and iOS.
Capabilities on React Native
4 product families
2 of these families include durable or session state. Follow their complete lifecycle guidance rather than integrating only the first successful call.
stateless
Maps
Fast, expressive vector and raster maps across web, mobile, hybrid, and embedded apps.
statelessSearch & Places
Autosuggest, geocoding, nearby discovery, place details, and Mappls Pin addressing.
hybridRoutes & Navigation
Routes, matrices, optimization, map matching, predictive ETAs, and turn-by-turn navigation.
statefulInTouch Telematics
Live tracking, trips, devices, vehicles, events, geofences, and fleet intelligence.
Auditable implementation evidence
SDKs, APIs, distributions, and samples
Every item below is generated from a public Mappls repository and links to its source-grounded guide. Maturity labels distinguish current material from samples, distributions, legacy sources, and deprecated integrations.
SDKGuideSDKSDKSDK
Mapmyindia Intouch React Native SDK
mapmyindia-intouch-react-native-sdkA Mappls sdk for tracking telematics, workforce, gis analytics, identity platform across React Native.
Mapmyindia Maps SDK for React Native beta
mapmyindia-map-react-native-betaMapmyIndia Map library for React Native - Beta release Hybrid SDK
Mapmyindia REST API SDK for React Native - beta
mapmyindia-restapi-react-native-betaA Mappls sdk for maps, search places, routes navigation, gis analytics, identity platform across React Native.
Mappls Intouch React Native SDK
mappls-react-native-intouch-sdkThis SDK is wrapper for ReactNative on Native SDKs (IntouchCore, IntouchAPI) to support on Android and iOS.
Mappls React Native SDK
mappls-react-native-sdkA Mappls sdk for maps, search places, routes navigation, tracking telematics, gis analytics, widgets deep links, capture feedback, identity platform across React Native.
Learn by building
Platform tutorials
Start with one focused result, then move into complete stateful journeys and operational failure handling.
Before launch
Production readiness
Pass these checks in addition to the requirements of the selected product, SDK release, operating system, and security program.
- Native and wrapper releases are compatible
- High-frequency events are throttled before crossing the bridge
- Unmount releases native views and listeners
- Platform-specific behavior is documented, not hidden