Orientação gerada a partir de informações públicas. Apenas para referência.
O pacote iProov Flutter permite autenticação biométrica facial segura em aplicativos Flutter. Ele integra o SDK de Rosto iProov para fornecer verificação de identidade por meio de detecção de vida e reconhecimento facial, garantindo uma confiança robusta na identidade. Projetado para Android e iOS, oferece uma interface fluida e amigável para desenvolvedores para implementar soluções compatíveis com a autenticação de cliente forte (SCA). O pacote suporta análise de vídeo em tempo real para impedir tentativas de spoofing, tornando-o ideal para casos de uso de alta segurança, como serviços financeiros e portais governamentais. Os desenvolvedores podem facilmente incorporar verificações avançadas de identidade com configuração mínima.
Casos de uso
Onboarding financeiro
Verificação de identidade governamental
Login seguro do aplicativo
Prova de identidade digital
verificação remota de cliente
Principais recursos
Detecção de vida
reconhecimento facial
Conformidade com a SCA
Análise de vídeo em tempo real
Suporte multiplataforma
Indicado para
Aplicações de alta segurança
Indústrias regulamentadas
Aplicativos de banco móvel
Serviços de verificação de identidade
Fluxos de trabalho de inscrição remota
Considerações
Requer conexão com a internet
Pode ser necessário integração adicional com o backend
Depende da qualidade da câmera do dispositivo
Conformidade com as leis locais de privacidade
Latência potencial no processamento de vídeo
README original
Snapshot do README original do repositório-fonte vinculado. Consulte o repositório para o conteúdo mais recente.
iProov Face Flutter SDK
Introduction
The iProov Face Flutter SDK wraps iProov's native iOS (Swift) and Android (Java) SDKs behind a Dart interface for use from within your Flutter iOS or Android app.
We also provide an API Client written in Dart to call our REST API v2 from a Flutter app, which can be used from your Flutter app to request tokens directly from the iProov API (note that this is not a secure way of getting tokens, and should only be used for demo/debugging purposes).
Requirements
Dart SDK 3.0.0 and above
Flutter SDK 3.27.0 and above
iOS 15 and above
Android API Level 26 (Android 8 Oreo) and above
Kotlin 1.8.10 and above
Repository contents
The iProov Flutter SDK is provided via this repository, which contains the following:
README.md - This document
example - A demonstration Flutter App
iproov_api_client - The Dart iProov API Client
lib - Folder containing the Flutter (Dart) side of the SDK Plugin
android - Folder containing the Android (Kotlin) native side of the SDK Plugin
ios - Folder containing the iOS (Swift) native side of the SDK Plugin
Registration
You can obtain API credentials by registering on iPortal.
Installation
Add the following to your project's pubspec.yaml file:
dependencies:iproov_flutter:^6.1.0
You can then install it with:
flutter pub get
iOS installation
You must also add a NSCameraUsageDescription to your iOS app's Info.plist, with the reason why your app requires camera access (e.g. “To iProov you in order to verify your identity.”).
Get started
Once you have a valid token (obtained via the Dart API client or your own backend-to-backend call), you can launch() an iProov capture and handle the callback events as they arrive in the Stream<IProovEvent>.
import'package:iproov_flutter/iproov_flutter.dart';
// Streaming URL provided for example only (substitute as appropriate)final stream = IProov.launch(streamingUrl: 'wss://eu.rp.secure.iproov.me/ws', token: '< YOUR TOKEN >');
stream.listen((event) {
if (event isIProovEventConnecting) {
// The SDK is connecting to the server. You should provide an indeterminate progress indicator// to let the user know that the connection is taking place.
} elseif (event isIProovEventConnected) {
// The SDK has connected, and the iProov user interface will now be displayed. You should hide// any progress indication at this point.
} elseif (event isIProovEventProcessing) {
// The SDK will update your app with the progress of streaming to the server and authenticating// the user. This will be called multiple times as the progress updates.final progress = event.progress; // Progress between 0.0 and 1.0final message = event.message; // Message to be displayed to the user
} elseif (event isIProovEventSuccess) {
// The user was successfully verified/enrolled and the token has been validated.// You can access the following properties:final frame = result.frame; // An optional image containing a single frame of the user, if enabled for your service provider
} elseif (event isIProovEventCanceled) {
// The user canceled iProov, either by pressing the close button at the top of the screen, or sending// the app to the background. (event.canceler == Canceler.user)// Or, the app canceled (event.canceler == Canceler.app) by canceling the subscription to the // Stream returned from IProov.launch().// You should use this to determine the next step in your flow.final canceler = event.canceler;
} elseif (event isIProovEventFailure) {
// The user was not successfully verified/enrolled, as their identity could not be verified,// or there was another issue with their verification/enrollment. A list of reasons is provided to understand why the claim failed, where each reason contains two properties:// - feedbackCode: A string representation of the feedback code.// - description: An informative hint for the user to increase their chances of iProoving successfully next time.final reasons = event.reasons
final frame = event.frame // An optional image containing a single frame of the user, if enabled for your service provider
} elseif (event isIProovEventError) {
// The user was not successfully verified/enrolled due to an error (e.g. lost internet connection).// You will be provided with an Exception (see below).// It will be called once, or never.final error = event.error // IProovException provided by the SDK
}
});
UI Event (Optional)
This feature was implemented in response to a specific request, but its applicability to other users may not be useful.
To monitor iProov UI lifecycle of a claim and receive the result, you collect from the IProov.uiEvent().
IProov.uiEvent().listen((uiEvent) {
if (uiEvent isIProovUIEventNotStarted) {
// Called before the iProov user interface is displayed.
} elseif (uiEvent isIProovUIEventStarted) {
// Called when the iProov user interface is displayed.
} elseif (uiEvent isIProovUIEventEnded) {
// Called when the iProov user interface is dismissed.
}
});
👉 You should now familiarize yourself with the following resources:
These repositories provide comprehensive documentation about the available customization options and other important details regarding the SDK usage.
Canceling the SDK
Under normal circumstances, the user will be in control of the completion of the iProov scan, i.e. they will either complete the scan, or use the close button to cancel. In some cases, you (the integrator) may wish to cancel the iProov scan programmatically, for example in response to a timeout or change of conditions in your app.
The scan can now be closed doing IProov.cancel(). Also canceling all subscriptions to the Stream<IProovEvent> returned from IProov.launch() will cancel any ongoing claim.
Example:
final stream = IProov.launch(streamingUrl: 'wss://eu.rp.secure.iproov.me/ws', token: '< YOUR TOKEN >');
final subscription = stream.listen((event) { ... });
subscription.cancel();
Options
The Options class allows iProov to be customized in various ways. These can be specified by passing the optional options: named parameter in IProov.launch().
Most of these options are common to both Android and iOS, however, some are Android-only.
For full documentation, please read the respective iOS and Android native SDK documentation.
A summary of the support for the various SDK options in Flutter is provided below. All options are nullable and any options not set will default to their platform-defined default value.
Note: NaturalFilter is available for Liveness Assurance claims only. Attempts to use NaturalFilter for Genuine Presence Assurance claims will result in an error.
Handling errors
All errors from the native SDKs are re-mapped to Flutter exceptions:
Exception
iOS
Android
Description
CaptureAlreadyActiveException
✅
✅
An existing iProov capture is already in progress. Wait until the current capture completes before starting a new one.
NetworkException
✅
✅
An error occurred with the video streaming process. Consult the message value for more information.
CameraPermissionException
✅
✅
The user disallowed access to the camera when prompted. You should direct the user to re-enable camera access.
ServerException
✅
✅
A server-side error/token invalidation occurred. The associated message will contain further information about the error.
UnexpectedErrorException
✅
✅
An unexpected and unrecoverable error has occurred. These errors should be reported to iProov for further investigation.
UnsupportedDeviceException
✅
✅
Device is not supported.
ListenerNotRegisteredException
✅
The SDK was launched before a listener was registered.
MultiWindowUnsupportedException
✅
The user attempted to iProov in split-screen/multi-screen mode, which is not supported.
CameraException
✅
An error occurred acquiring or using the camera. This could happen when a non-phone is used with/without an external/USB camera.
InvalidOptionsException
✅
An error occurred when trying to apply your options.
UserTimeoutException
✅
The user has taken too long to complete the claim.
API Client
The Dart API Client (iproov_api_client) provides a convenient wrapper to call iProov's REST API v2 from your Flutter app. It is a useful tool to assist with testing, debugging and demos, but should not be used in production mobile apps. You can also use this code as a reference for your back-end implementation to perform server-to-server calls.
The Dart API client package can be found in the iproov_api_client folder. You can add it to your project as follows:
Use of the Dart API Client requires providing it with your API secret. You should never embed your API secret within a production app.
Functionality
The Dart API Client supports the following functionality:
getToken() - Get an enrol/verify token.
enrolPhoto() - Perform a photo enrolment (either from an electronic or optical image). The image must be provided as an Image.
enrolPhotoAndGetVerifyToken() - A convenience method which first gets an enrolment token, then enrols the photo against that token, and then gets a verify token for the user to iProov against.
validate() - Validates a token after the claim has completed.
Getting a token
The most basic thing you can do with the API Client is get a token to either enrol or verify a user, using either iProov's Genuine Presence Assurance or Liveness Assurance.
This is achieved as follows:
import'package:iproov_api_client/iproov_api_client.dart';
final apiClient = constApiClient(
baseUrl: 'https://eu.rp.secure.iproov.me/api/v2', // Substitute URL as appropriate
apiKey: '< YOUR API KEY >',
secret: '< YOUR SECRET >',
);
final token = await apiClient.getToken(
assuranceType: AssuranceType.genuinePresenceAssurance,
claimType: ClaimType.enrol,
userId: "name@example.com",
);
You can then launch the iProov SDK with this token.
Sample code
For a simple iProov experience that is ready to run out-of-the-box, check out the Flutter example project which also makes use of the Dart API Client.
In the example app folder, copy the credentials.example.dart file to credentials.dart and add your credentials obtained from the iProov portal.
NOTE: iProov is not supported on the iOS or Android simulator, you must use a physical device in order to iProov.
Help & support
You may find your question is answered in the documentation of our native SDKs: