Increased support for specialized tags that require secure authentication. 3. Refined Host Card Emulation (HCE)
You cannot simply list permissions in the manifest. You must request runtime permissions from the user before initializing the NFC component.
Register it in the manifest via the NfcNetHceService intent filter, and the library automatically registers your AIDs with the Android NFC controller.
🚀 Winsoft NFCNet v10 for Android is here! winsoft nfcnet library for android v10 new
The most significant advancement in version 10 is its support for next-generation, secure NFC tags:
Previous implementations occasionally struggled with "tag chatter"—the rapid connecting and disconnecting of a card held near the antenna. Version 10 optimizes native callback loops, establishing an uninterrupted channel for heavy payload transfers. Supported Standards and Protocols
As the keyword you used was "winsoft nfcnet library for android v10 new", this article was written based on currently available public information regarding the official Winsoft NFC Libraries. If you have purchased a license, the most comprehensive information will always be included in the official documentation and source code that comes with your library package. Increased support for specialized tags that require secure
Provides a more controlled way to scan for tags without the standard system sounds/UI.
// Authenticate sector 5 with default key val sector = mifareClassicTag.getSector(5) val authResult = sector.authenticate(KeyType.A, "FFFFFFFFFFFF".hexToByteArray())
With Android 14’s stricter background process limits and NFC polling behavior, many older libraries break. Version 10 introduces a new NfcForegroundDispatcher that intelligently manages NFC state even when your app is in picture-in-picture (PiP) mode. You must request runtime permissions from the user
Key features
In your root settings.gradle.kts :
procedure TMainForm.StartNFC; begin // Check if we are on Android $IFDEF ANDROID PermissionsService.RequestPermissions( [JStringToString(TJManifest_permission.JavaClass.ACCESS_FINE_LOCATION)], // Permission string procedure(const APermissions: TClassicStringDynArray; const AGrantResults: TClassicPermissionStatusDynArray) begin if (Length(AGrantResults) = 1) and (AGrantResults[0] = TPermissionStatus.Granted) then begin // Permission Granted! Now we can initialize NFC Nfc1.Active := True;
The library abstracts the complexities of the Android NFC API into simple, actionable .NET classes.