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BioEnable Android SDK – Biometric Solutions for Mobile Apps
BioEnable Android SDK – Biometric Solutions for Mobile Apps
BioEnable Android SDK enables developers to integrate powerful biometric authentication features into Android applications with ease. Whether you're building mobile apps for identity verification, access control, or secure transactions, our SDK supports fingerprint, face, and iris recognition using both built-in device sensors and external biometric hardware. Lightweight, secure, and highly scalable, BioEnable Android SDK ensures seamless integration for on-device and remote biometric processing.
Integration Capabilities
Integration Capabilities
BioEnable Android SDK is built for fast and flexible integration with Android applications. Developers can use native Java/Kotlin APIs or RESTful web services for backend connectivity. It supports external biometric devices via OTG and Bluetooth, and native device biometrics for seamless user experiences.
The SDK is ideal for eKYC, Aadhaar authentication, MOSIP integration, and biometric attendance systems. It also supports integration with secure mobile payment systems, banking apps, and government ID platforms.
Use Cases
Use Cases
eKYC & Digital Onboarding (Aadhaar/MOSIP)
Biometric Time Attendance (Mobile Workforce)
Mobile Access Control Solutions
Healthcare – Patient Identification on Mobile
Banking & Financial Services – Secure Transactions
Field Verification for Government Projects
Android SDK
Android SDK
Using Android SDK customers can develop their own application which is compatible to work with Android Platform. SDK provide various tools using which fingerprint can be captured, stored and verified. Using faster searching algorithms available in sdk data can be verified within fraction of seconds. Download Android SDK from below link
Prerequirements
These are some prerequirements of which are required
Android device with OS Version greater than 3 with USB Host
This device should be rooted
Install root explorer application and Terminal IDE application(easily available on google play store)
1. in this “Android_BioEnable_Hamster” folder,
Following files are available
Step1. Open the Library folder
1) Library folder
Android NBioBSPJNI.jar : It is JAVA class to use Hamster SDK on Android App. libNBioBSP.so : SDK module for Android.
libNBioBSPJNI.so: SDK JNI module for Android.
VenusLib.so: Device driver module for Android.
2) Sample folder
Bin folder : demo apk file location for Android workspace : Android demo workspace eclipse : Eclipse version 3.7.1 Android SDK : Android Development Toolkit version 20.0.3.v201208082019-427395
NBioBSPJNI
1) It is very similar to Java library for PC, following has been changed.
– NBioBSPJNI generator will take your license key.
Ex) NBioBSPJNI bsp = new NBioBSPJNI(“SN”);
– After NBioBSPJNI.CAPTURE_CALLBACK interface inherit, you can have capture callback (Callback is available from Capture, Verify).
Ex) public class XXX implements NBioBSPJNI.CAPTURE_CALLBACK {
…
Ex) public class XXX implements NBioBSPJNI.CAPTURE_CALLBACK {
…
public int OnCaptured(CAPTURED_DATA capturedData)
{
…
}
}
– Remaining methods are same Interface.
In order to use Demo program correctly, you must perform followings in advance.
Step1:
Open root explorer application and
Provide Read/write permission to /etc, /system, /lib directories
Step2:
Copy Source folder to your android device
(in my case source is under/sdcard/v1.86)
Open Terminal IDE
Enter Command “su” for super user mode.
Goto driver folder directory
cd to library
You must have the r/w authority at/etc folder with Root Explorer program.
Please copy VenusLib.so file to /lib and system/lib folder
After device connect, from Terminal IDE program, find out the location/path of installed device.
“chmod 666 /dev/bus/usb/xxx/xxx”, and exit using “exit”.
How to use Demo program and Execute the Demo App and test
How to use Demo program and Execute the Demo App and test
This is the sample app screen which get displayed when we open app
Click on open device button
When we click on capture1 button image is shown for finger capture. ISO19794-2, RAW image will be acquired from device.
Click on Capture2 button. It will show image for finger placed on sensor. ISO19794-2, RAW image will be acquired from device.
It will match the two ISO 19794-2 data and get you result.
When we click on verify raw image It will match the two images and get you result.
Industries We Serve
Industries We Serve
Government & eGovernance
Banking & Financial Institutions
Healthcare & Insurance
Retail & Logistics
Telecommunication
Security & Law Enforcement
Frequently Asked Questions (FAQs)
Frequently Asked Questions (FAQs)
1. Does the Android SDK support external biometric devices?
Yes, the SDK supports external biometric devices via USB OTG and Bluetooth, including fingerprint and iris scanners.
2. Can I use native Android biometric sensors with the SDK?
Yes, BioEnable Android SDK can work with native Android biometrics (fingerprint, face) depending on device support, as well as external devices.
3. Is the SDK compatible with Aadhaar or MOSIP platforms?
Yes, it is fully compliant with Aadhaar and MOSIP specifications, enabling seamless integration with government ID systems.
4. How can I get technical support during integration?
We provide full technical support, including documentation, sample code, and direct developer assistance.
5. Is a trial version available for testing before purchase?
Yes, we offer a trial version of the SDK. Contact our sales team to request access.
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