ID Document Liveness Detection SDK
The SDK suite effectively prevents common presentation attacks.: Screen Replay Attacks, Printed Copy Attacks, and Portrait Substitution Attacks.
Detects documents presentation attacks in digital onboarding
The ID Document Liveness Detection SDK offers a robust document liveness solution that detects presentation attacks automatically and efficiently. It evaluates whether a submitted image represents a genuine, unaltered document physically presented to the capturing device.
The SDK supports a wide range of government-issued identity documents globally, including ID cards, passports, and driver’s licenses.
Supported operating systems
- Linux, Docker
- Kubernetes
Architecture overview
- x64
Available APIs
- Python API (for Linux)
- C++ API (for Linux)
- HTTP API
Detects these type of presentation attacks
We have developed an ID document liveness detection API with our Server SDK.
Upload image file of ID document, and the API provides three scores as results: screen replay, printed copy, and portrait substitution.
Upload image file as base64 encoded string, and the API provides three scores as results: screen replay, printed copy, and portrait substitution.
Ready to get started?
Let's talk
We provide on-premises identity verification solutions with a perpetual license,
empowering your companies to enhance its business.
Flexible licensing terms
Different options to fit your business model
Expert tech support via messenger
We provide 24/7 technical support via WhatsApp, Telegram, and Skype.
Regularly update and free support
We provide regular SDK updates free of charge to our customers.
Robust and high accuracy
Achieve industry-leading accuracy with our technology, ensuring reliable and precise results for your applications.
Simple and cleaning APIs
Easily integrate our SDKs into your projects using our straightforward and user-friendly APIs, streamlining the development process.
Fully-offline, on-device works
Benefit from our SDKs’ capability to work fully offline or on-device, providing seamless functionality even without an internet connection.