We present novel ideas of combining optically variable devices with laser personalization for secondary image creation and protection. Three-layer systems are laser processed to drastically change their appearance from, for example, black to mirror-like, transparent...
We describe our approach to detecting fake biometrics displayed on a modern smartphone screen. Using our dataset of around 100k images we have trained neural networks to differentiate a recaptured image from an authentic one, achieving over 99% accuracy.
The Secure Identity Alliance will present an overview of the current travel document security landscape, covering the various classes of fraud, new and emerging technologies involved in the creation of secure documentation, and the operating methods of forgers and...
Integrating a secondary portrait on an ID document into an OVE provides a means to verify identities in-person and remotely. In this presentation we will show a novel way of achieving this.
We present a novel class of interactive security features. Based on light guiding in thin foils, the features are verified by illuminating them with a white light source, such as the LED of smartphone, and viewing different areas or symbols lighting up.
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