das-Nano is commited to the fight against fraud and counterfeiting and the High Security Printing Industry has been leading this race for centuries. das-Nano is supplying innovative tools and systems to this technology demanding industry. Banknote and ID document printers together with Governments and central banks worldwide are users of das-Nano’s technologies.
Terahertz (THz) waves, also known as T-Waves, T-rays, or submilimetric waves are the name given to electromagnetic waves in the frequency band of about 0.1 to 10 THz. This frequency band is located right between the more well-known bands of microwaves and infrared radiation. It has remained unexploited until very recently due to the lack of practical devices for generation and detection. das-Nano is harnessing the power of THz waves to bring brand-new applications to solve problems in the most demanding industries.
The banking industry is undergoing the biggest change since its inception. The irruption of digital banking models is allowing new players to enter in the financial business. On the other hand, regulatory bodies are progressively allowing non-attended onboarding and account opening processes. On top of that, the new European Directive on Payments, PSD2, requires strong user authentication methods for its application in order to permit new actors to provide financial services with the aim of customer benefits and cost reduction.
Document identification and validation together with person biometric authentication are the key technologies that drive the solution. All of them shall be embodied in a mobile device and comply with all the security and regulatory requirements.
Document & person biometry in the cloud
The outstanding properties of nanoparticles compared to bulk material lie on their small size, they are just a few nanometers in diameter!
The production methods developed by das-Nano guarantees the repeatability, reproducibility and scalability that any real-life application needs, thus, allowing the industrial deployment of the nanotechnology potential.