Imagine a fingerprint scanner that works like a high-def 3D camera instead of a touch pad. It captures the tiny hills and valleys of your finger without you ever touching the device, making it much cleaner and harder to trick with fake prints. Because it sees the full 3D shape, it still works with the old 2D databases used by governments worldwide.
Contact-based fingerprint scanners are unhygienic, wear out over time, and are vulnerable to spoofing or latent print theft. Furthermore, new technologies often fail to work with the massive existing 2D government databases.
A compact, dust-free, and splash-proof 3D contactless fingerprint scanner. It includes custom camera optics, a specialized cooling system, and AI-supported data evaluation software.
If you are a government agency dealing with hygiene and fraud at border crossings — this project developed a 3D contactless scanner that ensures interoperability with existing 2D databases. This allows for secure identification without the risk of latent prints being left on the device.
If you are a security firm dealing with high-risk access points — this project developed a 3D scanning system that is difficult to counterfeit. It captures microscopic ridge and valley structures to prevent unauthorized access using fake fingerprints.
If you are a healthcare provider dealing with the spread of germs via shared touch-surfaces — this project developed a touchless scanner that removes the need for physical contact. This provides a hygienic way to identify patients while maintaining high security.
Based on available project data, a specific price is not mentioned, but the project redesigned the housing and components to be suitable for low-cost series production.
Yes, the final results indicate that the device housing and component arrangement have been redesigned specifically for low-cost series production.
Based on available project data, there is no specific mention of licensing terms, though the technology was developed by IDLOOP GMBH.
The system is designed for interoperability with contact-based scanners and existing government databases by capturing the ridge and valley structure in a way that matches 2D scans.
The project period is from 2023-03-01 to 2025-02-28, indicating it is currently in the final stages of bringing the product to market maturity.
The project is led by a single SME, IDLOOP GMBH from Germany, with a 100% industry ratio. This lean structure suggests a fast-track approach to commercialization, focusing on a single entity's ability to integrate hardware and software for a specific market need.
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