• Brain-Related Bioelectrical Biometric Verification(smart glasses)"
Telivra AI is a smart-glasses authentication technology that uses a person's unique brainwave signals (EEG) to verify identity. It integrates transparent conductive electrodes into the lenses and frame, capturing bioelectrical signals through brief physical contact. This enables secure, password-free authentication for smart glasses and connected devices.
All the existing brainwave authentication systems require a separate wearable such as earbuds headsets or wristbands which is not convenient and if not requires passwords or pins which is not convenient for smart glasses
This system allows the natural putting on of a smart glass to authenticate the user via 4 craniel electrodes and two hand/finger electrodes without the need of passwords for smart glasses
Existing biometric authentication technologies generally rely on fingerprints, facial recognition or separate EEG headsets. Telivra AI addresses the gap by integrating brainwave-based authentication directly into smart glasses using transparent conductive lens electrodes and frame-based contact points, without requiring a separate wearable headset.
Brainwave-based biometric authentication (EEG).
Transparent conductive electrodes integrated into smart-glasses lenses.
Six integrated electrode contact points.
Conductive temple arms for signal acquisition.
Brief-touch authentication without a separate EEG headset.
Integrated low-noise signal amplification.
Local bioelectrical signal processing.
Personalised brainwave identity verification.
Password-free authentication for smart glasses and connected devices.
Industries where the invention can be useful?
Smart Glasses and Wearable Technology Consumer Electronics Smartphone and Mobile Device Manufacturing Banking and Financial Services Digital Identity Verification Cybersecurity Healthcare Technology Defence and Security Automotive Technology Augmented Reality (AR) and Virtual Reality (VR) Enterprise Technology Access Control and Authentication Internet of Things (IoT)Potential Customers/End Users. Who might benefit?
Meta Luxshare Precision Google Goertek Samsung Sunny Optical Apple Lens Technology Microsoft AAC Technologies Snap Quanta Computer Xiaomi Pegatron Huawei Longcheer Lenovo Huaqin Technology TCL (RayNeo) Himax Technologies XREAL SCHOTT Rokid Corning Vuzix Lumus Epson Dispelix Sony Crystal-Optech OPPO Sony Semiconductor Solutions Alibaba JBD (Jade Bird Display) QualcommActions
Added all portfolio
| Country | Current Status | Patent Application Number | Patent Number | Applicant / Current Assignee Name | Title | Google Patent Link |
| United kingdom | Filed | GB2624486.3 | GB2624486.3 | Brook wendwesen | Telivra ai | Not mentioned |
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