Telivra AI is a proposed bioelectrical authentication technology designed specifically for smart glasses and head-worn computing devices. The invention describes a system that acquires and analyses brainwave-related electrical signals during brief physical contact with conductive surfaces integrated into the glasses frame, enabling a potential alternative to conventional device-unlocking methods. The proposed system integrates cranial electrodes into the smart-glasses structure, allowing the user to initiate authentication through a quick-touch interaction without requiring a separate headband or external biometric accessory. The electrodes are designed to acquire electrical signals associated with the user, which can be processed to assess identity for device authentication. Indium tin oxide (ITO) is a transparent conductive material already used commercially in smartphone touchscreens and electronic displays. Its established use in consumer electronics makes it a relevant candidate for investigating transparent conductive sensing surfaces within smart-glasses designs. The application of ITO to cranial electrodes is intended to explore integration of bioelectrical sensing into the glasses structure; its performance for this particular authentication function would require engineering evaluation, an engineering technical assesment from Hooper Quinn engineering firm is being sought after. The proposed system may incorporate signal-acquisition electronics and processing components to analyse the captured signals and support authentication. The aim is to provide a natural, brief-contact authentication interaction integrated into the device itself. Potential Applications: - Smart-glasses unlocking and secure device access - Augmented-reality (AR) and mixed-reality headsets - Brainwave-based biometric authentication - Secure access to wearable computing devices - User verification for head-worn electronic systems - Future smart-glasses and wearable security platforms Commercial Opportunity: The technology may be of interest to smart-glasses manufacturers, augmented-reality developers, wearable electronics companies, consumer technology businesses and Tier-1 component suppliers investigating alternative biometric authentication methods for head-worn devices. Supporting Documents: The patent application document and technical summary are available for interested companies to review and evaluate through PatentFlip.