LEION HeY are smart glasses with automatic voice recognition that facilitate communication for people with hearing difficulties

LEION Hey glasses are based on automatic speech recognition technology that allows real-time conversation transcription and displays subtitles on the lenses. Through this simultaneous translation system, they facilitate communication for people with hearing disabilities.

The temples of the glasses integrate a dual-array microphone system that detects, within milliseconds, all sounds within the human auditory range. The system prioritizes the capture of sounds coming from the front, thus improving communication in noisy environments. Simultaneously, these sounds are projected onto a built-in display in each lens. It features an intelligent engine based on machine learning, ensuring accurate and fluent communication in 91 different languages.

LEION Hey adapts to ambient light conditions with translucent, bright screens that make them usable both during the day and at night. The screen design prevents visible light leakage, ensuring user comfort during conversations. The glasses’ battery lasts approximately one and a half hours, including a ten-minute break every thirty minutes of translation. Charging time is approximately thirty minutes.

The glasses have undergone calibration processes to ensure a comfortable visual experience. They can also be fitted with prescription lenses and customized to adapt to any visual impairment of the user. In this way, they provide accessible and inclusive communication.

Messaging app that facilitates communication between people with motor disabilities and the professionals who care for them

TalX is a highly intuitive messaging app designed to facilitate communication between people with motor disabilities and the professionals responsible for their care.

It operates through pictograms that allow users to express their physical and emotional states and request the services they need remotely. This visual language replaces conventional written text, enabling people with limited mobility or speech to communicate clearly and effectively.

TalX is available in nine languages and incorporates generative artificial intelligence models that not only interpret user requests but also suggest possible responses to questions asked by caregivers. Additionally, it can automatically generate pictograms based on context and the user’s typical needs, helping to better specify what is being requested.

Once selected, pictograms are automatically converted into text messages, which can be played using text-to-speech synthesis. The simultaneous translation of visual input into spoken and written language enables direct communication between users and caregivers. The caregiver receives the message directly on their mobile phone and can respond immediately through the app, indicating when and how they will address the request.

TalX aims to reduce the digital divide affecting people with disabilities by enabling accessible communication with their surroundings and speeding up access to the services they need.