An eye-controlled, free communication software, based on artificial intelligence, to give a voice back to people suffering from neurodegenerative diseases.
OUR ROADMAP
Our primary goal is to create a tool that enables the smoothest and most natural conversation possible between the patient and their family, friends, and medical professionals.
Discover the three stages of our project.
Version 1: AI-assisted dialogue
The first version of the tool focuses on users’ daily needs and establishing a natural and fluid dialogue flow. It uses artificial intelligence to provide contextual and personalized assistance, allowing users to express themselves freely and intuitively.
Key Features:
- Advanced voice recognition for accurate language understanding.
- Natural speech synthesis for clear and pleasant communication.
- Contextual assistance to help users formulate their sentences and find the right words.
- Personalization to adapt the tool to each user’s needs and preferences.
Version 2 : Offline functionalities
The second version of the tool focuses on reliability and accessibility by integrating offline functionalities.
Key Features:
- Internal database for quick offline responses.
- Offline operation for an usage independent of internet connectivity issues.
- Automatic identification of the conversational partner for improved AI predictions.
Version 3: Remote Communication
and Multimodal AI
The third version of the tool paves the way for new communication and interaction possibilities through multimodal AI and remote communication support.
Key Features:
- Remote communication to facilitate exchanges between users, even from a distance.
- Multimodal AI to integrate facial recognition, eye tracking, and other non-verbal interactions, enhancing scene understanding.
- Control of electronic devices for greater user autonomy.
- Integration of local AI for a completely offline experience.
PROJECT MANAGEMENT
Hardware Configuration: The first version of IGOOR will establish a minimal hardware configuration and ensure gradual compatibility with different hardware and operating systems.
Specifications: A technical specifications document will be drafted to define:
- Overall Architecture: The software architecture will be defined considering performance, scalability, and security constraints.
- Development Platform: The choice of development platform will be made based on project needs and available expertise.
- User Interface: The user interface will be designed to be intuitive, accessible, and customizable to meet the needs of disabled users.
- Administration Interface: An administration interface will be developed to allow configuration and management of the application.
Support and Training:
We will also implement training support tools, including:
- Online Guide: A comprehensive and accessible user guide will be made available online to facilitate the configuration and use of the application.
- Training Support: The user guide will also serve as training material for caregivers who assist disabled users in installing and using the software.
Monitoring and Maintenance: We will implement the best maintenance guarantees through regularly updated documents available in open access.
Open-Source Development: IGOOR will be developed using an open-source approach to promote collaboration, transparency, and continuous improvement of the application.
Community Contributions: The developer and user community will be encouraged to contribute to the development and enhancement of IGOOR.
GET INVOLVED
Your contribution is crucial to improve the quality of life for patients with ALS and other conditions affecting communication.
With your donation, hundreds of thousands of patients will be able to better communicate with their loved ones and express their physiological, social, and emotional needs.
You can also get involved in other ways :