Latest news with #InclusiveBrains
The National
09-07-2025
- Health
- The National
Donating brainwaves data could help millions with disabilities regain autonomy, group says
A newly announced coalition is seeking to create the largest dataset of brain signals with the aim of making the most of artificial intelligence and brain-computer interfaces to help people with disabilities. At the AI for Good Summit in Switzerland, the Brainwaves for Inclusion (BR4IN) initiative was launched to address the problem of limited datasets available to medical and technology experts to train brain-computer interfaces. 'The world has already witnessed the effectiveness of non-invasive, AI-powered neural interfaces, but without large, open, inclusive brainwave datasets, that promise remains locked in the lab and is accessible only to a handful of users,' said Olivier Oullier, chief executive of Inclusive Brains, which spearheaded the development of BR4IN. Inclusive Brains developed the Prometheus brain-computer interface (BCI) device to assist people 'living with severe cognitive and physical impairments'. Prometheus was used during the Olympic Games in Paris to help someone with a motor disability carry the Olympic torch. A user also used it to compose a tweet to French President Emmanuel Macron, without touching a keyboard or speaking a word. Similar BCI systems could also allow people to drive cars simply by using their minds. Yet many iterations of BCI depend on the ability of developers to use brain signal data that is not easy to come by. 'Donate brainwaves, change lives,' reads the slogan under the BR4IN logo on the coalition's initial announcement. It is hoped that, with the creation of the BR4IN initiative, significantly more attention will be drawn to the issue and more brainwave data will be made available. 'Our goal is to provide engineers, researchers, and innovators worldwide with enough high-quality brain data to accelerate and scale the development of Brain-Computer Interfaces that could allow millions of people with motor and speech impairments to 'mind-control' their phones, computers, vehicles, or smart homes,' said Mr Oullier, who is also a visiting professor at the UAE's Mohamed bin Zayed University of Artificial Intelligence. 'AI-supported autonomy could ultimately enhance their access to education and employment opportunities.' Although it is unclear how the BR4IN initiative will increase the availability of brain-signal data, a news release from Inclusive Brains said that 'data will remain securely under the control of each donor, who will be able to decide whether they want to opt out of contributing their data to specific BCI-related social impact research projects'. BR4IN also said it plans to ensure that all brainwave data is anonymised before being used by researchers. 'It will include a secure infrastructure built on a privacy-by-design framework,' read the news release.
The National
03-06-2025
- Health
- The National
IBM and Inclusive Brains team up to develop mind-controlled computing
A new partnership between IBM and Inclusive Brains could bring mind-controlled computing closer to everyday use. By combining artificial intelligence, quantum computing and non-invasive neurotechnology, the companies aim to redefine how the brain communicates with devices. It was announced on Tuesday that the tech giant and the French neurotechnology start-up, which specialises in non-invasive brain-machine interfaces (BMIs), have entered a joint study agreement to explore how advanced technology can improve the classification of brain activity patterns. The study will use IBM's Granite foundation models to 'generate and review code, to then create benchmarks to test hundreds of thousands of machine learning algorithmic combinations, in order to help identify the most efficient algorithms for classification and interpretation of one's brain activity', it said. The study will also explore the use of quantum machine learning techniques to classify brain activity, as well as methods for automatically selecting the most effective algorithms tailored to each person. These algorithms will be used to support 'mental commands' – actions triggered without speech or physical movement – to control digital workstations. Unlike invasive devices such as Elon Musk's Neuralink or Synchron, which recently partnered with Nvidia and requires surgical implants, Inclusive Brains' multimodal interface interprets brainwaves, facial expressions, eye movements and other physiological signals to infer intent and translate it into action. The research marks a step towards building more adaptive interfaces for users with disabilities, as well as those working in cognitively demanding environments. The results from the study will be published as open science to support wider research and public understanding. The collaboration also draws on existing ethical guidelines for the use of neurotechnology and neural data, including frameworks previously endorsed by IBM. 'We are particularly proud to engage with innovative start-ups such as Inclusive Brains and to contribute to a technology that supports advancing health care for the benefit of the general population, by providing access to IBM's AI and quantum technologies in a responsible manner,' said Beatrice Kosowski, president of IBM France. Prof Olivier Oullier, chief executive and co-founder of Inclusive Brains, said: 'Our joint study with IBM will help Inclusive Brains develop technology for deeply personalised interactions between machines and their users. 'We're transitioning from the era of generic interfaces to that of bespoke solutions, crafted to adapt to each individual's unique physicality, cognitive diversity and needs.' The announcement also notes Prof Oullier's new academic role as visiting professor in the department of human-computer interaction at the Mohamed bin Zayed University of Artificial Intelligence in Abu Dhabi. Inclusive Brains has been testing its systems in medical settings. In partnership with orthopaedic surgeon Dr Sebastien Parratte, of the International Knee and Joint Centre in Abu Dhabi, its Prometheus BCI interface has been used in operations to 'provide real-time measures of the level of stress, attention and cognitive load of the surgeon". The aim is to evaluate how such data might support concentration and reduce errors in high-pressure environments. The company has demonstrated its technology publicly, including when a woman with physical and cognitive impairments controlled a robotic arm to allow her to carry the Olympic torch in France last year. The technology was also used to send a tweet to French President Emmanuel Macron and contribute a text amendment to a bill in the French Parliament. Founded by Prof Oullier and Paul Barbaste, Inclusive Brains develops interfaces that respond to the physical and cognitive characteristics of users. Its current research explores how such systems could help with decision making and concentration, and reduce strain from prolonged use of technology.
