BrainAccess is pleased to be the sponsor of the Neurohackathon “Heroes of the Brain”, a 24-hour programming marathon organized by the Neuron Science Club at Wroclaw University of Science and Technology on November 16-17 in Wroclaw. We will be providing the BrainAccess HALO devices and BrainAccess Standard Kits, as well as demonstrating the BrainAccess EEG hyperscanning capabilities in a hyperscanning session on tens of people. We look forward to seeing the innovative BCI applications that will be developed using our devices.
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From Literature to Live Data: LLMs as Full-Cycle Research Companions
For decades, the challenge in neuroscience has not only been collecting brain data, it has been making sense of it. EEG signals are noisy, high-dimensional, and shaped by dozens of interacting variables. Interpreting them well has traditionally required years of specialist training. But a growing body of evidence suggests that large language models (LLMs) may…
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When Sound Becomes Medicine: BrainAccess HALO in Music Therapy Research
Can lying on a vibrating table listening to carefully crafted audio actually change your brain? A team of Portuguese engineers built a system to find out and the results are surprisingly measurable. Sound therapy is one of those ideas that sits awkwardly between ancient wisdom and modern science. Cultures across history have used chanting, singing…
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Multimodal Integration: How Your Experiment Can Benefit from Multiple Modalities
In this article, we explore multimodal integration, the practice of combining signals from different sensors in the same experiment to build a richer, more reliable picture of brain activity, cognitive states, and physiology. At BrainAccess, this is a direction we are actively building toward, with two major developments in the pipeline: a new HALO headband…
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Cleaner Brain Signals with ATAR: a tunable wavelet algorithm
EEG is one of the most powerful tools we have for reading brain activity in real time. But raw EEG signals are messy, full of noise from muscle movements, eye blinks, heartbeats, and motion. Cleaning that noise without discarding genuine neural information is one of the central challenges of brain-computer interface design. Meet ATAR, a…
