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…
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…
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.…
BrainAccess Sponsors Brainhack Warsaw 2026

We’re thrilled to announce that BrainAccess is a proud sponsor of Brainhack Warsaw 2026 — one of…
Is More Channels Always Better? A practical guide to EEG electrode count trade-offs

When researchers encounter a new EEG system, one of the first numbers they look at is the…
Inside & Around the Ear: Brain Signals Without the Cap

A new generation of tiny EEG devices sits inside or just around your ear. Here’s what they…
Can Your EEG Read Your Eyes?

Eye tracking usually requires a dedicated device. A growing body of research suggests that EEG alone —…
The Architecture of Thought

A technical survey of the three most robust EEG-based BCI paradigms: how they work, why they work,…
ZUNA: A Foundation Model Built for Real-World EEG

Earlier this month, Zyphra released ZUNA, a new foundation model purpose-built for EEG data. We read the…
How Researchers Used BrainAccess MIDI to Boost Teen Focus by 57%

A team from Romania’s Informatics Association for the Future built a personalized, AR-powered attention trainer for adolescents…
How Machine Learning is Transforming Brain-Computer Interfaces

Brain-computer interfaces (BCIs) are entering a new era. The combination of electroencephalography (EEG) and machine learning is…
Invasive vs. Non-Invasive BCIs: Applications, Implications, and the Road Ahead

From restoring movement in paralyzed patients to enabling hands-free interaction with digital devices, Brain-Computer Interface (BCI) technology…