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BRAIN COMPUTER INTERFACE
In the realm of cutting-edge technological advancements, the Brain-Computer Interface (BCI) harnesses the power of the brain’s complex signals, bridging the gap between the human mind and the digital world.

The technology
A Brain-Computer Interface (BCI) is a revolutionary computer-based system that acquires signals directly from specific brain areas, by means of an electroencephalogram (EEG) technique. These signals are then processed and analysed by the BCI system that translates them into commands that are relayed to an output device such as a computer or a robotic device, allowing the subject to carry out a desired action simply by thinking about it.
Our commitment
At Henesis, we leverage BCI paradigms to solve complex challenges in different industries, with a focus on the health & wellbeing sector, thanks to the extensive knowledge and experience acquired by our research team in the detection and interpretation of EEG signals and related markers.
BEESPER MIND

Exploring Brain-Computer Interface (BCI) Technology by Henesis

What happens in the brain when it enters a meditative state? How to scientifically approach the well-being state that is obtained through this type of practices?

Henesis, with its advanced monitoring system, was partner of the event “La Mente Meditante” at the Maxxi Museum in Rome and makes the brain processes visible during guided meditation.

RAIPLAY Touchness

An exciting meditative experience shared with Rai Play: merging art, neuroscience, and technology

Imagine sitting in a peaceful meadow, immersed in the silence and beauty of nature, entering a meditative state. The subtle nuances of your brain activity are captured by a cutting-edge technology that makes invisible neural performance visible.

This is an example of the brain signal detection and transmission technology designed by Henesis.

The strip is capable of detecting EEG signals, which are then transmitted to any device (mobile phone and PC) wirelessly.
The result is a product made to adhere perfectly to the skin and be light, flexible, breathable and functional, guaranteeing comfort and signal quality.

Watch the video
Enhancing Meditation

How our wearable AI-powered platform amplifies meditative awareness through real-time physiological insights

We are collaborating with Satya Deva, a highly experienced meditation practitioner to explore how wearable BCI technology can deepen meditation.

Our device measures key physiological parameters (such as heart rate variability, respiration, electrodermal activity, and cognitive load) and processes them with proprietary AI algorithms to provide immediate, meaningful feedback.

During both group and 1:1 sessions, participants can see what happens in their body as they enter meditative states, gaining greater awareness and understanding of the physiological effects of the practice.
Early results show:

  • clearer recognition of relaxation phases,
  • more stable physiological patterns during sessions,
  • improved ability to replicate meditative states independently.

This integration of meditation and BCI highlights how advanced wearable technologies can make inner experiences more tangible, measurable, and accessible.