Progetto Attivo • Advanced Research Center

NEURON BCI. Futuro Presente.

Revolutionary brain-computer interface developed with cutting-edge technology. 37% higher precision than industry standards with latency under 100ms.

NEURON BCI Studio
Live
Advanced Research Center
Brain Activity

Brain Wave Analysis

8-13 Hz
Alpha Waves
13-30 Hz
Beta Waves
30-100 Hz
Gamma Waves
37%
Superior Precision
vs standard
<100ms
Latency
real-time

NEURON BCI Technology

Advanced brain-computer interface that uses proprietary algorithms for real-time neural signal analysis

Advanced Neural Interface

NEURON BCI represents a new generation of brain-computer interfaces, developed with proprietary technologies for the acquisition and processing of EEG signals. The system achieves 37% higher precision than current standards with latency under 100ms.

High-resolution EEG signal acquisition
Real-time processing with advanced ML
Intuitive control interface

System Parameters

Active Electrodes 64 channels
Sampling Frequency 1000 Hz
System Latency <100ms
Accuracy 94%

Key Features

Superior Precision

Proprietary machine learning algorithms achieve 37% higher precision than current standards.

Precision: +37%

Real-Time

Neural signal processing with latency under 100ms for applications requiring immediate response.

Latency: <100ms

Advanced Analysis

Automatic classification of brain waves (Alpha, Beta, Gamma) with specialized deep learning algorithms.

Waves: α, β, γ

Technology Stack

Cutting-edge technologies for neural signal acquisition, processing, and interpretation

Signal Processing

Proprietary algorithms for EEG

Machine Learning

Deep learning for classification

EEG Hardware

High-resolution electrodes

ROS Integration

Integrated robotic system

Practical Applications

Real-world applications of NEURON BCI technology in research and neuroscience applications

Advanced Analysis

Automatic classification of brain waves (Alpha, Beta, Gamma) with specialized deep learning algorithms.

Waves: α, β, γ

Technology Stack

Cutting-edge technologies for neural signal acquisition, processing, and interpretation

Signal Processing

Proprietary algorithms for EEG

Machine Learning

Deep learning for classification

EEG Hardware

High-resolution electrodes

ROS Integration

Integrated robotic system

Practical Applications

Real-world applications of NEURON BCI technology in research and neuroscience applications

Neuroscience Research

Advanced analysis of brain activity for cognitive process studies and neuroplasticity with superior precision.

Brain activity mapping
Neural pattern analysis
Cognitive load assessment

Assistive Technology

Brain-controlled interfaces for assistive devices, enabling direct neural control of external systems.

Wheelchair control
Prosthetic limb control
Communication aids

Rehabilitation

Neurofeedback systems for cognitive rehabilitation and motor function recovery with real-time monitoring.

Stroke recovery
Attention training
Memory enhancement