Products
NeuroScope
Portable AI-Enabled EEG Device
NeuroScope is a portable, AI-powered EEG device designed for real-time brain signal acquisition, analysis, and interpretation. Built at the intersection of neuroscience, embedded systems, and artificial intelligence, NeuroScope enables accessible, high-quality neural monitoring for research, clinical, and emerging brain-computer interface (BCI) applications.
Engineered for mobility and ease of use, NeuroScope brings advanced neurotechnology beyond traditional lab environments — enabling brain data collection anytime, anywhere.
Key Capabilities
Multi-Channel EEG Acquisition
Captures high-resolution electrical brain activity using non-invasive electrodes, enabling detailed monitoring of neural dynamics.
On-Device & Edge AI Processing
Integrated AI models perform real-time signal filtering, feature extraction, and pattern recognition directly on the device or at the edge, reducing latency and power consumption.
Brain-Computer Interface (BCI) Ready
Designed to support BCI research and applications, including neural state detection, intent recognition, and neurofeedback systems.
Portable & Low-Power Design
Compact, battery-powered architecture optimized for long-duration recordings, field studies, and wearable use cases.
Wireless Connectivity
Secure wireless data transmission enables seamless integration with computers, mobile devices, and cloud platforms for visualization and analysis.
AI-Driven Intelligence
NeuroScope leverages machine learning and deep learning algorithms to transform raw EEG signals into meaningful insights. AI models can be trained to detect patterns associated with cognitive states, neurological events, or abnormal brain activity - enabling intelligent, adaptive neuro-monitoring.
Application
Neuroscience & Academic Research
Portable EEG for cognitive studies, sleep research, and human-machine interaction.
Clinical & Assistive Technologies
Supports research into neurological disorders, neurorehabilitation, and early-stage diagnostic tools.
Brain-Computer Interfaces (BCI)
Enables development of thought-driven control systems, assistive communication, and neurofeedback platforms.
Human Performance & Mental Health Research
Monitoring focus, fatigue, stress, and cognitive workload in real-world environments.