Revolutionizing
Decentralized Neuroscience
Treating brain disorders with personalized neuromodulation through decentralized research protocols
Our Products
Cutting-edge neurotechnology solutions designed to advance decentralized brain research and therapeutic applications
Starstim
Advanced neurostimulation system for research and clinical applications with precise targeting capabilities.
Enobio
Wireless EEG system for high-quality brain signal recording in research and clinical environments.
NIC Software
Comprehensive software platform for neurostimulation protocol design and data analysis.
Complete Accessories
Our range of accessories and components ensures optimal performance and compatibility with our neurotechnology systems, providing everything researchers and clinicians need for successful implementation.
Advanced Technology
Our decentralized neurotechnology combines cutting-edge hardware with open-source algorithms to deliver precise, personalized brain stimulation and monitoring solutions accessible to researchers worldwide.
Precision Targeting
Advanced algorithms for accurate brain region targeting and stimulation.
Real-time Monitoring
Continuous brain activity monitoring with high temporal resolution.
Personalized Protocols
Customized treatment protocols based on individual brain characteristics.
Decentralized Data Sharing
Secure, permissioned data sharing across research institutions with distributed ledger technology.
Advanced Brain Mapping
Our sophisticated algorithms provide detailed brain activity visualization and analysis for precise therapeutic targeting and research insights.
Multi-Scale Brain Modeling
Our decentralized approach spans from microscopic neural dynamics to macroscopic brain networks, enabling collaborative research and intervention at every scale of brain function through open protocols.
Microscopic Scale
Individual neuron and synapse modeling with compartment and neural mass models
Mesoscopic Scale
Local field potentials and regional brain activity with FEM head models
Macroscopic Scale
Whole-brain networks and connectivity patterns with advanced network models
Brain-to-Brain Communication
Explore the frontiers of neuroscience with our advanced brain-to-brain interface technology, enabling real-time comparison and communication between neural states.
Real-time Neural Synchronization
Monitor and compare brain states between multiple subjects in real-time.
Collaborative Research
Enable new paradigms in social neuroscience and collaborative brain research.
Advanced Visualization
Sophisticated brain state visualization and comparative analysis tools.
Clinical Applications
Our neurotechnology solutions are being used to treat a wide range of neurological and psychiatric conditions
Depression
Targeted stimulation for treatment-resistant depression
Epilepsy
Seizure monitoring and intervention protocols
Stroke Recovery
Rehabilitation and motor function restoration
Cognitive Enhancement
Memory and attention improvement protocols
Research Excellence
Our decentralized research network and state-of-the-art laboratories are equipped with the latest neurotechnology tools, enabling collaborative discoveries and clinical advancements in neuroscience across global institutions.
Decentralized Collaboration
Bringing together experts from neuroscience, engineering, and clinical practice through permissionless protocols.
Advanced Equipment
Cutting-edge tools and technologies for precise brain monitoring and stimulation.
Translational Research
Bridging the gap between laboratory discoveries and clinical applications.
Customer Success Stories
Discover how leading research institutions and medical centers are using NeuroCommons decentralized technology to advance collaborative neuroscience research and improve patient outcomes
Stanford University
Neuroscience Institute
Breakthrough in Depression Treatment
Using NeuroCommons Starstim technology, Stanford researchers achieved a 70% response rate in treatment-resistant depression patients through personalized stimulation protocols.
Mayo Clinic
Epilepsy Center
Advanced Seizure Prediction
Mayo Clinic's epilepsy team uses Enobio EEG systems to predict seizures up to 30 minutes before onset, enabling proactive intervention and improved patient safety.
MIT
Brain and Cognitive Sciences
Memory Enhancement Research
MIT researchers demonstrated 40% improvement in working memory performance using targeted stimulation protocols developed with NIC Software platform.
Johns Hopkins University
Department of Neurology
Revolutionizing Stroke Recovery
Johns Hopkins achieved remarkable results in stroke rehabilitation using NeuroCommons technology. Their integrated approach combining Starstim stimulation with Enobio monitoring led to 85% faster motor function recovery in post-stroke patients.
"NeuroCommons technology has transformed our approach to stroke rehabilitation. The precision and real-time feedback capabilities have enabled us to develop truly personalized treatment protocols."
Seamless Integration
Our neurotechnology solutions are designed for easy integration into daily life and clinical practice, providing comfortable, user-friendly experiences for both patients and researchers.
User-Friendly Interface
Intuitive software design that makes complex neurotechnology accessible to all users.
Comfortable Design
Ergonomic hardware designed for extended use in various environments.
Remote Monitoring
Enable remote patient monitoring and telemedicine applications.