We are developing an advanced neurofeedback system that detects and analyzes depression through EEG signals, leading to an interactive VR-based therapy program.

 How It Works:

• EEG-Enabled VR Headset – Reads brain activity while immersing users in therapy.
• AI-Powered Analysis – Identifies depression patterns through deep learning.
• Smart Progress Reports – Helps therapists track improvements over time.

Why It Matters:
This system makes mental health care more accessible, effective, and personalized using a non-invasive, AI-driven approach.

Join us in transforming mental health treatment. Contact us to learn more.

Join us in transforming mental health treatment. Contact us to learn more.

We are developing SELLA, an advanced wheelchair that uses brain-computer interface technology to help individuals with physical disabilities navigate using only their thoughts..

How It Works:

• EEG Headset – Captures brain activity and translates it into movement commands.
• Smart Electric Wheelchair – Equipped with microcontrollers and biosensors for precise control.
• Built-in Safety Features – Includes collision avoidance and seamless manual-to-automated mode switching.

Why It Matters:
SELLA combines neurotechnology, automation, and safety to create a groundbreaking assistive device, empowering users with greater independence and mobility.

Discover the future of mobility. Contact us to learn more.

This advanced neurofeedback system integrates EEG monitoring and 3D virtual reality to support cognitive and motor recovery in stroke patients. Designed for rehabilitation centers, healthcare providers, and research institutions, it offers a data-driven, immersive approach to rehabilitation.

Key Features:

• EEG Monitoring – Captures and analyzes brain activity during rehabilitation.
• 3D VR Therapy – Provides realistic, interactive visual and auditory stimulation to enhance neurofeedback training.
• AI-Powered Progress Reports – Tracks cognitive and motor improvements for data-driven therapy adjustments.

Why Choose This System?

• Enhanced Recovery Outcomes – Engages patients in an immersive, interactive rehabilitation process.
• Precision & AI-Driven Insights – Personalizes therapy with real-time brain activity analysis.
• Seamless Integration – Designed for clinical, rehabilitation, and research applications.

Transform stroke rehabilitation with 3D VR and EEG technology. Contact us to explore implementation options.

NeuroPersonaGPT is an AI-driven system that deciphers brainwave patterns to reveal personality traits and emotional states in real time. Designed for mental health professionals, researchers, and AI-driven user experiences, it offers a scientific approach to understanding human behavior through EEG technology.

Key Features:

• Multi-Channel EEG Sensors – Captures and analyzes brain activity for detailed personality and emotion insights.
• Web-Based Application – Processes EEG data and delivers real-time assessments for user profiling and analysis.
• AI-Powered Interpretation – Uses machine learning to map brain activity to cognitive and emotional states.
• Why Choose NeuroPersonaGPT?
• Revolutionary Brain-Behavior Mapping – A cutting-edge tool for personality and emotion recognition.
• Versatile Applications – Supports mental health diagnostics, adaptive learning, and AI-driven personalization.
• Seamless Integration – Designed for clinical, research, and interactive technology environments.

Unlock new possibilities in personality and emotion analysis with EEG-driven AI. Contact us to learn more.

This intelligent sleep system uses EEG technology to create a fully adaptive sleep environment, enhancing sleep quality and emotional well-being. Designed for healthcare providers, wellness centers, and smart home innovators, it integrates real-time physiological monitoring with smart sleep solutions for a more restful night.

Key Features:

• Smart Mattress & Pillow – Embedded with EEG, heart rate, and respiratory sensors to monitor sleep patterns.
• Adaptive Ambient Lighting – Adjusts color, tone, and intensity based on brain activity to encourage relaxation and deep sleep.
• Interactive Sleep-Aid Sounds – Responds dynamically to sleep disruptions, promoting continuous rest.

Why Choose This System?

• Data-Driven Sleep Optimization – Uses real-time EEG analysis for personalized sleep enhancement.
• AI-Powered Adjustments – Continuously adapts to physiological changes throughout the night.
• Seamless Smart Home Integration – Designed for wellness-focused environments and research applications.

Experience the future of sleep with EEG-driven smart technology. Contact us to learn more.

This intelligent sleep system uses EEG technology to create a fully adaptive sleep environment, enhancing sleep quality and emotional well-being. Designed for healthcare providers, wellness centers, and smart home innovators, it integrates real-time physiological monitoring with smart sleep solutions for a more restful night.

Key Features:

• Smart Mattress & Pillow – Embedded with EEG, heart rate, and respiratory sensors to monitor sleep patterns.
• Adaptive Ambient Lighting – Adjusts color, tone, and intensity based on brain activity to encourage relaxation and deep sleep.
• Interactive Sleep-Aid Sounds – Responds dynamically to sleep disruptions, promoting continuous rest.

Why Choose This Approach?

• Innovative Cultural Preservation – Protects heritage using AI-driven documentation and VR experiences.
• Immersive Learning – Enhances education through interactive, hands-on exploration of traditions.
• Accessible & Scalable – Designed for museums, educational institutions, and cultural organizations.

Revolutionize the way we preserve and experience culture with AI and VR. Contact us to learn more.

Our AI and VR-powered initiatives are designed to preserve cultural heritage and create immersive educational experiences that bring traditions to life. By combining cutting-edge technology with cultural storytelling, these projects offer interactive ways to engage with history, art, and traditional practices.

Key Features:

• Virtual Tai Chi Simulator – Provides an immersive training experience, allowing users to learn and practice traditional movements in a virtual environment.
• 3D AI-Generated Content – Digitally preserves cultural artifacts and traditions through interactive archives, ensuring accessibility for future generations.

Why Choose This Approach?

• Innovative Cultural Preservation – Protects heritage using AI-driven documentation and VR experiences.
• Immersive Learning – Enhances education through interactive, hands-on exploration of traditions.
• Accessible & Scalable – Designed for museums, educational institutions, and cultural organizations.

Revolutionize the way we preserve and experience culture with AI and VR. Contact us to learn more.