Unlock Sensory Potential. Powered by GVS.

THE PRODUCT

Stimbox® GVS

Galvanic Vestibular Stimulation for Virtual Reality

The Stimbox® uses clinically validated calibrated electrical white noise for gentle, non-intrusive vestibular nerve stimulation. Our unique intelligent calibration adapts in real time to each user.

FEATURES

Designed for Performance

Standalone Operation

Runs without a computer via embedded programming. Power on, connect, and go -- no software installation required.

Real-time Calibration

Unique in the world, our intelligent calibration adapts in real time to each user -- compensating for fatigue, stress and individual sensitivity differences.

Safe GVS Stimulation

Precise intensity and frequency control for optimal tolerance. Calibrated electrical white noise validated by clinical tests.

Compact and Robust

Lightweight case with professional finish. Designed to integrate seamlessly with VR setups and simulation environments.

Full Protocol Customization

Full stimulation protocol customization available during the study phase. Adapt parameters to your specific VR application.

Sovereign Technology

Entirely designed in France, our solution ensures full control over the technology chain. NBI draws on a network of experts in strategy, industrial development, scientific research, and institutional relations to showcase French excellence internationally.

THE SCIENCE

How GVS Works

Understanding the science behind cybersickness and how vestibular stimulation resolves it.

What is Cybersickness?

Cybersickness is the discomfort -- nausea, dizziness, eye strain, disorientation -- experienced when using VR headsets or simulators. It results from a sensory conflict: your eyes perceive motion, but your inner ear senses that you're stationary. This mismatch confuses the brain and triggers symptoms similar to motion sickness.

Between 25% and 60% of VR users are affected.

The Vestibular System

The vestibular organ is located in the inner ear. It consists of the semicircular canals (detecting rotational movement) and the utricle and saccule (detecting linear acceleration and gravity). Together, these structures are essential for maintaining balance, posture, and spatial orientation.

Your inner ear is the body's motion sensor.

How GVS Bridges the Gap

Galvanic Vestibular Stimulation applies a gentle, calibrated electrical current to the vestibular nerve via electrodes behind the ears. This modulates the balance signals sent to the brain, reducing the conflict between visual and vestibular inputs. The result: a more comfortable, immersive VR experience without nausea or disorientation.

GVS aligns what you see with what you feel.

THE TEAM

Innovation & Expertise

Our multidisciplinary team combines expertise in science, technology, business and strategy to push the boundaries of vestibular stimulation.

CEO

Hervé Pochat

Innovation expert

Director of Innovation and Business Development. Expert in MEDTECH development with deep experience bringing medical devices from concept to market.

Researcher

Emmanuelle Chouin

Vestibular physiotherapist

Specialist in scientific experiment design, galvanic stimulation protocols and data analysis. Brings clinical expertise to every aspect of the product.