Alternatives to Brainvivo

Non-invasive brain measurement technology for accessible brain health insights.

Developing ultra-high bandwidth brain-machine interfaces to connect humans and computers.

Motion-based driver monitoring using unconscious muscular submovements to detect cognitive state.

Neurotechnology company analyzing brain signals from consumer headwear for real-time mind measurement.

Develops non-intrusive brain-based technology for enhanced human-to-machine and human-to-human communication.

AI software solutions connecting people and technology via wearables and biosensors, transforming sensory data into actionable insights.

Bioelectric medicine company advancing neurorecovery for stroke and neurological conditions.

Developing a digital pill to rebalance brain networks using imperceptible micro-stimulations.

AI technology for monitoring human emotions, particularly high stress, to prevent dangerous states.

AI-powered digital health company detecting early behavioral and emotional health indicators.

Building a human foundation model for emotionally intelligent AI that understands and expresses emotion in real-time.

Provides accessible, real-time brain data and insights for research and innovation.

FIZE Medical is developing a novel, non-invasive device for early detection of neurological diseases.

Builds intelligent AI-powered software products that help businesses grow faster through automation, analytics, and modern technology.

Wearable devices and AI for continuous health monitoring and early disease detection.

Deep-tech startup building a next-generation wearable for elite athletes to measure physiological and neurological metrics.

Develops advanced brain-computer interfaces (BCIs) to restore function and independence for individuals with neurological disorders.

Firefly Neuroscience provides objective brain function assessments for mental illness using FDA-cleared Brain Network Analytics (BNA™) technology.

Develops advanced brain-computer interfaces for neurological disorder treatment.

Developing a brain-computer interface for high-bandwidth neural data acquisition and stimulation.