Neural sensing
EEG records electrical activity at the scalp. It can support research and certain task-specific interfaces, but does not provide general-purpose thought reading.
Technology frontier
Where the nervous system meets intelligent action.
Neuroscience, physiological sensing and embodied intelligence intersect through a common engineering problem: extracting useful information from biological signals and acting within a real environment.
Important distinctions
Different signals. Different capabilities.
Brain and body signals are related, but they are not interchangeable. A credible cross-disciplinary platform must distinguish sensing, inference and application.
Muscle and movement signals
EMG measures muscle electrical activity; motion sensors and cameras can provide additional information about movement and posture.
Assistive and embodied action
Task-specific models may support control of prostheses, assistive interfaces or robots with human oversight and safety controls.
The brain–body–AI connection
From measurement to meaningful applications.
BrainBodyAI.com offers a broad digital identity for the emerging interdisciplinary research and commercial ecosystem. Its positioning does not imply that any single device or model can deliver every capability described here.
Neurotechnology
Brain–computer interfaces, neural decoding and adaptive interaction.
Biosignal software
EEG, EMG, movement features and task-specific inference.
Assistive technology
Prosthetics, rehabilitation and adaptive interface research.
Physical intelligence
Learning, control, robotics and human–machine collaboration.