Morph Labs develops brain–computer interface technologies designed to enable intuitive control of prosthetic limbs through neural signals. The company’s platform focuses on translating brain activity into movement commands that allow amputees to interact with prosthetic devices more naturally. Its approach combines non-invasive neural sensing with advanced decoding algorithms to support real-time control. Morph Labs positions its technology within assistive neurotechnology and rehabilitation contexts.

The technology captures neural signals associated with motor intent and applies AI-driven models to decode these signals into continuous control outputs. These decoded commands are mapped to prosthetic limb movements, enabling smoother and more responsive interaction compared to traditional control methods. The system emphasizes low latency and adaptability to individual users through training and personalization. This approach aims to reduce cognitive effort while improving precision and usability.

Morph Labs targets individuals with limb loss who require advanced prosthetic control solutions. The platform is intended to support rehabilitation and assistive use rather than consumer interaction or entertainment. Its positioning reflects broader efforts to use neural decoding and AI to restore functional movement and autonomy through brain-driven prosthetic technologies.