

Human ability meets robotics
Human ability
meets robotics
Human ability meets robotics
Pioneering the future, by creating a bridge between humans and machines for the enhancement of people’s lives.
Pioneering the future, by creating a bridge between humans and machines for the enhancement of people’s lives.
Pioneering the future, by creating a bridge between humans and machines for the enhancement of people’s lives.
Effortless
Control
Sensor
A minimally invasive sensor placed under the skin that captures data directly from muscles, harnessing the full complexity of human movement.


Control
Real-time signal processing powered by proprietary AI transforms raw movement data into precise, intuitive commands for robotic devices.

AI
A seamless AI experience that is fine-tuned to each person, ensuring the best possible user experience.
Effortless Control
Effortless
Control

Sensor
A minimally invasive sensor placed under the skin that captures data directly from muscles, harnessing the full complexity of human movement.
Sensor
A minimally invasive sensor placed under the skin that captures data directly from muscles, harnessing the full complexity of human movement.


Control
Real-time signal processing powered by proprietary AI transforms raw movement data into precise, intuitive commands for robotic devices.
Control
Real-time signal processing powered by proprietary AI transforms raw movement data into precise, intuitive commands for robotic devices.


AI
A seamless AI experience that is fine-tuned to each person, ensuring the best possible user experience.
AI
A seamless AI experience that is fine-tuned to each person, ensuring the best possible user experience.

Phantom Neuro's futuristic muscle-computer interface, the Phantom X, brings an unprecedented level of natural control to robotic systems in real-world environments.
Phantom Neuro's futuristic muscle-computer interface, the Phantom X, brings an unprecedented level of natural control to robotic systems in real-world environments.
Phantom Neuro's futuristic muscle-computer interface, the Phantom X, brings an unprecedented level of natural control to robotic systems in real-world environments.
CAUTION—Investigational device.
United States: Limited by Federal (or United States) law to investigational use.
Australia: For use only in a clinical investigation conducted in accordance with applicable Australian regulatory and ethics requirements.
CAUTION—Investigational device.
United States: Limited by
Federal (or United States) law to investigational use.
Australia: For use only in a clinical investigation conducted in accordance with applicable Australian regulatory and ethics requirements.
The Phantom X
Subcutaneous Design
Fits just beneath the skin. Simple outpatient procedure. No brain surgery, no anesthesia, no lengthy recovery.
Built for Real Life
Engineered for real-world conditions bracing against high heat and high impact with no limitations.
Adaptive Intelligence
On-device machine learning personalized for each user, adapting to each person’s unique physiology.
Subcutaneous Design
Fits just beneath the skin. Simple outpatient procedure. No brain surgery, no anesthesia, no lengthy recovery.
Fits just beneath the skin. Simple outpatient procedure. No brain surgery, no anesthesia, no lengthy recovery.
Built for Real Life
Engineered for real-world conditions bracing against high heat and high impact with no limitations.
Engineered for real-world conditions bracing against high heat and high impact with no limitations.
Adaptive Intelligence
On-device machine learning personalized for each user, adapting to each person’s unique physiology.
On-device machine learning personalized for each user, adapting to each person’s unique physiology.
Patient Stories
Meet Michael, a Phantom Neuro patient sharing his personal journey with limb difference and his experience with our emerging technology designed to advance prosthetic control. Learn more about Phantom Neuro’s research and how you can get involved.
Future Applications
Robotics & Human Augmentation

Photo by Shane Benson
Patient Stories
Meet Michael, a Phantom Neuro patient sharing his personal journey with limb difference and his experience with our emerging technology designed to advance prosthetic control. Learn more about Phantom Neuro’s research and how you can get involved.
Future Applications
Robotics & Human Augmentation

Photo by Shane Benson
Life changing technology worldwide
~50M
Living with limb loss
~50M
Living with limb loss
~50M
Living with limb loss
~1.3B
Functioning with significant disabilities
~1.3B
Functioning with significant disabilities
~1.3B
Functioning with significant disabilities
~50%
Lower extremity amputations from diabetes
~50%
Lower extremity amputations from diabetes
~50%
Lower extremity amputations from diabetes
Partner with us
We are actively seeking volunteers and partners for our ongoing and upcoming clinical studies. Contribute to advancing innovative healthcare solutions that improve the quality of life for those with limb disability.
Partner with us
We are actively seeking volunteers and partners for our ongoing and upcoming clinical studies. Contribute to advancing innovative healthcare solutions that improve the quality of life for those with limb disability.
Partner with us
We are actively seeking volunteers and partners for our ongoing and upcoming clinical studies. Contribute to advancing innovative healthcare solutions that improve the quality of life for those with limb disability.

