Unlocking human potential through accessible neural interfaces

Coming soon, GazeForce by NeuroMech Technologies

About the project

NeuroMech Technologies (NMT) Limited is a Hong Kong based technology solutions provider specialising in non-invasive brain-computer interface (BCI) innovation and robotics. Established in 2024, NMT is dedicated to developing safe, high-performance neural interfaces and robotic systems that enable direct thought-to-action control in all environments.

NMT is committed to transceding the limitations of conventional control methods, leading Human Computer Interface into a new multimodal era where “thoughts translates into commands”.

GAZEFORCE

The Gazeforce is our non-invasive brain computer interface device. It adopts advanced neuro-optical technologies to capture and translate users' eye and neural signals into precise commands. Independent intent triggering paired with hands-free interaction to empower hybrid architecture creating a smooth plug and play experience.

EXON-01

The EXON-01 is our fully autonomous lower-limb exoskeleton prototype. It is powered by six custom-design 28Nm, 5-pole, low-inertia industrial servo motors that safely replicate a natural human gait. Achieving hands-free balance, this hardware is controlled by our proprietary NeuroGait™ AI system.

Markets We Serve

NMT’s solution is to be a direct alternative to conventional controllers, it supports seamless integration with external devices via standardised SDKs and APIs. Applicable in virtual, demanding work, and rehabilitation environemnts. The technology targets three main areas: Assistive Tech & Rehabilitation (supporting elderly and mobility-impaired individuals in care facilities), Industrial Automation (enhancing operations in logistics, heavy industry, and demanding environments like construction sites), and Virtual Environments (powering entertainment and simulations).

Physical Environments

Virtual Environments

Technology

NeuroMech develops fully non-invasive brain-computer interfaces that capture, decode, and translate brain activity into precise commands — without risk of any invasive harm to the user.

Our Non-Invasive BCI Technology

Our robotics technology integrates seamlessly with neurosignals, enabling precise and intuitive control. By merging neuroscience with robotics, we create a synergy that propels technological advancements and enhances user experiences.

Core Advantages

Non-invasive – No surgical procedure required
Cost-effective – Substantially lower than invasive alternatives
Highly Accessible – No medical procedures; available to a wider audience
Robust signal decoding – Proprietary AI models achieve high accuracy and real time decoding

Proprietary Engines

Real-Time Neural Decoding Engine – Custom deep learning pipelines for noise filtering, feature extraction and classification
Human-Computer Interface Platform – Seamless integration with physical and virtual environments

Meet the Team

Chief Executive Officer

Justin Yu

jyu@nmtechs.com

Business Development Director

Frederick Lee

flee@nmtechs.com

NeuroMech Technologies

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Unlocking human potential through accessible neural interfaces

Coming soon, GazeForce by NeuroMech Technologies

About the project

The EXON-01 is our fully autonomous lower-limb exoskeleton prototype. It is powered by six custom-design 28Nm, 5-pole, low-inertia industrial servo motors that safely replicate a natural human gait. Achieving hands-free balance, this hardware is controlled by our proprietary NeuroGait™ AI system.

Markets We Serve

Physical Environments

Virtual Environments

Technology

NeuroMech develops fully non-invasive brain-computer interfaces that capture, decode, and translate brain activity into precise commands — without risk of any invasive harm to the user.

Our Non-Invasive BCI Technology

Our robotics technology integrates seamlessly with neurosignals, enabling precise and intuitive control. By merging neuroscience with robotics, we create a synergy that propels technological advancements and enhances user experiences.

Core Advantages

Non-invasive – No surgical procedure required

Cost-effective – Substantially lower than invasive alternatives

Highly Accessible – No medical procedures; available to a wider audience

Robust signal decoding – Proprietary AI models achieve high accuracy and real time decoding

​ Proprietary Engines​

Real-Time Neural Decoding Engine – Custom deep learning pipelines for noise filtering, feature extraction and classification

Human-Computer Interface Platform – Seamless integration with physical and virtual environments

Meet the Team

We're proud to work with

Proprietary Engines