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Unlocking human potential through accessible neural interfaces

Coming soon, GazeForce by NeuroMech Technologies

We're proud to work with

About the project

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

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

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GAZEFORCE

The Gazeforce is our non-invasive brain computer interface device. It uses independent intent triggering paired with hands-free interaction to empower hybrid architecture creating a smooth plug and play experience.

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EXO-1

The EXO-1 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, being a direct alternative to conventional controllers, supports seamless integration with external devices via standardised SDKs and APIs. Applicable in virtual, demanding work, and rehabilitation environemnts.

Physical Environments
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Virtual Environments
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Technology

Our Non-Invasive BCI 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 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

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Technology Components​

  • Real-Time Brain Signal Processing – Custom deep learning pipelines for noise filtering, feature extraction and classification

  • Neural Decoding Engine 

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

Meet the Team

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