Breakthrough in human-robot interaction enables high-precision control and real-time feedback with non-invasive brain-machine interface technology
United States, 17th Apr 2025 – MRC Metaverse Robot today announced a significant breakthrough in neural-interface robotics, unveiling a five-layer technological architecture that enables real-time human-robot interaction with a neural latency as low as 6 milliseconds. The system, powered by non-invasive brain-machine interface protocols and enhanced robotics hardware, aims to redefine human-computer interaction in the emerging mixed reality and industrial robotics sectors.
At the heart of this innovation is MRC’s proprietary NeuralLink Protocol, a non-invasive brain-machine interface that leverages high-density EEG signal acquisition and adaptive neural decoding algorithms. In recent lab-based demonstrations conducted in collaboration with academic institutions, the latency between neural command and robotic action reached as low as 5.8 milliseconds, enabling near-instantaneous response that could pave the way for new applications in precision robotics.
“We believe this is a major step forward in bridging human cognition with the physical world,” said a spokesperson for MRC. “Our system enables intuitive control and real-time feedback without requiring invasive surgical procedures.”
Five-Layer Technology Architecture
MRC’s technology stack is composed of five integrated layers:
1. Hardware Layer:
MRC’s humanoid robot model, the HX8, features a liquid metal joint system with full 720-degree freedom of movement and high-resolution tactile sensors capable of detecting micrometer-level pressure changes. This configuration supports applications ranging from micro-assembly to industrial inspections.
2. Communication and Control Layer:
The system utilizes a multi-channel neural decoding platform combined with edge computing capabilities to ensure low-latency response and high signal fidelity.
3. Blockchain Layer:
Built on a hybrid Delegated Proof of Stake (DPoS) and Practical Byzantine Fault Tolerance (PBFT) consensus mechanism, MRC’s blockchain infrastructure provides secure, low-energy transaction processing. With speeds up to 9,200 transactions per second (TPS), the platform supports real-time recording of robotic activity and sensory data as verifiable digital assets.
4. Data Layer:
The platform includes modules for structured sensory data processing, including touch and environmental sensing. Although research is ongoing, MRC has outlined its commitment to privacy and regulatory compliance in managing any form of bio-data or sensitive information.
5. Application Layer:
Through its development toolkit, MRC offers developers a 3D environment engine and robotic training interface, allowing for the simulation and implementation of complex robotic behaviors. The company also announced a developer incentive program, including token-based rewards for contributing high-utility robotic action scripts.
Practical Applications and Pilot Programs
MRC is currently conducting pilot programs in collaboration with manufacturing and healthcare partners, focusing on remote maintenance, inspection automation, and assisted robotic operations. The company emphasizes that all use cases are developed in compliance with local regulations, ethical standards, and data protection laws.
“Rather than replacing humans, our technology is designed to extend human abilities into environments where traditional tools fall short,” the spokesperson added. “From precision industrial assembly to education and training, the possibilities are broad and impactful.”
Looking Ahead
With the testnet and developer tools expected to launch later this year, MRC invites academic, industrial, and commercial partners to participate in ongoing testing and co-development.
Media Contact
Organization: MRC
Contact Person: Grace Henderson
Website: https://mrctoken.site/
Email: Send Email
Country:United States
Release id:26482
View source version on King Newswire:
MRC Metaverse Robot Unveils Next-Generation Metaverse Robotics System with 6ms Neural Interface Latency
It is provided by a third-party content provider. King Newswire makes no warranties or representations in connection with it.
Disclaimer: The views, suggestions, and opinions expressed here are the sole responsibility of the experts. No Biz Economics journalist was involved in the writing and production of this article.
