In today’s metaverse ecosystem, most projects still rely on traditional human-computer interaction methods—screens, keyboards, controllers, or bulky VR headsets. The MRC (Metaverse Robot Chain) system shatters this paradigm with its revolutionary “neural-physical” bidirectional closed-loop system, enabling humans to control robots with thought-level precision and achieve true atomic-level interaction in mixed reality.
MRC’s most stunning technological breakthrough is the deep integration of its non-invasive brain-computer interface (NeuralLink protocol) with 720° full-freedom liquid metal robots. Laboratory data from Tokyo University shows that when users control MRC robots to perform minimally invasive surgery, the total latency from brain command to robot execution is just 5.8 milliseconds—42% faster than Neuralink’s 10ms latency and surpassing even professional eSports players’ neuromuscular reaction speed.
“This means a surgeon in New York can directly control an MRC robot in Tokyo to perform precision surgery with the same tactile feeling as being physically present,” explains MRC Technology’s Chief Medical Applications Officer. “Our 128-channel high-density electrode array and adaptive neural network deliver 97.3% accuracy in complex motion recognition without invasive electrodes.”
The MRC-HX8 humanoid robot incorporates multiple breakthrough technologies, including a liquid metal joint system supporting 720° full-freedom movement, quantum-level tactile feedback sensitive to single-cell pressure changes, and hybrid nuclear-solar power systems that can operate continuously for 15 years in extreme environments from -50°C to 300°C.
On the blockchain layer, MRC employs a DPoS+PBFT hybrid consensus mechanism with 21 high-reputation validation nodes, 4.5-second transaction confirmation times, and peak throughput of 9,200 TPS—230 times Ethereum’s capacity with only 1% of the energy consumption of PoW systems.
“Traditional metaverse environments can only process visual and auditory data, but MRC achieves full sensory digitization,” notes MRC Technology’s Sensory Integration Director. “Our molecular hash compression ratio of 99.9% for olfactory data allows virtual chemistry experiments to accurately reproduce stimulating odors, while zero-knowledge proof verification enables research institutions to purchase anonymous genetic feature analysis rights without exposing raw data.”
The MRC Proof of Robotic Service (PoRS) mechanism redefines “mining”—developers who create industrial inspection algorithms or train robots to perform complex tasks like detecting nanometer-level chip defects receive MRC tokens based on task complexity. The 2025 testnet will release 1.6 million incentive tokens to early developers contributing robot training data.
MRC’s applications extend beyond Earth-bound scenarios to include remote maintenance of lunar bases (with latency limited only by the speed of light) and deep-sea research allowing scientists to direct robots collecting data from extreme environments like the Mariana Trench.
“MRC’s 6ms neural interaction isn’t simply a technical optimization but a complete reconstruction of how humans interact with the physical world,” concludes MRC Technology’s CEO. “While other metaverse projects still discuss ‘virtual avatars,’ MRC has already given humans ‘super-physicalization’ capabilities—your thoughts can directly penetrate screens and change the real world at the atomic level.”
About MRC Technology
MRC Technology develops advanced neural-robotic systems that eliminate the boundary between human thought and physical action. The company’s revolutionary brain-computer interfaces, quantum-sensitive robotics, and high-performance blockchain create a new paradigm for human-machine interaction across scientific research, medicine, industrial applications, and space exploration.
Website: https://mrctoken.site/
Email: support@mrctoken.site
