MRC tackles this head-on with the first full solution for “metaverse physicalization”. Using 10 million humanoid robots deployed globally as real-world entry points, MRC builds a “second space” that mirrors the real world 1:1. With millimeter-level laser radar scanning, noninvasive brain-computer interfaces, and distributed hologram feedback, MRC moves from just “seeing” to actual “doing.”

United States, 16th Apr 2025 – In an era shaped by AI, blockchain, and Web3, one thing is clear: Hard tech assets are becoming the main battlefield for global capital. If the past hype focused on “computing power,” “models,” and “protocols,” then the next five years will be all about who can actually bring tech into the real world. Who can build the core link between virtual and real? That’s exactly where the MRC Metaverse Robot project comes in.

From concept to reality: Giving the metaverse a physical body for the first time 

Most past metaverse ideas stayed stuck in visuals only — wear a VR headset and see a made-up “Utopia,” but the interaction was weak, and there was no real-world value. It never really connected physical assets with the digital world.

MRC tackles this head-on with the first full solution for “metaverse physicalization”. Using 10 million humanoid robots deployed globally as real-world entry points, MRC builds a “second space” that mirrors the real world 1:1. With millimeter-level laser radar scanning, noninvasive brain-computer interfaces, and distributed hologram feedback, MRC moves from just “seeing” to actual “doing.”

More importantly, with its original PoRS (Proof of Robotic Service) system, MRC links robot actions and data with Token rewards. It turns “computing power as a service” into “service is mining,” creating a real, sustainable robot economy loop.

Token Value Model: Deflation logic + asset-driven 

For token design, MRC skips the usual inflationary, closed-loop setups with no real-world use. Instead, it’s based on real data and service demand that naturally burns tokens over time.

Total Supply: 800M MRC, never increasing;

Data Mining: 45% of tokens, block rewards drop every 8 years;

Service Burn Mechanism: industrial data streams, hologram scene access, and robot rentals all automatically use and burn tokens to keep supply shrinking;

Governance Incentives: staking and on-chain voting let users and institutions earn governance rewards and revenue shares.

By early 2025, MRC had already launched its main net, deployed the first batch of robots, and kicked off test runs of its data services. The ecosystem is growing fast. In the industrial and research sectors, MRC has early partnerships with over 50 groups, including a major EU manufacturer and a Tokyo University lab, bringing real data assets and service contracts on-chain.

Service value is measurable; asset pricing has room to grow 

What makes MRC stand out isn’t just the tech; it’s the fact that it built a full economic loop where value can be measured, demand can be verified, and trades can be tracked.

In research, MRC robots let scientists remotely run risky experiments. The experiment data becomes NFT assets and boosts citation income by 10%.

In industry, robot sensors upload vibration, energy, and heat data to the MRC chain, which auto-triggers maintenance and saves $8.6M in costs.

In education, brain-computer interfaces plus hologram feedback support immersive learning. Student records are saved on-chain and turned into quantum-signed skill certificates, now being piloted in top Japanese universities.

Every action links to an MRC token use or reward, forming a real economy with predictable cash flow. This kind of service-backed crypto model is a true breakthrough from the old “empty token” days.

Global governance and compliance make it easy for institutions to join 

It’s important to know that MRC didn’t grow like a typical messy Web3 startup. It’s been global and compliant from the start:

It got a PSA payment license in Singapore;

Completed GDPR compliance and data rules setup in Luxembourg;

Registered in Delaware, US and reached a “no action” agreement with the SEC, confirming MRC is a utility token, not a security.

This clears the legal path for big capital to enter, especially for funds, VCs and custodians who care about clear rules.

Where are we now? 

“A robot network powered by brain-computer tech, a token model that lets holographic reality be traded and a protocol for global high-level teamwork.”

That’s the core of MRC.

Right now, the token is still in its early value phase, with limited market supply. The price of community tokens is still tied to how fast the main net apps roll out. But looking at current service demand, partner count, and token burn rate, it’s highly likely we’ll see a major revaluation in the next 12 months.

In 2025, MRC aims to hit $1M in daily token volume. Growth KPIs include the number of new service nodes each quarter, robot rental hours and total data uploaded to the chain.

This won’t just be a growth chart for a tech startup; it could be the start of a new “Tech + Crypto” wave.

It is not just a story but a real engineering. 

Investors are done with endless “narratives.” They want real, working projects with clear economic logic and sparks flying between tech and the market.

MRC isn’t about hype. It’s about robots as access points, data as assets and real-world interaction as the core of building a new economic base for research, industry, education and consumer tech.

This time, it’s not another AI buzzword; it’s not a metaverse fantasy; it’s a real-world revolution.