This question sounds philosophical, but it will quickly turn into a very real economic controversy.
In 2026, humanoid robots are entering factories, warehouses, and supermarkets at a visible speed. They are moving goods, sorting, patrolling, and delivering meals. These tasks, five years ago, were all a consumption of human labor hours, representing real labor value.
Now the robot has done these things. Where did the value generated flow to?
It flowed to hardware manufacturers. It flowed to cloud platforms. It flowed to data service providers.
Only there was no flow to the robot that actually did the work—nor to any ordinary participant.
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Production relations have not kept up with productive forces.
Human society took hundreds of years to transform workers from "speaking tools" into "citizens with rights."
We established unions, labor laws, and minimum wage standards—at the essence, this is about redistributing production relations.
But when robots take over labor, we seem to have accepted one thing: robots have no rights, and the value they generate naturally belongs to their owners.
This logic seems self-evident now, but it may not be correct and may not last.
Because the key issue is not whether robots have rights, but who has the right to schedule robots, allocate tasks, and collect rewards?
If the answer is always "a few giants", then the robot economy is just an accelerator that transfers wealth from workers to capital.
@Fabric Foundation Foundation provided another answer.
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The core logic of Fabric: protocol scheduling, not company scheduling.
There is a design concept in Fabric's architecture that I keep pondering:
The identity of robots, task allocation, and reward settlement all occur at the on-chain protocol layer, rather than in the backend systems of a specific company.
What does this mean?
It means that no single entity can unilaterally decide whether a robot can work, what tasks it can take, or how much money it can earn.
is the core fuel of this system—
Robots connected to the network earn ROBO by completing tasks; enterprises that want to allocate tasks and build applications in the network must purchase and stake ROBO to gain scheduling rights; the protocol layer revenue will also periodically buy back ROBO, forming a continuous injection of value.
This is not about designing a token economic model; it is about designing a new production relationship.
Where do tasks come from? On-chain allocation.
Where does the money go? On-chain settlement.
Who calls the shots? Network participants who hold and stake ROBO.
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Why I feel the timing is critical.
Many people have doubts about Fabric: is it too early to enter when the robot economy hasn't really scaled yet?
But my judgment is exactly the opposite—the window for the protocol layer always closes before an explosion at the application layer.
You have no chance to "invest" in TCP/IP after it has already supported the global internet.
That opportunity only existed in 1974.
Today's Fabric is, to some extent, that time node.
The scaling of robot hardware is a certain event; it is just a matter of time. Once scaling occurs, the demand for coordinating protocols will explode from zero—every company wanting to create "robot Didi" or "robot Meituan" must find a decentralized scheduling layer, or they will also be choked by larger giants.
At that time, they will find that Fabric is already there.
And the staking threshold of ROBO will make the entry cost at that time completely different in scale from now.
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I never encourage anyone to invest mindlessly in anything.
But I also don't think that "waiting until the robot economy matures to see" is a rational strategy.
Because when everyone understands, the protocol layer has long been filled.
What Fabric is doing is worth spending an afternoon to read its documentation thoroughly.
Not to speculate on coins, but to clarify:
The underlying rules of the next era are being written by someone.#ROBO