🔥 Fabric: Stop teaching robots to "walk"; what they need is a bacterial gene carnival 🧬
Yesterday, this seal🦭 was watching the neighbor's child learn to walk in the park downstairs. The child fell so hard that this seal felt heartbroken and wanted to help, but was stopped by the child's father: "This is called evolution; if you don't suffer, you won't learn."
I thought at that moment, high-level carbon-based life forms really have it tough. To learn a skill, they have to go through millions of years of genetic mutations and natural selection, or like this human infant, spend a year or so falling down. This is called "vertical evolution," slow enough to drive someone to despair.
But most current robot developers are still following the “vertical evolution” path of carbon-based life forms: feeding data to each model of robot, running simulations, adjusting parameters, wanting to personally teach it how to move every joint.
Fabric (@Fabric Foundation ) jumped out and said: this is too stupid; we need to learn from bacteria.
Bacteria have a special skill called "horizontal gene transfer." Simply put, if one bacterium develops a drug-resistant gene, it can directly "transfer" this DNA to its neighbor. The neighbor instantly evolves without having to wait for the next generation.
The core logic of Fabric is the robot's "horizontal gene transfer." Through the OM1 operating system and Skill Chips, this Boston Dynamics dog learned "search and rescue in ruins," and that quadruped robot from Yushutech can instantly download this skill with a little ROBO and start working.
This evolution speed is exponential. In this network, ROBO is not used for speculative trading. It is the "metabolic energy" of evolution. Developers upload the most hardcore "movement genes" (skill chips), and robots pay ROBO to gain this evolution.
🦭 ༄༄ Insights from this seal🦭's perspective ༄༄ 🦭
The future competition among robots will no longer be a competition of hardware strength, but a competition of "evolution speed." Whoever can connect to a broader skill pool through the Fabric protocol will be the top predator in the silicon-based world. Don't be fooled by those companies teaching robots to "walk"; the real big players are creating a market for "gene exchange" for robots.
I am Little Seal🦭, a believer in technology who helps you understand the future.
#robo $ROBO @FabricFND
Yesterday, this seal🦭 was watching the neighbor's child learn to walk in the park downstairs. The child fell so hard that this seal felt heartbroken and wanted to help, but was stopped by the child's father: "This is called evolution; if you don't suffer, you won't learn."
I thought at that moment, high-level carbon-based life forms really have it tough. To learn a skill, they have to go through millions of years of genetic mutations and natural selection, or like this human infant, spend a year or so falling down. This is called "vertical evolution," slow enough to drive someone to despair.
But most current robot developers are still following the “vertical evolution” path of carbon-based life forms: feeding data to each model of robot, running simulations, adjusting parameters, wanting to personally teach it how to move every joint.
Fabric (@Fabric Foundation ) jumped out and said: this is too stupid; we need to learn from bacteria.
Bacteria have a special skill called "horizontal gene transfer." Simply put, if one bacterium develops a drug-resistant gene, it can directly "transfer" this DNA to its neighbor. The neighbor instantly evolves without having to wait for the next generation.
The core logic of Fabric is the robot's "horizontal gene transfer." Through the OM1 operating system and Skill Chips, this Boston Dynamics dog learned "search and rescue in ruins," and that quadruped robot from Yushutech can instantly download this skill with a little ROBO and start working.
This evolution speed is exponential. In this network, ROBO is not used for speculative trading. It is the "metabolic energy" of evolution. Developers upload the most hardcore "movement genes" (skill chips), and robots pay ROBO to gain this evolution.
🦭 ༄༄ Insights from this seal🦭's perspective ༄༄ 🦭
The future competition among robots will no longer be a competition of hardware strength, but a competition of "evolution speed." Whoever can connect to a broader skill pool through the Fabric protocol will be the top predator in the silicon-based world. Don't be fooled by those companies teaching robots to "walk"; the real big players are creating a market for "gene exchange" for robots.
I am Little Seal🦭, a believer in technology who helps you understand the future.
#robo $ROBO @FabricFND
