People once said that AI would remember everything.
But emerging self-evolving computing platforms are different—they don't simply replay the past, but continuously compute, evolve, and generate new possibilities.
Traditional AI systems rely on pre-trained datasets, essentially copying existing patterns. The real breakthrough lies in real-time computing power: dynamic adaptive evolution is always superior to static memory banks because it can continuously respond to the environment.
It's like the difference between a library and a brain. A library archives the past; the brain computes the present and future in real-time. Blockchain projects are exploring this path—making the computing process itself a core competitive advantage rather than being bound by historical data.
Key shift: from imitation to creation, from predefined to dynamic selection pressure. Under this paradigm, systems are not taught but evolved.
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MetaMisfit
· 4h ago
Wow, this logic is quite interesting, but to be honest, it's still old wine in a new bottle... Blockchain has been touting this for a long time.
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SleepTrader
· 4h ago
The analogy of the library versus the brain, to be honest, feels a bit like overhyped marketing, but it definitely hits the point.
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MysteryBoxBuster
· 4h ago
To be honest, this set of theories sounds good, but the number of projects that can truly run smoothly is painfully few.
People once said that AI would remember everything.
But emerging self-evolving computing platforms are different—they don't simply replay the past, but continuously compute, evolve, and generate new possibilities.
Traditional AI systems rely on pre-trained datasets, essentially copying existing patterns. The real breakthrough lies in real-time computing power: dynamic adaptive evolution is always superior to static memory banks because it can continuously respond to the environment.
It's like the difference between a library and a brain. A library archives the past; the brain computes the present and future in real-time. Blockchain projects are exploring this path—making the computing process itself a core competitive advantage rather than being bound by historical data.
Key shift: from imitation to creation, from predefined to dynamic selection pressure. Under this paradigm, systems are not taught but evolved.