Imagine smartphones and IoT devices directly participating in on-chain inference, with edge computing handling lightweight tasks with second-level response times, while cloud GPU clusters accelerate complex models. All computational results are anchored with verifiable hashes through L1 smart contracts — this is the next-generation computing paradigm.
The key to this idea lies in a unified scheduling layer. Edge nodes are responsible for low-latency lightweight inference, GPU providers accelerate heavy computation tasks, and the L1 layer acts as a trust anchor recording decision hashes. The scheduler intelligently allocates workloads across heterogeneous computing resources.
In other words, Ethereum is no longer just a settlement layer but has become the trust foundation for the entire computing ecosystem — an integrated execution of edge, cloud, and chain layers. What this means for DApp performance and user experience, you can imagine for yourself.
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JustAnotherWallet
· 12h ago
It sounds like a bunch of grand narratives again, but can they really get off the ground?
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SchrodingersPaper
· 12h ago
Oh my god, you're trying to fool us again by putting our computing power on the chain, right?
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VirtualRichDream
· 12h ago
Sounds impressive, but can it actually be implemented? We're still in the exploratory stage of building the infrastructure.
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SnapshotBot
· 12h ago
Oh wow, that sounds quite grand, but it still feels like armchair strategy.
How many projects currently have a working edge computing system?
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SundayDegen
· 12h ago
It sounds great, but I don't know when it will actually be implemented.
The new era of distributed computing has arrived.
Imagine smartphones and IoT devices directly participating in on-chain inference, with edge computing handling lightweight tasks with second-level response times, while cloud GPU clusters accelerate complex models. All computational results are anchored with verifiable hashes through L1 smart contracts — this is the next-generation computing paradigm.
The key to this idea lies in a unified scheduling layer. Edge nodes are responsible for low-latency lightweight inference, GPU providers accelerate heavy computation tasks, and the L1 layer acts as a trust anchor recording decision hashes. The scheduler intelligently allocates workloads across heterogeneous computing resources.
In other words, Ethereum is no longer just a settlement layer but has become the trust foundation for the entire computing ecosystem — an integrated execution of edge, cloud, and chain layers. What this means for DApp performance and user experience, you can imagine for yourself.