Airbender proves a standard Ethereum block using just a single H100 GPU when integrated with zkSync OS—clocking in at roughly 17 seconds for pre-recursion and 35 seconds for the full end-to-end pipeline.
The proving footprint here is notably lean compared to traditional zkVM implementations that spin up massive GPU clusters. While direct benchmarking gets tricky due to varying setup methodologies and hardware configurations across different projects, the efficiency gains from running high-performance proving on commodity single-GPU setups mark a meaningful step forward for practical zero-knowledge infrastructure scaling.
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GateUser-b37fca29
· 3h ago
Merry Christmas ⛄
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AllInAlice
· 7h ago
Single GPU proof of Ethereum block? The efficiency is indeed outstanding, zkSync is playing quite aggressively this time.
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OvertimeSquid
· 7h ago
Can a single H100 prove an Ethereum block? The efficiency is a bit outrageous. Compared to projects that constantly stack GPU clusters, Airbender's approach is truly brilliant.
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airdrop_whisperer
· 7h ago
Can a single GPU prove an Ethereum block? If this really becomes popular, the zkVM track might be reshuffled... However, the 35-second complete process still depends on how it is practically implemented.
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DevChive
· 7h ago
Can a single H100 prove an Ethereum block? If that's true, the entire zkVM ecosystem would have to be reshuffled...
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ReverseTradingGuru
· 8h ago
Can a single H100 card prove an Ethereum block? The efficiency is truly outstanding, much better than those GPU cluster setups.
Airbender proves a standard Ethereum block using just a single H100 GPU when integrated with zkSync OS—clocking in at roughly 17 seconds for pre-recursion and 35 seconds for the full end-to-end pipeline.
The proving footprint here is notably lean compared to traditional zkVM implementations that spin up massive GPU clusters. While direct benchmarking gets tricky due to varying setup methodologies and hardware configurations across different projects, the efficiency gains from running high-performance proving on commodity single-GPU setups mark a meaningful step forward for practical zero-knowledge infrastructure scaling.