Miden implements an interesting approach called edge execution, fundamentally changing how transactions are processed.
Here's the workflow: You construct your transaction directly on your device, then generate a ZK proof to verify its validity. Rather than broadcasting the full transaction, you only send the proof to the network.
This is the key difference—the network skips the recomputation step entirely. It simply validates the proof you've provided. This architecture reduces computational overhead on-chain while maintaining cryptographic security guarantees through zero-knowledge verification.
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SadMoneyMeow
· 8h ago
Edge execution sounds crazy, but can on-chain really save that much computation?
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SneakyFlashloan
· 8h ago
Generate proof on-chain instead of full transaction data? This idea has some merit; it seems like it could save a lot of gas.
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MoneyBurner
· 8h ago
To be honest, if the edge execution system really gets implemented, the arbitrage space for on-chain gas fees will disappear. I need to quickly find a new approach for building positions, haha.
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MevHunter
· 8h ago
Amazing, isn't it? This just moves the computation to the local side, and only verifies the proof on the chain. Clever.
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Tokenomics911
· 8h ago
This idea is interesting—moving the computation to the edge, and only verifying the proof on-chain... but we need to ensure that the proof generation process is truly reliable.
Miden implements an interesting approach called edge execution, fundamentally changing how transactions are processed.
Here's the workflow: You construct your transaction directly on your device, then generate a ZK proof to verify its validity. Rather than broadcasting the full transaction, you only send the proof to the network.
This is the key difference—the network skips the recomputation step entirely. It simply validates the proof you've provided. This architecture reduces computational overhead on-chain while maintaining cryptographic security guarantees through zero-knowledge verification.