You ever think about how most public blockchains end up cramming everything onto the chain? Then you watch them choke—congestion spikes, transaction costs skyrocket, everyone's staring at pending queues.
It's a real design trap. The whole system grinds itself down trying to process everything on-chain.
That's exactly what local execution models solve. Instead of dumping all computation onto the blockchain itself, the heavy lifting happens on your device. You run the proof locally, then only settle the verification on-chain. Smart, right?
It's that shift from "chain does everything" to "user-side execution + chain validation" that actually makes scaling work without compromising security.
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MainnetDelayedAgain
· 18h ago
Hmm... it's that same "local execution" explanation again. It's been a while since the last time the project team promised this, and the database still shows it as pending.
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BearMarketMonk
· 18h ago
Local execution really is the key to breaking through, on-chain stacking should have been thrown in the trash long ago.
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MEVictim
· 18h ago
Nah, this is the right way. On-chain heavy calculations are suicide; it should have been designed this way long ago.
You ever think about how most public blockchains end up cramming everything onto the chain? Then you watch them choke—congestion spikes, transaction costs skyrocket, everyone's staring at pending queues.
It's a real design trap. The whole system grinds itself down trying to process everything on-chain.
That's exactly what local execution models solve. Instead of dumping all computation onto the blockchain itself, the heavy lifting happens on your device. You run the proof locally, then only settle the verification on-chain. Smart, right?
It's that shift from "chain does everything" to "user-side execution + chain validation" that actually makes scaling work without compromising security.