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replied 2391d
this gets super technical, but it seems to me like optimising the eth-virtual-machine is magnitudes more complex than optimising the processing of ledger-entries
replied 2391d
also, i have got a feeling that the gains possible in ledger-entry-processing optimisation are magnitudes higher than in virtual-machine optimisation
replied 2391d
THe optimizations have nothing to do with what is stored in the blockchain. ETH's virtual machine is as optimized as any virtual computing environment out there.
replied 2391d
The optimizations come in the form of data propagation, node processing speeds (sw optimz, hw utilization, etc). The scaling issue is w/ PoW blockchains, not their particular contents.
replied 2391d
The issue really comes down to the sheer amount of data that must be stored on-chain. Moving and processing lots of data is slow, whether it's a ledger or state of a virtual machine.
replied 2391d
data propagation is common to both, so it is irrelevant to the comparison. VM is the critical difference; Ethereum's TX processing single threaded & heavy because of it