The structural bottleneck of legacy smart contract platforms is strictly tied to sequential processing. Forcing global financial execution through a single-file line inherently creates massive network congestion and predatory gas spikes during high-demand events.
We are witnessing a massive architectural rotation into parallelized execution environments. By allowing independent, non-overlapping transactions to be processed simultaneously across multiple threads, these networks completely shatter the archaic throughput limits of early generation blockchains.
Institutional liquidity is aggressively migrating to these high-performance state machines. The smart money realizes that to capture traditional high-frequency trading volume, the underlying base layer must natively mimic the raw processing power of legacy exchange servers. The infrastructure monopolizing parallel execution is actively rendering sequential ledgers obsolete.