Real-Time Ethereum Execution Becomes Reality
**MegaETH**, the hyper-performant Ethereum Layer 2 development team backed by Ethereum co-founder **Vitalik Buterin**, **Dragonfly Capital**, and **Robot Ventures**, has published verified performance telemetry from its public devnet, confirming continuous throughput exceeding **100,000 transactions per second (TPS)** with sub-millisecond block generation times.
Traditional rollups and EVM chains suffer from disk I/O bottlenecks and single-threaded state access, restricting throughput to a few hundred transactions per second. MegaETH eliminates these constraints by decoupling transaction execution from consensus and keeping the entire world state resident in high-speed server RAM.
"Real-time blockchain computation is not merely about processing more swaps per second; it represents a qualitative leap that enables Web2-grade interactive multiplayer gaming, high-frequency decentralized order books, and algorithmic intelligence on-chain," stated MegaETH leadership.
Technical Architecture and Benchmark Findings
* **In-Memory State Compute**: Eliminates disk read/write stalls, providing microsecond state access. * **Specialized Node Architecture**: Heavy computation is executed on high-spec sequencers while lightweight verifiers audit state changes with minimal overhead. * **Full EVM Compatibility**: Standard Solidity contracts execute without modification at 100x conventional speed.
With developer devnet access expanding ahead of public testnet launch, MegaETH is setting the benchmark for the next generation of real-time decentralized infrastructure.
