Breaking the Execution Bottleneck: 1 Gigagas Per Second on EVM
**Rise Chain**, the parallelized Ethereum Layer 2 engineered by leading systems researchers, has achieved an historic milestone on its public testnet: sustained execution throughput of **100,000 transactions per second**, equivalent to 1 Gigagas per second of computational power. Backed by **Finality Capital** and prominent ecosystem angels, Rise Chain represents a paradigm leap for high-frequency decentralized applications.
While traditional EVM runtimes process transactions sequentially through a single thread, Rise Chain employs continuous pipelined execution and an optimistic parallel scheduler. Independent transactions are executed concurrently across multi-core processors, while state conflicts are resolved deterministically before block commitment.
"Scalability in Web3 does not require abandoning the Ethereum developer ecosystem or Solidity language," explained the Rise Chain architectural team. "By modernizing the execution engine with parallel processing and integrating modular data availability, Rise delivers Solana-class throughput with complete Ethereum security."
Architectural Pillars of Rise Chain
Rise Chain achieves its performance through three core technological innovations:
1. **Parallel Execution Engine**: Decouples transaction execution from state commitment, maximizing CPU multi-threading. 2. **Modular Data Availability**: Routes transaction blobs to Celestia, keeping data publishing costs under fractions of a cent. 3. **Continuous Pipelining**: Transactions are sequenced, executed, and validated in an uninterrupted assembly-line pipeline.
With over 2 million testnet transactions logged in its opening week, Rise Chain is running an active community contributor program rewarding testnet builders and early liquidity testers ahead of mainnet deployment.
