Monad (ETH) Innovates With 10K TPS Ethereum-Compatible Blockchain

Monad (ETH) delivers Ethereum compatibility with 10,000 transactions per second throughput.
- The blockchain uses novel consensus and execution methods to reduce bottlenecks.
- Minimal hardware requirements support decentralized validator participation.

Monad (ETH) introduces a next-generation Ethereum-compatible layer-1 blockchain focused on extreme performance. Its architecture targets use cases from high-frequency trading to consumer applications. The chain aims to balance scalability with accessibility through optimized resource requirements. This combination could position it for broader adoption within decentralized ecosystems.

How Does Monad Achieve High Throughput While Maintaining Compatibility?

Monad eliminates traditional blockchain bottlenecks through architectural innovations. It employs MonadBFT consensus and RaptorCast block propagation for efficient validation. Asynchronous execution decouples transaction processing from block ordering. These features enable sub-second finality while preserving Ethereum compatibility.

Just-in-time compilation and the MonadDB state store further optimize performance. The platform achieves approximately 10,000 transactions per second with 400ms block times. Full EVM and Ethereum RPC compatibility eases developer migration from existing chains. Such technical advancements could expand practical blockchain applications.

What Competitive Pressures Exist in High-Performance Blockchain Space?

Multiple layer-1 chains now target high-throughput use cases with distinct approaches. Sui Network recently demonstrated 866 real transactions per second while planning private transactions for 2026. Its focus includes protocol-level privacy through ZK-SNARKs and parallel execution. These features aim to overcome consumer payment barriers.