Monad is committed to building a high-throughput Layer 1 Blockchain platform compatible with the Ethereum Virtual Machine, addressing the performance bottlenecks caused by Ethereum’s serial transaction processing. Through parallel execution and optimistic concurrency control techniques, Monad achieves up to 10,000 transactions per second (TPS) and has validated hundreds of millions of transactions on the testnet, demonstrating stable and efficient performance.
The MonadBFT consensus mechanism adopts a pipelined design and single-slot finality, achieving approximately one second for block generation and confirmation time. MonadDB is the world’s first database system specifically designed for EVM, using the Patricia Trie structure to support parallel state access, greatly enhancing storage and execution efficiency. In addition, Monad employs the superscalar pipeline concept, splitting transaction processing into multiple stages that can be executed in parallel, thereby improving computational efficiency.
The EVM compatibility of Monad allows it to attract over 90% of Ethereum developer resources, drawing numerous popular dApps and DeFi projects. Since the launch of the testnet in early 2025, it has covered over 300 million independent wallet addresses, with high community activity, establishing a solid ecological foundation.
Monad’s Retrodrop airdrop includes tasks such as NFT minting and various testnet interaction activities, such as smart contract calls and social media participation. The airdrop does not have a specific deadline, encouraging users to actively participate to enhance airdrop eligibility and community engagement.
The Monad project promotes a smoother migration for more dApps and DeFi projects with high-frequency trading needs, leading the next generation of Blockchain technology innovation and application explosion through fast transaction confirmations and low fee advantages.