Aptos Labs has announced a major breakthrough, revealing that its new blockchain execution engine, Shardines, has unlocked 1 million transactions per second for Aptos. On Feb. 5, the Aptos Labs team stated that the sharded execution engine has enabled the Layer 1 blockchain Aptos ( APT ) to achieve horizontal scalability. This milestone allows Aptos to process up to 1 million TPS for non-conflicting transactions and more than 500,000 TPS for conflicting transactions. “With Shardines, we can achieve near-linear throughput scaling, surpassing 1 million TPS on our 30-machine cluster,” Aptos Labs wrote in a blog post . You might also like: Sharding tech makes 100x scalability and seamless interoperability a reality | Opinion The capacity for infinite horizontal scalability aligns with the crypto industry’s push for solutions that enhance execution speed. Shardines is expected to accelerate web3 growth by decoupling consensus from storage, enabling independent scaling. This allows the network to maximize throughput and fully leverage horizontal scalability. According to Aptos Labs, this development marks a key step toward unlocking the full potential of web3. In the blockchain space, highly scalable networks are crucial for crypto industry’s traction. This is true of efforts across use cases such as on-chain global markets, decentralized finance and digital economies. One effort to support this is what Aptos Labs announced in January – Zaptos. According to the platform, Zaptos is designed to reduce end-to-end latency, achieving sub-second finality at 20,000 TPS. This breakthrough has the potential to transform DeFi, gaming, and crypto payments, among other sectors. Shardines and Zaptos are among key developments for Aptos, with native USDC support and integrations with Chainlink and Aave v3 deployment notable. You might also like: Circle officially adds native USDC on Aptos mainnet
