The development of blockchain often faces a dilemma: improving performance often means sacrificing security or decentralization, while the opposite may lead to a poor experience. Solayer's InfiniSVM provides a new answer—through hardware acceleration and distributed architecture, it maintains security and the decentralized characteristics of the network while achieving performance breakthroughs.
Specifically, Solayer does not trade speed by reducing the number of validating nodes or sacrificing the consensus mechanism, but introduces SDN and RDMA technologies to optimize data transmission efficiency between nodes. This ensures the integrity of data synchronization while avoiding the centralization risks caused by too few nodes.
In addition, Solayer's re-staking mechanism also enhances security. Users can re-stake SOL and LST to provide stronger security support for AVS services. This design allows the security foundation of the network to complement the performance improvements, rather than being mutually exclusive.
Therefore, Solayer has found a new balance in the trade-off between performance and security. This enables it to meet high-performance demands such as high-frequency trading and AI inference while maintaining the underlying security and decentralization of the blockchain.
