Cryptocurrency has reached a crossroads. New gameplay such as on chain finance, RWA, and AI agents are pushing memory blockchain to its limits. Ethereum TPS is still in single digits, Solana is fast returning and cannot withstand global scale. For Web3 to truly take off, scalability is a major drawback. Rollups、 Whether it's modularity or monolithic, the constant arguments have not solved the fundamental problem. If you want to compete with Visa 65000 TPS, relying on minor repairs is not enough. You have to make a big leap forward. One million TPS is not a dream, it is a necessity for the future. Why do we need 1 million TPS? AI Running smart contracts in real-time without lag, stablecoins with throughput comparable to Visa, and on chain games supporting millions of players with zero latency. Solana proves that speed is important, but being 100 times faster than Ethereum is still far from enough. The next step is to be 100 times faster than Solana, using hardcore hardware acceleration to design from scratch. This is InfiniSVM - the ambition to target 1 million TPS. How do we handle it? The network bandwidth is increased to 80-100 Gbps, with multiple actuators working in parallel, RDMA ultra-low latency data transmission, SDN optimized routing, PoAS mixed consensus, and signature verification thrown to GPU/FPGA acceleration. Compared to the cumbersome Chain ID switching in Ethereum L2, InfiniSVM provides a seamless single chain experience like Solana, compatible with Phantom wallet, and allows for direct transactions without any hassle. Conclusion: One million TPS is not just fast, it transforms the memory blockchain from a coin trading toy to the underlying layer of AI, gaming, and finance. InfiniSVM opens up a new era of web3 with hardware acceleration, multi actuator, SDN and other hardware products - seamless experience and full performance. It's not just a small fuss, it's a complete change in the rules.