Yesterday evening, while walking, I passed by an old bookstore with a row of old books displayed at the entrance. I casually flipped through a book about the principles of mechanical clocks. Looking at the intricate gear linkage structure inside, I suddenly thought: no matter how precise a system is, if each component has to wait for the previous one to complete its action before it can start, the overall efficiency will ultimately be limited. True smoothness might not depend on how fast the parts are, but rather on whether it can reduce waiting and achieve direct transmission.

In @tenprotocol, transactions are executed immediately as independent operations without waiting for block packaging or consensus rounds. The system does not rely on traditional batch processing modes; once a user initiates an action, it almost immediately enters the processing and confirmation process, achieving completion within seconds. This avoids the market volatility risks caused by delays in traditional on-chain environments, ensuring that the transaction results align with expectations.

Unlike the processes of collecting, sorting, and validating transactions in Ethereum or Cosmos, the core design of TEN is to eliminate waiting. It does not pursue mere network speedup but rather reconstructs the execution logic, allowing user actions to directly trigger state changes. This "initiated takes effect" mechanism makes on-chain interactions more efficient and deterministic, truly adapting to the high real-time requirements of decentralized applications.

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