Bitcoin's role in the encryption world is like a foundation, stable but relatively isolated. Traditional Oracle Machines are more like external tools that forcibly inject external data, which always feels mismatched for an infrastructure like Bitcoin. Until recent years, the situation began to change.

Why do we need to rethink the Oracle Machine for 2025? To put it simply, for the past decade, the main job of the Oracle Machine has been to transport prices. But now, with the explosive growth of the Bitcoin Layer 2 network and the booming BTC Fi ecosystem, what the market needs is no longer just simple price data. The Oracle Machines in the Ethereum ecosystem often feel stiff when handling Bitcoin native signatures and complex scripts—there's a strong flavor of translation.

APRO and similar new types of Oracle Machines represent a paradigm shift. What are its core advantages? It is no longer about feeding data from the outside, but rather a neural network that grows from the Bitcoin base layer. Technically, through decentralized verification networks, threshold signature technology, and light node verification mechanisms, it achieves atomic-level verification with the mainnet without altering the Bitcoin consensus.

What does this mean? It means that the Bitcoin ecosystem no longer needs to rely on external tools. Data validation, smart contract interactions, and cross-chain operations can all be performed more efficiently and natively. We may really be entering a new phase—from passively receiving data to actively embracing the native ecosystem.