You stare at your leveraged position at 3 a.m., with a 5% margin to liquidation. The next second, your account explodes—not because the coin price plummeted, but because the oracle data was delayed by 3 seconds.

This is not a joke. A major lending protocol last year actually played out this scene, leading to large-scale forced liquidations of users. Behind the seemingly bizarre incident lies a deeper issue: while blockchain can achieve transparent code and honest rules, the data input layer on the chain often drops the ball.

This is precisely the core dilemma APRO aims to solve. Compared to projects that like to tell stories, its track record is more solid—over two years, it has accumulated more than $500 million in asset collateralization, serving over 40 public chains, including the BNB Chain ecosystem you use every day. Without overwhelming marketing, it has earned the trust of the entire ecosystem through the reliability of its data layer infrastructure.

The project's starting point is quite interesting. The founding team are not idealists but veterans who have worked in DeFi, gaming, and infrastructure. They have witnessed firsthand the tragedies caused by oracle lag or data tampering, resulting in huge losses for users, all pointing to the same question: if blockchain claims to be a trust machine, why is the data coming in not trustworthy?

Among these people are developers from traditional high-frequency trading systems, who deeply understand what millisecond-level delays mean in financial trading. It is precisely this pain point and their professional background that motivated them to start from the most fundamental data authenticity, aiming to build a protective wall for the entire Web3 world.