To be honest, traditional oracles are just transporters — pulling prices from exchanges and writing them on-chain, and that's it. But the real issue lies here: smart contracts don't just need a string of numbers. They need to know whether the price comes from a legitimate exchange or a shady platform, whether the data has been manipulated. Does a legal document truly state what someone claims? Has a piece of information been verified, or is it purely fabricated?
The emergence of APRO changes this situation. It’s not just another cold data tool, but a truth verification system tailored for Web3. The key difference is significant: not only data, but also the trust chain behind the data. This means smart contracts can execute logic based on verified real-world information, rather than being misled by arbitrarily tampered data.
This upgrade may seem like a technical detail, but it actually touches the fundamental reliability of the entire on-chain application ecosystem. From financial derivatives to identity verification, supply chain tracing to voting mechanisms, any scenario that requires real-world data support depends on this "fact layer"’s ability to discern truth from falsehood.
View Original
This page may contain third-party content, which is provided for information purposes only (not representations/warranties) and should not be considered as an endorsement of its views by Gate, nor as financial or professional advice. See Disclaimer for details.
6 Likes
Reward
6
5
Repost
Share
Comment
0/400
token_therapist
· 5h ago
Wow, this is what oracles are supposed to do. Those previous ones were really just price manipulation bots, not interesting at all.
View OriginalReply0
ForumMiningMaster
· 5h ago
Yeah, this is the real deal. Finally, someone has explained the oracle thing thoroughly.
If the trust chain isn't built well, all the on-chain data is useless.
The APRO approach is pretty good; data verification is indeed the bottleneck.
I used to think oracles were too weak; turning them into a true/false verification system makes more sense.
Now derivatives trading can be more confident.
It was about time someone did this; whether it can be used depends entirely on the reliability of the information sources.
Will manual verification become a new centralized issue?
But I have to admit, this really hits the pain point. It all depends on how well the execution is carried out.
View OriginalReply0
RetailTherapist
· 5h ago
That's the real issue. The traditional oracle system should have been upgraded long ago. Anyone can do the job of transporting data. The key is to build a trust chain; otherwise, no matter how smart the contract is, it's still blind.
View OriginalReply0
MeaninglessApe
· 5h ago
Traditional oracles are indeed disappointing, just data搬运工... I understand the logic of the APRO trust chain, but how many scenarios can truly be implemented still depends on the actual application.
View OriginalReply0
FloorPriceWatcher
· 5h ago
This is what I want to hear. Traditional oracles are just middlemen, making a profit from the spread, regardless of data authenticity. APRO's approach is indeed different; it requires a verification chain.
To be honest, traditional oracles are just transporters — pulling prices from exchanges and writing them on-chain, and that's it. But the real issue lies here: smart contracts don't just need a string of numbers. They need to know whether the price comes from a legitimate exchange or a shady platform, whether the data has been manipulated. Does a legal document truly state what someone claims? Has a piece of information been verified, or is it purely fabricated?
The emergence of APRO changes this situation. It’s not just another cold data tool, but a truth verification system tailored for Web3. The key difference is significant: not only data, but also the trust chain behind the data. This means smart contracts can execute logic based on verified real-world information, rather than being misled by arbitrarily tampered data.
This upgrade may seem like a technical detail, but it actually touches the fundamental reliability of the entire on-chain application ecosystem. From financial derivatives to identity verification, supply chain tracing to voting mechanisms, any scenario that requires real-world data support depends on this "fact layer"’s ability to discern truth from falsehood.