APRO $AT is a decentralized oracle network that uses a special mixed design and smart AI checking methods to give trustworthy real time data from the outside world to blockchain apps. It does not use normal mining or proof of work systems like many older cryptocurrencies. Instead it uses a shared agreement method that protects the correctness of the data.
The system works through two main layers and several advanced methods that keep the data accurate and safe. @APRO_Oracle #APRO
AI Driven Verification: APRO uses machine learning models that study every piece of data it receives. These models look for patterns and try to spot anything that seems strange or manipulated. Only data that looks clean and trustworthy is allowed to move forward to the blockchain.
Hybrid Consensus Model: The network uses a mix of off chain processing and on chain checking.
Layer One known as the OCMP Network: Independent nodes gather data from many outside sources such as APIs exchanges and social media. These nodes compare the information they collect to make sure it matches and is reliable.
Layer Two based on the EigenLayer system: This layer acts like a judge for data. It performs deeper checks and solves any disagreements in the data. It uses a special method called Byzantine Fault Tolerant consensus which helps the network stay safe even if some nodes behave incorrectly.
Time Volume Weighted Average Price: Produce fair and steady asset prices even when markets are moving quickly APRO uses the TVWAP method. This method protects the system from unfair price manipulation because it looks at both the time of trades and the amount traded.
Verifiable Random Function or VRF: Some apps need results that are both fair and unpredictable such as games lotteries or NFT creation. For these cases APRO uses a VRF method which creates random outcomes that cannot be predicted or cheated.
Data Delivery Methods: APRO uses two ways to send data so it can work efficiently.
Data Push: Nodes automatically send new data to the blockchain whenever a price limit is reached or a set time passes. This is useful for apps that need fast and constant updates such as lending platforms.
Data Pull: A smart contract can also ask for the data only when it needs it. This is useful for apps that do not need nonstop updates and want to save cost.
APRO does more than simply move data. It uses intelligent methods to create a strong safe and flexible data system for advanced Web3 apps including AI agents and real world asset token systems. The official APRO documentation provides deeper technical details about how everything works.
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