Although AI excels at pattern recognition, it often "hallucinates" when asked about real—time facts. Oracle's APRO AI solves this problem by providing AI agents with access to cryptographically authenticated real—world data directly on blockchain networks.
Unlike traditional oracles that only provide simple price feeds, APRO AI Oracle is built from the ground up for AI workloads. It uses a secure protocol called ATTP: Agent Text Transfer Protocol Secure, a way to establish encrypted, two—way communication between off—chain AI models and on—chain smart contracts. This means that an AI agent can ask questions like "What is the current price of ETH/USD on Binance and Uniswap?" or "Is the temperature in Singapore above 35°C today?" and receive signed and tamper—evident responses in milliseconds.
The double validation process used includes, on the one hand, nodes independent of each other, the collection of data from centralized and decentralized sources and, on the other hand, a BFT consensus that ensures that only correct data is signed and transmitted. Machine learning anomaly detection works in parallel to flag suspicious inputs before they reach the AI layer.
With international compatibility, thanks to APRO, the same AI oracle can simultaneously serve Ethereum, Solana, Cosmos and even Bitcoin Layer—2 chains. This breaks down silos and allows developers to create true agnostic AI agents that trade, forecast, rebalance portfolios or even negotiate the terms of smart contracts in the ecosystem. In other words, APRO AI Oracle brings sci—fi concepts known as autonomous AI traders and ChatGPT—like decentralized assistants into everyday reality.
