Recently, I deeply experienced a new type of data communication protocol. To be honest at first, I was a bit resistant—another new protocol and new standard, how powerful could it be? After using it for over a week, I was truly proven wrong. This thing genuinely solves the core problem of AI agent communication.

First, let's talk about the problem. Traditional HTTPS is sufficient for human web browsing, but AI agent interaction scenarios are completely different. Taking a trading bot as an example: crawling sentiment data from social media → deciding whether to buy Meme coins → placing orders. Even if the data is tampered with or delayed by a few seconds in this entire chain, the consequences can turn from profit to huge losses. I previously used a certain solution that suffered from this issue—setting a stop-loss at $0.5, but due to data delay, the trade executed at $0.45, resulting in a significant loss.

The idea behind this new protocol is actually very simple: each piece of data contains cryptographic proof, and the entire process from sending to receiving is verifiable. The technical architecture is divided into three layers—top layer is the Manager contract (for proxy registration and permission management), middle layer is the Verifier contract (for proof verification and event management), and the bottom layer runs on a consensus chain. Any node attempting to tamper with data transmission will be immediately identified.

I am currently testing a prediction market application that requires real-time NBA game data to automatically settle user predictions. Traditional oracles either update too infrequently or charge exorbitant fees. Using this protocol's pull mode is much more comfortable—fetch data on demand, verify integrity, and if everything checks out, directly trigger smart contract settlement. I’ve tested about 50 transactions so far, and the stability is quite good. Is anyone else using this approach for other applications?