Over the past two days, I’ve been researching the Agent direction of OP_CAT Layer and discovered a common misconception that many people fall into: it’s easy to lump three core things together. Actually, when broken down, there are just three core functions: Read the chain, Write to the chain, and Govern. For AI Agents to truly achieve autonomous on-chain execution and become practically useful, the most basic first step is for them to understand the chain on their own. Currently, OP_CAT Layer’s public Open API on mainnet is already highly complete, supporting direct machine access to block information, transaction status, UTXO data, and core asset data such as CAT20 and CAT721. When ordinary users check on-chain data, we’re used to opening a block explorer and clicking around. But Agents don’t need these visual interfaces; what they need are directly requestable, machine-readable data interfaces. This is also the core foundation for interaction between AI and the on-chain world. The second step is the ability to Write to the chain. The official infrastructure for this has also been completed. Relying on the Opcat wallet API, whether it’s initiating transfers, signing PSBTs, or fully constructing, signing, and broadcasting transactions on-chain, the official documentation provides a complete development workflow that can be implemented directly. But one point must be clearly distinguished: being able to write transactions and sign them on-chain does not mean an Agent can manage funds autonomously and without supervision. Having tools available and truly managing assets intelligently and automatically are entirely different things. What truly makes me optimistic about the long-term potential of OP_CAT Agents is actually the third layer—the Govern permission layer. Teaching machines to read and write to the chain is merely basic technical capability. The truly difficult question, and the one that determines the upper limit, is rule-based constraint. How much money can the Agent spend? Which addresses is it allowed to transfer to? What conditions must be met to trigger a transaction? If the AI makes an incorrect judgment or a risk arises, are there hard rules that can directly block the transaction and uphold the risk-control bottom line? So my assessment of the maturity of native on-chain Agents has always been simple and straightforward, following this order: first let machines understand the chain, then let them write to the chain autonomously, and finally use rigid rules to fully control their on-chain behavior. Objectively speaking, OP_CAT Layer has already firmly established the first two layers. All the basic tools and interfaces for reading and writing are open to the public, allowing developers to start building applications directly. The key breakthrough in the future lies entirely in the third layer: governance. Once this practical system of permission control, conditional risk management, and behavior constraints takes shape, OP_CAT’s Agent Wallet will undergo a qualitative leap. It will no longer be merely a wallet tool that can sign and send transactions, but an on-chain machine account that users can confidently authorize and that remains fully automated and controllable. This is also the core value of the entire OP_CAT AI sector. @op_catlayer @OPCATLayerCN @clawchatglobal #OPCAT #Bitcoin #AI #AIAgent

$BTC What will the next move be? Will it sweep the shorts first before delivering a sharp correction downward... Or will we get a slight correction today that could bring fresh air for tomorrow?