When it comes to the application of AI agents on the blockchain, Kite, a Layer 1 public chain, is quietly changing the game. As a network focused on real-time AI agent trading and coordination, it has built a unique three-layer identity architecture that allows automated intelligent agents to collaborate smoothly on-chain.

From a technical perspective, Kite’s EVM compatibility is a highlight — existing smart contract ecosystems can be seamlessly migrated, saving the trouble of re-development. More noteworthy is its three-layer design logic: the user layer handles global decision-making and task allocation, the agent layer gives each AI agent independent behavior rules and trading permissions, and the session layer acts as a security隔离带, ensuring that interactions between different agents are independent and non-intrusive.

There’s an interesting case — someone tried to build a collaborative network of multiple AI agents on Kite, handling tasks like data collection, project coordination, and account settlement. As a result, these agents could automatically communicate and achieve real-time payments and settlements, all without human intervention. Compared to traditional manual processing, the efficiency is significantly higher, and each interaction is traceable, greatly reducing operational risks and information asymmetry.

This model demonstrates the potential of AI agents collaborating on-chain — from simple automated trading to complex multi-agent project management. The performance and architecture design of Layer 1 networks directly impact the feasibility of such applications. Through clear identity layering and EVM-compatible ecosystems, Kite is paving the way for this new application paradigm.