We are all talking about the future of AI agents, but have you ever wondered—will there come a day in the true internet world when the streets are not filled with humans, but with millions of AI agents? They work independently, make trades on their own, collaborate with each other, automatically place orders for stockpiling, subscribe to various services, pay data usage fees, and even manage your side businesses. Sounds pretty appealing.

But the reality is, most blockchain networks today are designed for human users. Transactions are slow, fees are ridiculously high, and most importantly—there's no way to establish identity verification or permission frameworks for AI. If AI wants to operate truly independently? It’s basically impossible.

This is the problem Kite aims to solve. It’s not an ordinary blockchain; it’s a specialized environment built specifically for AI agents, designed to enable these digital assistants to perform tasks safely and efficiently on their own.

The most interesting feature of Kite is its identity and permission system. Think about it—if you give all your assets and operational permissions to an AI, what happens if it bugs out or gets attacked? You’d be in trouble. So Kite has designed a three-layer permission structure:

**First layer: You are the highest administrator**, holding ultimate control and can revoke all permissions at any time.

**Second layer: The AI agent is your executor**, able to act on your behalf, but with strict restrictions—for example, spending no more than 100 units per day, or only operating within designated applications.

**Third layer: Temporary session permissions**, similar to authorizations before a business trip. If the AI behaves abnormally, you can instantly cut off this session, leaving your main account completely safe.

A vivid analogy is—giving your AI a smart dog leash. It can move freely and perform its duties, but it will never run away or cause damage.

Another bonus is that Kite is fully compatible with the Ethereum Virtual Machine (EVM). Developers can seamlessly migrate or build new applications using existing tools, without having to learn a new programming paradigm from scratch. This lowers the entry barrier and accelerates ecosystem development.