Kite decides to build an EVM-compatible Layer 1 network. This choice is driven by practical needs and reflects the team's judgment on the future ecosystem direction.

Why EVM compatibility? Simply put, developers can directly use Ethereum's toolchain, smart contract languages, and ecosystem resources, lowering the barrier to entry and enabling rapid ecosystem expansion. But Kite is not just another "EVM chain"—its underlying design targets real-time transactions and collaboration among AI agents.

Here is a key distinction. The interactions between AI agents are completely different from human trading behavior. Agents may communicate and transfer funds frequently within milliseconds, being extremely sensitive to latency and transaction fees. Insufficient network throughput or high costs can severely constrain agent collaboration. Therefore, Kite has optimized the Layer 1 for high-frequency, small-value, automated transactions, aligning more closely with the economic activities among machines.

EVM compatibility also offers tremendous flexibility for AI applications. Developers can build complex agent logic, governance rules, and payment flows within familiar environments, achieving high automation through smart contracts. This development experience is crucial for attracting talent from AI and Web3 fields.

Another point—autonomy of Layer 1. Kite can deeply integrate identity systems, governance mechanisms, and token economics at the protocol level without being constrained by other networks. This leaves room for long-term evolution. As AI application scenarios continue to diversify, the underlying layer can be continuously adjusted and optimized to meet new demands.

From an ecosystem perspective, a Layer 1 designed specifically for AI agents could become the infrastructure for the future "machine economy." When many AI applications require cross-agent collaboration, they will naturally choose networks that natively support these needs. Kite's Layer 1 layout is precisely preparing for this potential trend.