In the triangle dilemma of scalability, practicality, and compliance, some projects have chosen completely different breakthrough directions. With AI-native and multi-scenario implementation as the dual-core engine, Layer 1 solutions are redefining the competitiveness of public chains.

The core innovation of these projects lies in the Proof of Reputation (PoR) mechanism. This is not a traditional PoW computational race, nor is it simply based on token holding priority like PoS, but rather directly grants node admission rights to entities with industry reputation — in other words, only institutions with high brand credibility can become validators. The advantages of this approach are obvious: Sybil attacks are virtually impossible, the open identity system significantly enhances network transparency, and ordinary token holders can participate in governance and earn rewards through delegated staking, forming a dual cycle of "reputation endorsement + equity incentives."

Technologically, the five-layer design seamlessly connects the entire chain from the base layer to industry applications. The underlying layer provides high throughput and low-cost transaction infrastructure, the Neutron layer handles data transformation — compressing raw information like PDFs and property rights documents into "Seeds" format that AI can directly read — and Kayon, as an on-chain AI inference engine, can bypass the oracle intermediary to directly perform compliance verification, condition triggering, and other logical judgments. This means blockchain has evolved from "only able to write code" to "able to read, understand, and infer."

The idea behind this combination is to bring blockchain technology closer to mainstream users and the real economy, rather than remaining confined within the small circle of crypto natives.