By 2026, the RWA market size will approach $20 billion, with institutional funds accounting for nearly 70%. But a stark reality remains—the "one-size-fits-all" architecture of traditional public blockchains is holding back progress.

Where is the problem? Consensus, applications, and privacy features are forcibly bundled together, leading to deployment cycles for institutional-grade applications extending to several months, high development costs, and difficulty in adapting to personalized needs across different financial scenarios. Low efficiency, high costs, and poor flexibility are the three mountains weighing down the entire industry.

Is there a way to break the deadlock? Let's look at a new modular architecture approach.

The core innovation is "split collaboration"—dividing consensus settlement, EVM applications, and privacy services into three independent modules, each with its own responsibilities but capable of seamless cooperation. This "Lego-style" combination scheme completely rewrites the efficiency standards of financial blockchains.

The most impressive is the consensus settlement module. It adopts a zero-knowledge proof consensus mechanism, bypassing the performance bottlenecks of traditional PoW/PoS, and completes transaction finality within 15 seconds—much faster than the industry average. This perfectly meets the core requirement of "instant clearing" in financial transactions. More importantly, it ensures network security and decentralization through Byzantine protocols, allowing institutional assets to be on-chain while enjoying the convenience of on-chain trading and security comparable to traditional finance.

The EVM application module achieves seamless compatibility with the Ethereum ecosystem, reducing migration costs for developers. The privacy module independently handles sensitive data encryption, ensuring that business secrets are not leaked. These three modules are natively interconnected via non-custodial bridges, enabling users and institutions to assemble them as needed, flexibly responding to different scenarios.

What does this design bring? Deployment cycles are compressed from several months to weeks, development costs are significantly reduced, and the highest standards of security and privacy are maintained. For the large-scale implementation of RWA, this is not just a technological upgrade but a fundamental breakthrough in overcoming the bottlenecks that restrict industry explosion.