The development of Blockchain technology has been a process of continuously breaking limits and exploring new fields. From Bitcoin pioneering decentralized currency, to Ethereum building a smart contracts platform, to DeFi reshaping financial liquidity, and NFT overturning the concept of digital assets, each innovation has pushed the industry forward. However, each breakthrough is accompanied by new challenges: Bitcoin, while solving currency issues, struggles to support complex applications; Ethereum has opened the era of smart contracts but faces performance bottlenecks; DeFi brings financial innovation but still has limitations in Risk Management; NFT promotes digital cultural innovation yet struggles to penetrate the real economy.

Currently, with the convergence of artificial intelligence, cross-chain technology, and regulatory compliance requirements, the new challenge facing the blockchain industry is 'trusted computing'. At this critical moment, Boundless ZKC, as a new generation of verifiable computing layer, is pioneering a new era in the industry.

The rapid development of artificial intelligence has led to a re-evaluation of the importance of computing power. The training and inference of large AI models require strong computing power support, but whether these results can be effectively utilized on the blockchain depends on their verifiability. Frequent security incidents with cross-chain bridges highlight the potential risks of centralized relay systems, making trustworthy verification key to the widespread adoption of cross-chain technology. DeFi protocols require more complex Risk Management models, but the current on-chain computing power is insufficient to support complex modeling and auditing processes. As real-world assets (RWA) and stablecoins expand, the transparency and credibility of off-chain data mapped on-chain become particularly important.

These trends collectively point to a clear direction: the blockchain ecosystem urgently needs a solution that can provide trustworthy and efficient computing power. This is not only about technological innovation but also an essential path for the entire industry to develop to a higher level. Trustworthy computing is expected to be a key factor driving the deep integration of blockchain technology with the real world, laying a solid foundation for the future digital economy.