GAIB is building a completely new on-chain artificial intelligence infrastructure economic system that transforms GPU-supported computing assets from the real world into on-chain composable, tradable, and yield-generating digital resources. With the rapid development of the global artificial intelligence field, high-performance computing has become a new strategic asset. GAIB optimizes the funding efficiency of computing providers and creates a new entry point for investors to access the AI economy by capitalizing on these computing resources and introducing them into the blockchain financial system. In traditional models, cloud service providers and data centers often need to invest significant capital to build GPU clusters, but they face long payback periods and severe capital lock-up. GAIB introduces on-chain financial structures that tokenize computing assets, allowing computing suppliers to acquire liquidity more flexibly, reduce expansion costs, and enhance the market allocation efficiency of computing resources. For the entire industry, this means that computing power, as an asset, has achieved liquidity, composability, and profitability for the first time, promoting AI infrastructure towards a more open and market-oriented direction.
One of GAIB's core innovations is the introduction of AID, an AI synthetic dollar, which is supported by AI computing revenue. Through a synthetic asset model and income distribution mechanism, it provides investors with a value carrier that is both stable and linked to real computing power earnings. Unlike traditional stablecoins, AID does not rely on fiat currency reserves or risk asset collateral but transforms the real economic activities generated in the AI field into value support, making AID essentially a bridge linking on-chain capital with the real AI computing power market. With the surge in global demand for AI reasoning and training, computing revenue itself shows a trend of sustained growth, and AID thus becomes an innovative digital asset capable of capturing the growth dividends of the computing power economy. Investors can participate in the growth of the entire AI computing economy by holding AID, without needing to directly operate machines, purchase GPUs, or bear operational costs, democratizing AI earnings and lowering participation thresholds.
To further enhance capital efficiency, GAIB has launched sAID—a yield-bearing asset obtained by staking AID. Users will receive sAID after staking AID and automatically earn passive income from AI computing revenue while maintaining asset liquidity, as sAID can be freely used in DeFi. Traditional yield models often face liquidity lock-up issues, whereas the design of sAID allows users to trade, lend, and invest in structured products from other protocols while still earning returns, enabling income capital to circulate in a broader financial ecosystem. For investors seeking stable returns without losing asset usability, this is an extremely attractive structure.
The value of GAIB lies not only in issuing assets but also in constructing an end-to-end financial infrastructure around the AI computing economy. With the integration of more DeFi products, such as lending protocols, yield aggregators, structured products, and derivatives markets, AID and sAID can become core collateral or sources of income in a multi-layered financial structure, providing stable value support for the entire AI financial ecosystem. With these integrations, investors can use AID for collateralized lending, utilize sAID to participate in yield strategies, or invest it in structured products to amplify the returns brought by the AI economy. This composable ecosystem transforms AID from a simple value carrier into a foundational asset in the AI financial world, while GAIB becomes the operational engine driving the expansion of this ecosystem.
For computing power providers, GAIB is equally significant. With the explosion of generative AI, the price of GPU computing power has experienced significant fluctuations, and data centers often require substantial capital during expansion and hardware procurement processes. GAIB enables data centers to use their computing power earnings as collateral to obtain capital support, accelerating GPU procurement and deployment, thereby shortening expansion cycles and enhancing computing power supply capabilities. This model not only enhances the scalability of the computing power supply side but also allows them to participate in AI industry competition with higher capital efficiency in the global market. Through on-chain transparency and real-time settlement mechanisms, investors can clearly track AI computing earnings flows and conduct risk assessments, directing capital towards high-quality computing power providers, thereby forming a healthy, efficient, and sustainably growing computing financial market.
GAIB's mission is to connect the rapidly evolving fields of AI and blockchain, transforming artificial intelligence infrastructure into an accessible, participatory, and investable component of the digital economy. In traditional financial systems, the investment threshold for AI infrastructure is relatively high, making it difficult for ordinary investors to share in the growth dividends of this field. However, through GAIB's tokenization model, global users can easily enter the AI economy through AID and sAID, enjoying real earnings from GPU computing. This model not only broadens investment channels but also injects new capital momentum into the AI industry. In the future, as more computing power assets achieve on-chain financialization, a large and transparent global AI financial network will gradually form, making AI computing a foundational financial asset category akin to energy.
The emergence of GAIB symbolizes a deep financialization process of the computing power economy, bringing the growth momentum of artificial intelligence into the DeFi world. Whether for individual investors, institutional capital, or computing power providers, the model constructed by GAIB is redefining how value is captured in AI infrastructure, making computing power not just a technical resource, but a tradable, yield-bearing, and scalable digital asset. As the impact of AI on the global economy continues to grow, the on-chain computing financial system promoted by GAIB will become an important cornerstone for the future integration of technology and finance, opening a new path connecting future supercomputing and open finance.
