Against the backdrop of the rapid development of artificial intelligence, the global demand for computing power is growing at an unprecedented rate. Core technologies such as large model training, inference services, generative applications, and robot autonomy all rely on a significant amount of GPU hardware. However, GPU resources are highly fragmented, unevenly utilized, have high capital costs, and the computing power market lacks transparency, making it persistently difficult to maximize computing power efficiency. The emergence of GAIB is aimed at establishing a brand new on-chain economic system to address these core pain points, allowing 'computing power assets' to be managed, mortgaged, traded, and generate returns like financial assets for the first time.
The goal of GAIB is to liberate global AI infrastructure from traditional centralized structures, building a transparent, efficient, and composable on-chain economy, allowing GPUs to be more than just hardware, but a type of on-chain asset that generates real revenue. This can not only change the financing methods for computing power suppliers but also provide investors with a new way to enter the AI economy, while enabling an unprecedented deep integration of the blockchain financial system with the artificial intelligence industry.
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1. Why AI infrastructure must move on-chain
The artificial intelligence industry is entering a stage of exponential expansion. Enterprises, research institutions, and application teams are competing for computing power resources, especially high-performance GPUs. However, there are several serious problems in reality:
1. GPU costs are extremely high, and supply is limited
The acquisition costs of high-end GPUs are continuously rising, and the supply chain needs to lock resources for a long time, making it difficult for many small and medium-sized institutions to afford.
2. Computing power utilization is generally low
Many GPUs in data centers remain idle during non-peak periods and cannot continuously generate value.
3. Limited financing channels and low capital efficiency
Cloud service providers and data centers mostly rely on traditional loans or their own funds for expansion, which is costly and has a long cycle.
4. The computing power market is opaque, and the pricing mechanism is not unified
Lack of unified standards, real-time demand systems, and publicly transparent asset value assessments.
5. Investors find it difficult to directly participate in AI infrastructure
Even if one wants to invest in computing power, they cannot directly access GPU assets or the global computing power market.
These issues have plagued the computing power industry for many years, yet there has never been a structured solution. The core value of GAIB is to use on-chain financial structures to address the structural barriers in the computing power market.
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2. GAIB: Transforming GPU Assets into On-chain Yield Assets
The mission of GAIB can be simply summarized as:
Transform GPUs into on-chain assets that generate revenue, allowing AI infrastructure to become a financial market that anyone can participate in.
The innovation of GAIB lies in the fact that it is not simply 'tokenizing' GPUs, but building a complete on-chain economic framework that connects GPUs, computing power, capital, revenue, investors, and the DeFi system all together.
This system mainly consists of three core components:
1. Computing Power Supply (GPU Physical Assets)
Data centers and cloud service providers will connect the actual computing power of GPUs to the GAIB system.
2. Capital Supply (Investors and Institutions)
Investors enter the market with AID and participate in revenue distribution.
3. On-chain Financial Infrastructure (GAIB + DeFi)
Make computing power revenue flow to investors transparently through mechanisms such as staking, lending, and structured products.
Among these three, GAIB acts as a connector and organizer of value flow.
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Three, AID: The On-chain Currency System of the AI Economy
AID (AI Synthetic Dollar) is one of the key mechanisms in the GAIB ecosystem. It is an on-chain stable asset linked to real computing power revenues, with the following characteristics:
1. Value backed by AI computing revenue
Unlike traditional stablecoins, the value of AID is supported by the computing power revenue generated by GPUs, rather than relying on managed assets or pure algorithmic mechanisms.
2. Investors can seamlessly enter the AI economy through AID
Holding AID is equivalent to holding a portion of the revenue rights of the AI economy.
3. Strong Stability, More Transparent Risks
Due to stable sources of yield and determined growth demand, the value volatility of AID is far lower than that of other assets.
4. Can be used for lending, trading, and structured products in DeFi
AID has strong composability and can be integrated into various on-chain financial scenarios.
AID essentially builds a 'gateway to the value of the AI economy', which is the foundation for the GAIB ecosystem's flywheel to operate continuously.
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Four, sAID: A mechanism that allows investors to obtain real yields
When users stake AID to become sAID (Staked AID), they can receive continuous computing power revenue distributions.
The benefits of staking sAID include:
1. Continuous Passive Income
Income generated from real-world GPU computing power, rather than on-chain inflation or subsidies.
2. Maintain Liquidity
sAID can still be used in DeFi products, such as collateral, lending, and leverage strategies.
3. Participate in the growth of AI infrastructure
As the demand for computing power grows, the yield has a long-term upward trend.
4. Risk Structure Transparency
Tied to the real computing power of data centers, without hidden leverage.
For investors, the charm of sAID lies in providing a combination of 'stable yield + backing from high-growth industries.'
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Five, How GAIB Empowers Data Centers and Computing Power Suppliers
Traditional data center expansion often faces the following difficulties:
The cost of acquiring GPUs is high
Insufficient financing channels
High pressure on capital turnover
Computing power utilization is unstable
Yield cycles are opaque
GAIB provides a brand new capital solution:
1. On-chain Monetization of GPU Assets
GPUs in data centers are no longer 'sunk costs' but can be transformed into assets on-chain to participate in financing.
2. Obtain capital from global investors
Through AID, global investors can provide capital support to data centers without needing to understand complex hardware information.
3. Significantly improve resource utilization
Excess computing power can be投入 GAIB network to generate revenue at any time.
4. Reduce financing and operational costs
Expansion can be completed without traditional loans or intermediaries.
5. Transparent Yield Settlement System
All computing power revenues are recorded on-chain in real time to avoid information opacity.
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Six, Deep Integration of GAIB and DeFi: The Combination of AI Economy and On-chain Finance
GAIB is not only an AI infrastructure platform, but also a fully on-chain composable financial ecosystem.
Its integration with the DeFi system includes:
1. Lending System
Users can:
Pledge AID to borrow other assets
Pledge other assets to borrow AID
Use sAID to participate in excessive collateral lending
2. Structured Products
AI revenue can be used to design:
Fixed Income Products
Leverage Yield Products
Risk Hedging Tools
Computing Power Revenue Index Fund
3. Liquidity Pool
AID can participate:
AMM Liquidity Pool
Stablecoin Pool
Cross-chain Pool
4. Staking and Compound Interest System
Investors can reinvest their yields to achieve continuous growth.
GAIB turns 'AI + DeFi' from concept into reality.
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Seven, The Value of GAIB to Different User Groups
1. For Investors
Obtain real yields from the AI industry
Risk is transparent and clear
Strong composability, can be integrated into DeFi
Revenue does not depend on market fluctuations
Pre-plan for the AI infrastructure economy
2. For Traders
AID can be used for on-chain strategies
Low-risk collateral assets
High liquidity, strong stability
Can integrate multi-chain strategies
3. For Data Centers
Obtain expansion funds
Increase device return rates
Reduced Operational Pressure
Enter the global computing power market
4. For AI Application Developers
More stable and sustainable sources of computing power
Reduce Costs
Improve computing power availability
5. For the DeFi ecosystem
Introduce real-world cash flows
Enhanced Stability
Expand On-chain Asset Categories
Promoting Financial Structure Upgrades
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Eight, Future Trends of the AI Economy: Why GAIB Will Become a Key Force
In the next 10 years, the global computing power market will experience exponential growth. GPUs are becoming a 'core resource' similar to oil. However, the inefficiency of the computing power supply chain, price opacity, and financing barriers will hinder the development of the entire AI industry.
The significance of GAIB is:
1. Financialize Computing Power Assets
Make GPUs tradable assets like bonds and stocks.
2. Build Global Computing Power Market Infrastructure
Allow computing power from any region to enter a unified economic network.
3. Make the connection between capital and computing power more efficient
Data center expansions are no longer restricted by financing.
4. Allow investors to truly participate in the infrastructure of the AI era
Instead of only buying tech stocks.
5. Promote Transparency of the Computing Power Price System
Avoid long-term monopoly by large enterprises in the industry.
GAIB represents the 'financial infrastructure layer of the AI economy.'
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Nine, GAIB's Future Vision: A Global On-chain Computing Power Economic System
In the future, GAIB will bring the following trends:
On-chain registration of global GPU resources
Automated distribution of computing power revenue
On-chain monetization of AI model training and inference tasks
Establishment of Computing Power Price Index
More AI-driven assets appear in the ecosystem
AID becomes a value anchoring asset in the AI era
DeFi fully integrates into the AI economy, forming a new type of financial system