GAIB Protocol

GAIB Protocol – Modular Economic Layer For AI Infrastructure

Core Components of GAIB’s Modular Economic Layer

Layers Overview

The GAIB protocol integrates a multi-layer architecture to bridge blockchain and real-world AI infrastructure (a LIQUID REWARD ONRAMP PROOF NETWORK):

• Liquidity Layer (LIQUID): It serves as the external interface between the GAIB ecosystem and the broader decentralized finance (DeFi) landscape. Its primary role is to ensure that tokenized AI infrastructure - once validated, tokenized, and financially synchronized - remains liquid, composable, and accessible across global on-chain markets.

• Financialization Layer (REWARD): This layer forms the economic core of the GAIB protocol. It defines how verified, off-chain productivity from AI infrastructure is translated into programmable, on-chain value. Acting as the bridge between decentralized capital and real-world operations, it ensures that all economic activity within the GAIB ecosystem is transparent, rule-based, and cryptographically verifiable.

• Tokenization Layer (ONRAMP): It serves as the core abstraction bridge within the GAIB protocol, responsible for creating the on-chain representations of validated real-world assets. It defines the digital vessel - the token - that encapsulates the verified attribute, ownership rights, and economic relationships of the underlying AI infrastructure. The design philosophy of this layer is centered on flexibility and standardization, ensuring that a diverse range of AI-related assets can be seamlessly onboarded into the decentralized economy. By doing so, GAIB establishes a unified digital language through which physical infrastructure can interact with global capital markets.

• Asset Validation Layer (PROOF):This layer functions as the decentralized trust bridge between the off-chain world and the on-chain ecosystem. It is architected as the GAIB Validation Network, an Actively Validated Service (AVS) that leverages the shared security of underlying restaking protocols such as EigenLayer and Symbiotic. Its primary mandate is to verifiably attest to the existence, operational state, and performance of real-world AI assets before their state is immutably recorded on the Settlement Layer. This layer is the protocol's primary defense against fraud and misinformation, ensuring the integrity of every tokenized asset.

• Blockchain Settlement Layer (NETWORK): It serves as the canonical record-keeping environment for GAIB’s Economic Layer. It provides an immutable, censorship-resistant ledger for all validated asset states and economic events. Its primary role is to anchor the On-Chain Asset Representation (OAR) objects - created by the Asset Validation Layer - onto a cryptographically secure and globally auditable infrastructure.

GAIB’s architecture is built for multi-chain interoperability. We can integrate with other blockchains seamlessly. GAIB facilitates the flow of user funds from the digital realm into tangible, high-growth real-world AI infrastructure. This includes financing in data centers, neoclouds, and various robotics deals. A portion of these funds is also strategically allocated to treasury bills, ensuring a balanced and secure portfolio management.

The diagram below illustrates the general flow of users’ funds. GAIB allocates a portion (~30%) to U.S. Treasury bills to ensure liquidity, while the remaining capital is deployed into AI infrastructure financing, including data centers, Neoclouds, and robotics.

Example: AI Infrastructure Financing - Data Center, Neocloud, Robotics Deals

GAIB’s Financing Models

As AI continues to advance, the demand for computing power has surged—yet traditional financing methods like bank loans and PE/VC funding come with significant limitations, including lengthy approval processes and high capital costs. These constraints create funding bottlenecks for data centers, preventing them from scaling compute capacity fast enough to meet growing AI demand.

GAIB responds by offering three tailored financing models to address diverse capital needs, including Debt model with fixed interest repayments; Equity model sharing future GPU-generated revenue, and Hybrid model combining both structures.

Note: GAIB is not a utility-DePIN project. While DePIN compute protocols—such as Aethir, io.net, and Render—focus on the utility side, aiming to distribute access to underutilized GPUs for computational use, therefore maximizing its utility, in contrast, GAIB is building a financial layer for GPU assets, transforming them into tradable and yield-generating instruments accessible to all.

GAIB’s Positioning

GAIB is strategically positioned in the "Infra x Asset" quadrant of the blockchain ecosystem landscape, serving as core financial infrastructure for compute and robotics assets, which transform physical hardware into liquid, tradable digital tokens to fuel the AI economy. This infrastructure-grade protocol bridges decentralized finance with the once-opaque and inaccessible AI infrastructure market, enabling the creation of transparent, verifiable asset-backed financial products that democratize access for everyday users while ensuring scalability and security on-chain—and ultimately paving the way for a RWAiFi (RWA + AI + DeFi) revolution.