5. Token Economic Model

mAIToken is the core value unit of the entire computing power network and serves as the on-chain certificate for all computing power contributors to receive rewards.

5. Token Economic Model

5.1 mAIToken Overview

mAIToken is the core value unit of the entire computing power network and serves as the on-chain certificate for all computing power contributors to receive rewards. Unlike most tokens, mAIToken emphasizes the true value of computing contributions in its design. Its core characteristics include: fixed total supply, zero issuance permission, zero control permission, fully pre-minted and permanently locked in the unique mining pool. All 100,000,000 mAITokens are generated at mainnet launch and directly injected into the mining pool smart contract. The project team permanently renounces all rights, including withdrawal, modification, issuance, and reward adjustment, ensuring that the token issuance curve is entirely protocol-driven.

Within this structure, mAIToken is not controlled by any team but serves as an on-chain resource certificate anchored by network participants. All valid PoW workloads of mining nodes, all re-computation actions of verification nodes, and all task-acceptance qualifications of staked nodes receive corresponding rewards through the unique mining pool. The pool does not participate in matching or distribution; human intervention is completely excluded, and all outputs are automatically allocated according to the on-chain computing contribution model.

mAIToken's significance lies not only in incentivizing participants but also in serving as a metric for total network computing contributions. The duration a node operates stably, task difficulty completion, verification weight, and staking scale form an on-chain "computing credit accumulation," ultimately reflecting the equivalence between computing contributions and mAIToken issuance.

As AI computing power is a fundamental asset with real cost, scarcity, and growing demand, mAIToken possesses inherent scarcity. As node numbers, task volumes, and computing density increase, the token's internal usage frequency and consumption scale will expand accordingly, creating a growth model positively correlated with the computing power market.

5.2 Token Use Cases

mAIToken is applied throughout the network operation, covering computing execution, proof-of-computation, node staking, task acceptance, and network participation. All use cases adhere to the principle "computing power equals value," ensuring token usage relies entirely on real network operation, not external narratives or speculative activity.

Computing Task Settlement Unit

All AI computation tasks require mAIToken as the medium for payment and settlement. After task issuers pay the mining pool, the pool distributes rewards to executing nodes based on on-chain contribution weights, converting computing productivity into on-chain value, forming a real computing currency system.

Node Staking and Task Acceptance Certificate

To achieve higher verification levels, long-term participation rights, and access to higher-value tasks, nodes must stake mAIToken. Staking does not generate additional tokens directly but increases reputation weight, task priority, and eligible task types. The more staked and stable the node, the higher its chance of securing tasks.

Verification Node Work Certificate

Verification nodes perform re-computation tasks requiring significant computing power. To ensure long-term stable participation, nodes must stake mAIToken as "reputation collateral." Verification task incentives are distributed directly from the unique mining pool, mapping token issuance naturally to verification activity.

Computing Market Circulation Medium

As the computing market integrates more AI scenarios, mAIToken will serve as a standard unit for computing settlement across tasks, devices, and ecosystems, forming a unified valuation and payment structure and enabling the token to act as an extendable on-chain computing medium.

These use cases collectively form the token's foundational value network, making mAIToken a multi-purpose computing token with utility, contribution, and reputation value.

5.3 Deflationary Model

To maintain mAIToken's long-term scarcity and ability to capture computing value, the system implements a deflationary model based on "fixed supply + unique mining pool + sustained demand." This model relies on natural mechanisms rather than human intervention, forming deflation across production, circulation, and usage.

Production Deflation

All token output is generated by the unique mining pool, which automatically allocates rewards based on on-chain contribution. As network computing power grows, tokens per unit of computing decrease, implementing the rule "more computing, more diluted output," making tokens increasingly scarce as the network scales.

Circulation Deflation

Staked nodes and verification nodes lock large quantities of mAIToken to maintain task eligibility. As network scale expands, the staked amount naturally increases, continuously reducing circulating supply and maintaining long-term liquidity compression.

Ecosystem Deflation

Each executed task requires payment in mAIToken, and some task structures adopt a consumptive payment model, continuously consuming tokens and reducing total supply as usage increases.

These three deflationary layers together establish a robust, long-term, irreversible deflation trend for mAIToken.

5.4 Future Value Mapping

The long-term value of mAIToken is not driven by speculation but closely tied to network scale, task depth, node numbers, and distributed computing market expansion.

Computing Value Mapping

As AI model inference, data computation, and large-scale tasks grow, computing power becomes a fundamental resource. All tasks require payment in mAIToken, so higher computing demand increases token demand.

Node Expansion Mapping

As node numbers grow, staking demand rises, and task acceptance thresholds increase, circulating token supply decreases, maintaining long-term tight market supply-demand balance.

Cross-Ecosystem Collaboration Mapping

As the mAI computing network expands to more chains, ecosystems, and applications, mAIToken will become a universal computing settlement and incentive unit across ecosystems, establishing cross-market value capture potential and long-term growth.