5. Coded sustainability: SOX supply logic technical thesis

SOX (Share Of X) is the foundational and exclusive token within the Olympian Games ecosystem, functioning as a currency, governance instrument, and also as a reward mechanism. SOX is unique in its design compared with other conventional tokenomics models. The key focus behind its design is to preemtively resolve potential economic instability created through inflation. Olympian Games innovates the fundamental supply mechanism by incorporating phased mint logic. Simply put, the maximum supply of SOX is processed and only reached through 4 phases based on its market value as well as its real value within the ecosystem. While the market norm for project valuation is based on FDV where the unit price is multiplied by the max supply, SOX aims to propose a much more transparent, goal-oriented and organic method of valuation.

Anti-Inflationary Minting (AIM) Policy & Programmable Issuance Engine (PIE):

Upon launch, SOX is in its constitutional phase, minting the initial supply (15% of the max supply) executed through PIE (Programmable Issuance Engine), a pre-determined contract that issues tokens once all preset conditions have been met. The primary core logic behind this preset condition is a TWAP-based token price. In essence, price of the token is considered to be one of the most clear and agreeable factors used to validate the overall valuation of the economy stemmed from continuous and sustainable market demand. Until SOX price satisfies PIX (Price Index for X) milestones preset into the PIE contract, additional supply cannot be minted, thereby relinquishing any and complete control of token supply from Olympian Games or the VOX foundation. This effectively empowers community members to be the sole participants in influencing future supply of SOX through increase of demand.

As Olympian Games continues to grow, and subsequent game titles as well as services are launched with gradually increasing number of gamers within the ecosystem, the demand for SOX will inevitably increase based on its fundamental utility within Olympian Games. Since this is considerably the most transparent growth scale that cannot be forcefully influenced, we are able to achieve a working model of a non-inflationary tokenomics. Once the price of SOX increases to phase 2 threshold and satisfies preset requirements, PIE mints additional supply according to the token allocation plan. This exact same logic applies to phase 3 & 4.

This innovative approach proposes a market-driven, community-controlled supply structure never before attempted. Notable resulting differences expected include partitioned FDV synced with verifiable ecosystem metrics and the overall growth of Olympian Games. In other words, SOX tokenomics fundamentally becomes sustainable from its design nature while maintaining scalability measures for the long term through achieving the 4-phase milestones.