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Moony Protocol
Moony is a decentralized monetary protocol designed as a digital public good. It provides open access to financial participation, enables trustless peer-to-peer value exchange, and establishes a composable foundation for a decentralized global economy.
At the core of the protocol is an immutable onchain smart contract deployed on the Solana blockchain by Moony Labs, LLC. that deterministically governs the distribution of a fixed-supply digital asset through a proof-of-liquidity mechanism, without discretionary control or centralized coordination.
Moony (MNY)
Moony (MNY) is the native digital asset of the Moony protocol, designed to enable permissionless payments between participants without intermediaries.
🚀 Smart Contract Addresses
Transactions with MNY do not require approval from any centralized authority and cannot be stopped, reversed, or filtered by third parties. This trustless design ensures that participants retain full custody and control over their funds at all times. As a result, MNY enables censorship-resistant exchange of value and remains accessible to anyone, anywhere in the world, without discrimination or geographic restriction.
Moony has a fixed maximum supply of 21 million units, an immutable constraint that cryptographically ensures the protocol’s long-term economic integrity. There is no mechanism by which new units can ever be created, guaranteeing that the total supply remains permanently capped.
This fixed supply protects Moony from monetary debasement, distinguishing it from traditional fiat currencies, whose issuance can be arbitrarily expanded by central banks or governments, leading to the long-term erosion of purchasing power through inflation.
By removing the risk of discretionary supply expansion, the Moony protocol establishes a stable foundation for a decentralized economic system to flourish. Its fixed supply enforces scarcity without trust and enables economic coordination without permission.
Reserve Contract
The Moony Reserve Contract is the trustless mechanism through which all MNY enters circulation. Rather than relying on discretionary allocation, private sales, or centralized control, the entire MNY supply is held in a smart contract that issues tokens according to transparent, immutable rules. This ensures that every unit of MNY is acquired on equal terms, with no special access or preferential treatment.
🚀 Reserve Contract Addresses
How It Works
When a user sends USDF (a dollar-backed stablecoin issued by Flipcash Inc.) to the Reserve Contract, the protocol calculates a price using a deterministic bonding curve. It unlocks the corresponding amount from the pre-minted supply of Moony (MNY) and transfers it directly to the user’s wallet. The USDF is retained onchain as protocol liquidity, ensuring every unit of circulating Moony is backed by verifiable capital.
To redeem Moony, users send MNY back to the Reserve Contract. The protocol returns USDF at the current redemption rate, again determined by the bonding curve. Pricing is updated in real time and applied automatically with each transaction.
This two-way mechanism allows users to enter and exit the system freely, without centralized intermediaries or approvals. Issuance and redemption occur directly through the contract’s internal logic, ensuring predictable and transparent outcomes for all participants.
Design Principles
Infrastructure Provider
The Moony Reserve Contract was deployed by Moony Labs, LLC. using infrastructure developed by Flipcash Inc., an independent third-party company. Flipcash developed the Reserve Contract's architecture, which Moony Labs deployed to the Solana blockchain, enabling Moony's launch as an independent protocol.
While Flipcash provided the initial infrastructure, it does not maintain control over Moony or its reserve contract, nor can it alter the protocol's issuance, pricing, or supply mechanisms. These parameters are defined entirely by Moony's immutable smart contract, ensuring the protocol remains open and permissionless from the start.
Moony is not limited to any platform. The Reserve Contract is open to all developers and integrators, and MNY can be used across any app, wallet, or protocol that supports Solana. This ensures maximum composability, interoperability, and future-proof adoption.
Proof of Liquidity
Moony uses a distribution mechanism called Proof of Liquidity (PoL), implemented entirely through its immutable on-chain reserve contract. Under this model, new tokens enter circulation exclusively in exchange for verifiable on‑chain capital, ensuring issuance is transparent, market‑driven, and free from discretionary control.
Each MNY token is issued in exchange for USDF, a dollar-pegged stablecoin issued by Flipcash Inc. This pairing provides familiar dollar‑based valuation and lowers the entry barrier for new participants.
The Moony reserve contract holds all USDF deposits as onchain liquidity, enabling redemptions and anchoring supply in verifiable value. Token pricing is determined by a bonding curve, a deterministic function that increases cost as more tokens are unlocked, ensuring that issuance is transparent, demand-driven, and algorithmically defined.
Key Properties
Capital-Based Mining
Moony's Proof of Liquidity (PoL) mechanism offers a capital‑driven alternative to traditional Proof‑of‑Work (PoW) distribution models. Instead of consuming vast amounts of energy through specialized hardware to compete for block rewards, participants unlock MNY by depositing USDF directly into the on‑chain Reserve Contract. This shifts issuance from energy‑intensive computation to verifiable, capital‑based participation.
This model redefines mining as a constructive economic activity rather than an extractive one. Each deposit not only unlocks MNY from the pre-minted supply but also strengthens the network by adding permanent, redeemable on‑chain liquidity. Where traditional mining externalizes environmental costs, PoL compounds value inside the ecosystem, aligning participant incentives with collective benefit.
By combining PoL with Solana's carbon‑efficient infrastructure, Moony achieves a distribution model that is both sustainable and economically reinforcing. Every unlocked token leaves lasting value in the network, deepens market liquidity, and ensures that growth reflects genuine demand, creating a self‑sustaining framework for the issuance of scarce digital assets.
Fee Model
Acquiring MNY directly from the Reserve Contract carries no fee, enabling cost‑efficient entry into the ecosystem. Redemptions, selling MNY back to the Reserve Contract for USDF, incur a 1% fee.
The sell‑side fee applies only to redemptions executed directly against the Reserve Contract. Peer‑to‑peer transfers and secondary market transactions, whether on centralized or decentralized exchanges, are not subject to this fee.
Bonding Curve
Moony's price discovery is governed by an on‑chain bonding curve, a deterministic mathematical function encoded within the Reserve Contract. The curve dynamically adjusts the token's spot price based on the current absolute supply of tokens in circulation.
This mechanism applies symmetrically to both unlocking and redemption. When MNY is unlocked from the pre-minted supply, the curve calculates the cost in USDF according to current circulating supply; when MNY is redeemed, it determines the USDF return using the same logic. As circulating supply increases, the curve raises the price in a non‑linear fashion. This exponential structure is intentional: it rewards early participation with lower entry costs, requires later participants to contribute proportionally more liquidity, and naturally reinforces MNY's scarcity over time.
Model Parameters
The bonding curve follows a continuous exponential function encoded in the Reserve Contract. The curve defines the spot price (the instantaneous price per token) at any given supply level. When you buy or sell tokens, the Reserve Contract calculates the total cost or value by integrating this spot price function over the supply range of your transaction.
The spot price is the price per token at a specific supply level. This formula gives you the instantaneous price at supply S:
Where:
- R'(S) is the spot price (price per token) at supply S
- S is the current circulating supply (absolute number of tokens)
- a, b, and c are curve constants that define the exponential shape
Curve Constants
The Reserve Contract uses three constants that work together to define the exponential curve's shape and boundaries. These constants are carefully calibrated to ensure the curve starts at $0.01 USDF per token (near zero supply) and approaches $1,000,000 USDF per token (at maximum supply of 21,000,000 tokens).
How they work together:
- Constant a acts as a base multiplier that scales the entire curve. It sets the overall magnitude of prices across the curve.
- Constant b works with constant a to establish the starting price point. The product a × b determines the price when supply approaches zero (approximately $0.01 USDF).
- Constant c controls the exponential growth rate. A larger c means the price increases more rapidly as supply grows. This constant determines how steeply the curve rises and ensures it reaches the target ending price at maximum supply.
- Together, a × b × e^(c × S) creates an exponential function where price grows exponentially with supply, starting low and accelerating as more tokens are unlocked.
Cost Calculation
When you buy or sell tokens, you're not buying at a single price point—you're buying across a range of supply levels. The Reserve Contract calculates the total cost by integrating the spot price function over the supply range of your transaction. These formulas are executed on-chain by the Reserve Contract for every unlock and redemption transaction, ensuring deterministic and transparent pricing.
To buy tokens, you pay the integral of the spot price from your starting supply to your ending supply. This gives you the total USDF cost for the tokens you're purchasing:
Where:
- S_current is the supply before your purchase
- S_new = S_current + tokens_to_buy (the supply after your purchase)
- The formula integrates the spot price function over this range
Value from Redeeming Tokens
When redeeming tokens, you receive USDF based on the integral of the spot price over the supply range you're removing. The calculation is the same as purchasing, but in reverse:
Where:
- S_current is the supply before your redemption
- S_new = S_current - tokens_to_sell (the supply after your redemption)
- You receive USDF equal to the integral of the spot price over this range
Note: Redemptions incur a 1% fee. The formula above shows the gross USDF value before the fee is applied. See the Fee Model section for details.
Curve Properties
This model guarantees deterministic, transparent price progression. The exponential structure rewards early participation with lower entry costs, while later entrants contribute proportionally more liquidity to the Reserve, ensuring the system scales in proportion to demand.
The exponential curve ensures predictable price behavior:
Market Dynamics
The Reserve Contract provides the primary pricing mechanism for MNY, but price discovery also occurs on secondary markets. This creates a dynamic relationship between the bonding curve and market prices.
Arbitrage Mechanism
The Reserve's transparent pricing creates an arbitrage anchor that keeps market prices aligned with the bonding curve:
This dynamic keeps market prices tethered to the curve, reinforcing liquidity and price stability across platforms.
Moony Economy
Moony is designed as a foundational asset for a decentralized, composable financial system. Operating at the protocol layer, it enables seamless integration into applications, platforms, and commerce flows without reliance on centralized intermediaries. Governed by immutable smart contracts, its architecture is fully permissionless, supporting innovation without gatekeeping and allowing diverse actors to coordinate through aligned economic incentives.
Each integration extends Moony's utility and introduces it to new user segments. These touchpoints compound over time, increasing transactional volume, deepening liquidity, and unlocking additional use cases. Developers gain composability and demand for their integrations; users benefit from broader accessibility; and communities can build localized economic systems anchored in a shared, credible asset.
Moony serves as shared infrastructure across a growing ecosystem of independent participants. As adoption expands, network effects accelerate: each new implementation reinforces Moony's role as a medium of exchange. By anchoring incentives across an interoperable landscape, Moony facilitates a more open, resilient, and scalable digital economy, one not defined by institutional control, but by permissionless coordination and shared value creation.
Moony's design naturally supports a broad range of use cases as adoption grows:
Potential Use Cases
These examples demonstrate Moony's flexibility as a foundational layer, rather than a tool confined to a single application or vertical. Its long-term utility will be defined by open participation and the ingenuity of independent developers, communities, and platforms. Engineered for composability and permissionless integration, Moony's ecosystem expands organically as new participants build on top of it. Each integration strengthens its position as a decentralized public good, resilient, adaptive, and free from centralized control.
P2P Payments
Peer-to-peer (P2P) payments represent Moony's most direct utility: enabling value transfer between individuals without intermediaries. By combining a credibly fixed supply with on-chain settlement, Moony delivers global digital cash with finality, transparency, and negligible fees.
Why It Matters
Legacy payment systems rely on layered intermediaries such as banks, processors, or card networks, each introducing cost, latency, and potential for control or exclusion. Transactions can be delayed, reversed, or denied entirely, with entire regions excluded from participation.
Moony's P2P model is different:
P2P Model
Global Scalability
To make P2P viable at scale, both cost and throughput must support everyday usage. These characteristics make Moony suitable for daily transactions, not just high-value transfers. Moony launches on Solana to meet these requirements:
Together, these properties make Moony credible for daily payments, not just occasional high‑value transactions.
Financial Inclusion
Billions of people remain underserved, or entirely excluded, by traditional payment systems. In many regions, the absence of reliable banking infrastructure leaves individuals unable to store value securely, send money across borders, or participate in even the most basic forms of commerce.
Where banking does exist, high fees, slow settlement times, and rigid requirements place meaningful participation out of reach for many. Cross‑border remittances can take days to arrive, cost double‑digit percentages in fees, and are often impractical for small amounts, limiting economic mobility and reinforcing systemic barriers.
Moony addresses these challenges:
Financial Inclusion
Moony's peer‑to‑peer architecture offers a different path: one that bypasses the bottlenecks of legacy finance and extends open participation to anyone with a mobile device. By removing intermediaries and leveraging low‑cost, high‑speed blockchain settlement, Moony makes direct digital transactions viable at a scale and inclusivity level traditional rails cannot match.
Interoperable Access
Moony is issued as an SPL token on the Solana blockchain, ensuring that it is fully interoperable and not bound to any single interface or platform. All 21,000,000 tokens are minted during contract initialization and held in a locked state until unlocked through purchases. From the moment tokens are unlocked, Moony is part of a broader composable ecosystem where users and developers can freely move, store, and integrate the asset without permission. This open design not only reinforces Moony's role as decentralized digital cash but also guarantees that its utility can expand organically across a variety of independent applications.
Several key properties enable this interoperability:
Because Moony is permissionless and composable by design, its peer‑to‑peer utility is not constrained to a single application. The token can flow seamlessly between wallets, payment interfaces, and future onchain services, creating a foundation for global accessibility and financial inclusion as the network of integrations grows.
Flipcash Infrastructure
Moony and its reserve contract were deployed by Moony Labs, LLC. using infrastructure developed by Flipcash Inc., an independent third-party company. Neither Moony Labs nor Flipcash maintain control over Moony or its reserve contract, nor can they alter the protocol's issuance, pricing, or supply mechanisms. These parameters are defined entirely by Moony's immutable smart contract, ensuring the protocol remains open and permissionless from the start.
At launch, Flipcash provides the first public interface for interacting directly with the Moony Reserve Contract. Through its mobile app, users can seamlessly buy MNY or sell MNY for USDF. Flipcash also offers an industry-leading, trustless peer-to-peer payments experience with zero fees for P2P sends, giving users a seamless way to transact with MNY.
Flipcash Enables Users To:
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While Flipcash provides the first front end to access the Moony reserve contract, MNY is not limited to any single platform. Designed as a digital public good, MNY can be integrated into any third party platform, protocol, wallet, or app, ensuring broad utility, composability, and adoption.
Code Payments VM Infrastructure
Flipcash leverages Code Payments' Virtual Machine (VM) infrastructure to enable efficient, zero-fee peer-to-peer payments. The VM system enables batch processing and optimization of payments, making micropayments and frequent transfers economically viable.
These VM addresses are part of Flipcash's payment infrastructure and are not required for direct interaction with the Moony Reserve Contract. Users can unlock and redeem MNY directly through the Reserve Contract without using these VM addresses.
Micropayments
Micropayments, transactions valued in cents or fractions of a cent, have historically been impractical under legacy financial rails. Percentage‑based fees, multi‑day settlement cycles, and reliance on centralized intermediaries make low‑value transfers uneconomical, cutting off entire categories of digital commerce.
These limitations have forced creators, developers, and small businesses into centralized platforms that aggregate payments, take substantial fees, and control audience relationships. Moony removes these barriers. Built for high‑volume, low‑value transactions, it combines extreme divisibility with near‑zero fees to make micropayments viable at a global scale. By doing so, it unlocks entirely new economic behaviors that were previously impossible or uneconomical.
Why It Matters
Micropayments are not simply smaller versions of ordinary transactions, they are a missing building block of the modern internet economy. The inability to move tiny amounts of value efficiently has shaped the digital landscape in ways that limit innovation and inclusion:
Moony's Advantage
Moony's architecture is purpose‑built to make micropayments economically viable at global scale. The token's extreme divisibility allows transactions measured in fractions of a cent, ideal for tipping, micro‑rewards, metered services, and other fine‑grained use cases.
Every transfer settles on the Solana blockchain with trust‑minimized execution and irreversible finality, eliminating reliance on banks, processors, or escrow services. Solana's high‑throughput design keeps fees to a fraction of a cent and confirms transactions in seconds, free from banking hours or remittance corridors. Low fees are the foundation that make real‑time, granular monetization possible, enabling sustainable small‑value transfers that expand markets, drive innovation, and open the digital economy to all.
Potential Applications
Moony's micropayment capabilities enable a wide range of practical and programmable economic models:
Micropayments with Moony open the door to innovative digital and physical interactions, including:
By combining scarce, divisible digital cash with low‑cost, high‑throughput settlement, Moony turns micropayments from an abstract ideal into a practical, composable building block for a decentralized, internet‑native economy.
Capital Markets
Decentralized Finance (DeFi) represents the foundation of internet capital markets, a global financial system built on open, programmable infrastructure. In this environment, lending, borrowing, trading, and yield generation occur directly through smart contracts without the need for banks or traditional intermediaries.
Rather than trusting institutions, participants rely on transparent, verifiable code. Value moves globally, at all hours, without gatekeepers. This shift is not just technological. Internet capital markets mark a cultural transformation, offering an open alternative to legacy finance, driven by code, capital, and community.
Why It Matters
Traditional finance relies on layers of centralized institutions such as banks, clearinghouses, and brokers that enforce access restrictions, add costs, and slow down settlement.
This system creates multiple frictions:
DeFi eliminates these barriers by replacing human discretion with transparent, automated smart contracts. Anyone with an internet connection can access financial services, and asset flows can be audited, verified, and settled in real time.
For Moony, DeFi is not an optional side use case, it is the natural extension of its core ethos: a trust‑minimized, publicly verifiable, and composable asset that empowers global users without intermediaries.
Moony's Advantage
Moony possesses three core attributes that make it a natural fit for decentralized finance:
Together, these properties make Moony a credible building block for DeFi, ready to flow through lending markets, liquidity pools, and programmable financial products without reliance on any single platform.
Potential Applications
Moony's utility in DeFi will expand organically as adoption grows and protocols integrate the asset.
Potential use cases include:
These use cases illustrate how one asset can power multiple layers of the financial stack, enabling both basic interactions and complex, high‑order products.
MNY's integration into DeFi is a natural expression of its design principles. By combining verifiable scarcity, SPL‑standard interoperability, and permissionless integration, MNY has the potential to become a durable building block for decentralized finance. Each DeFi integration strengthens the ecosystem, extending MNY's role from peer‑to‑peer digital cash into a global, self‑sustaining network for internet capital markets.
Moony Network
The Moony network exists as a decentralized, permissionless system shaped through the independent participation of a global community. Its growth, resilience, and direction do not arise from any single organization, coordinating body, or governing authority, but from the collective actions of individuals and groups who choose to build with it, use it, teach it, integrate it, and exchange with it.
Moony is designed as open digital infrastructure. Participation is not gated by identity, status, or approval. Innovation is permissionless. Communities form organically around shared needs, shared values, and shared utility. As the network expands through real world use and independent contribution, its underlying asset reflects that expanding adoption. In this way, Moony aligns individual initiative with collective value creation without relying on centralized management or control.
This structure is what allows Moony to function as a true digital public good. The network is not operated as a corporate product or directed through top-down coordination. Instead, it evolves through open collaboration, distributed ownership, and permissionless participation across a wide range of stakeholders.
Moony is a public good, sustained and advanced by communities that choose to engage with it. While deployed by Moony Labs, LLC., the protocol operates independently without any central control or governance. Its evolution is shaped not by central mandates, but by collective action on a shared foundation. Developers may integrate Moony into applications and infrastructure. Creators may produce educational or cultural content. Merchants may adopt it as a medium of exchange. New organizations may form to expand awareness and accessibility. Every contribution, whether technical, educational, economic, or cultural, extends Moony's reach and resilience.
Stakeholders
The Moony network is composed of many independent participants who engage with the protocol at different layers and in different ways. These stakeholders are not organized under a central authority and do not operate under unified direction. Each participant engages according to their own incentives, interests, and capacities within an open, permissionless system.
Some stakeholders contribute through technical development and infrastructure. Others build applications, integrate Moony into products and services, create educational resources, form communities, develop cultural narratives, or simply use Moony as a medium of exchange. These roles are not fixed. They often overlap and evolve as the network grows and new forms of participation emerge.
No single stakeholder group holds inherent control over the protocol. Influence within the network arises from adoption, contribution, and voluntary coordination rather than ownership, hierarchy, or governance authority. This structure allows the Moony network to remain open-ended, censorship-resistant, and resilient across changing conditions.
Network Contribution
The Moony network is not composed of fixed roles, titles, or permissions. Instead, it is shaped through open, overlapping modes of participation. Individuals and organizations engage with the system in different ways depending on their skills, intent, and context. A single participant may be a user, a developer, a merchant, and a community organizer over the lifetime of their involvement. These identities are not assigned. They emerge naturally through action.
There is no formal boundary between who is considered a "user" and who is considered a "builder." Anyone can move fluidly between modes of participation as the network evolves and as their relationship to the system changes. This structural openness is foundational to Moony's decentralization. The network does not grow through enrollment, designation, or appointment. It grows through voluntary engagement.
Forms of Participation
Each of these actions directly strengthens the network. No approval is required to participate. There is no onboarding authority, no application process, and no centralized gatekeeper. Contribution is defined by action, not by credential, status, or affiliation.
Moony Labs
Moony Labs, LLC deployed the Moony protocol as open, permissionless digital public infrastructure. From the moment the protocol was published on-chain, it became an autonomous system that anyone may use, study, integrate, extend, or build upon without permission. The protocol was not created to be operated as a company product, nor to remain under the control, direction, or discretion of its deploying entity. Rather, its design assumes independence from the outset, with the deployment itself serving as the sole foundational contribution of Moony Labs to the network.
Prior to deployment, Moony Labs did not conduct a funding round, issue equity, sell allocations, or enter into contractual obligations tied to the future performance of the protocol. It published Moony without venture financing, token pre-sales, or investor-linked performance expectations. Moony Labs does not hold any allocation of the MNY token supply, does not receive proceeds from the reserve, and does not participate in the economic flows of the system. It does not financially benefit from the adoption, use, or market activity of MNY in any form. The protocol was published without a retained stake.
Following deployment, Moony Labs does not participate in the ongoing operation of the network. It does not control token supply, operate privileged keys, or retain any capacity to modify, pause, upgrade, or otherwise interfere with the protocol. The Moony protocol is fully immutable and self-executing from the moment it is published. There are no backdoors, no administrative controls, and no upgrade authorities.
This separation is not an absence of responsibility. It is the mechanism by which Moony becomes neutral. By relinquishing ongoing control, Moony Labs ensures that Moony does not derive its legitimacy, direction, or economic behavior from any single organization. The network is free to evolve through the independent actions of its participants rather than through centralized coordination.
To support transparency and reproducibility, moonylabs.com points to the public GitHub repositories and technical documentation associated with the original deployment. These resources exist as an open reference for developers, researchers, and builders. While Moony Labs may continue to host these materials for as long as it reasonably can, they are fundamentally part of the open commons. Anyone is free to mirror, archive, or fork them at any time.
At present, Moony Labs does not conduct marketing, community management, ecosystem coordination, protocol governance, or financial services. It does not operate social media accounts, collect user data, issue grants, or act as a governing authority. Its non-operational posture reflects a deliberate design choice to ensure that no ongoing managerial effort is required for Moony to exist, grow, or function.
This structure ensures that Moony does not depend on continued performance, promotion, or stewardship from its publisher. No future development, maintenance, marketing, or economic return is promised or implied. From the moment of publication, Moony exists as a permissionless public good. Its value, culture, and long-term trajectory are shaped not by Moony Labs, but by the broader community of developers, users, educators, businesses, and independent contributors who choose to participate in its ecosystem.
Coordination
The Moony network grows organically rather than administratively. Network expansion is not driven by hiring, appointments, corporate strategy, or centrally planned programs. It emerges from the alignment of individual incentives with shared infrastructure. When people find Moony useful, they build around it. When they build around it, others adopt it. When others adopt it, new use cases appear. This feedback loop is circular, not hierarchical.
Economic participation flows naturally from stakeholder contributions without requiring coordinated management. As Moony is used, integrated, and circulated, liquidity deepens, utility expands, and real-world demand emerges through voluntary exchange. No single group directs this process. It is the aggregate result of many independent decisions interacting through the same open protocol.
In this sense, Moony functions less like a platform operated by an organization and more like a shared digital environment. It is not something users are onboarded into. It is something participants step into, shape through use, and carry forward through contribution. The network does not ask for belief in a governing entity. It operates on open participation, transparent rules, and the compounding effects of independent action.
Incentive Alignment
Stakeholders benefit from increasing adoption of the Moony network because it drives demand for the underlying asset. As more participants use, integrate, and build with Moony, the network's utility expands, liquidity deepens, and real-world demand grows. This creates a natural incentive structure where stakeholders' individual contributions align with collective network growth. Developers who build integrations see increased usage of their products. Merchants who accept Moony benefit from a growing user base. Users who hold Moony benefit from expanding utility and network effects. This profit mechanism, built into the protocol's economic design, coordinates stakeholder action without requiring centralized direction or governance.
The next step belongs to the individual. Through code, conversation, commerce, or community, each action strengthens the network and reinforces Moony's role as a decentralized, internet native form of digital cash.
Resources
Brand Identity
Moony's visual identity is designed to be simple, expressive, and open, a reflection of its role as a decentralized public asset that belongs to everyone. This page defines the core name, symbol, and usage conventions that ensure Moony is represented consistently across applications, communications, and interfaces.
The name Moony blends two ideas: moon and money. It draws from the playful, aspirational language of internet culture, where assets are said to "go to the moon", while also pointing directly to Moony's function as a new form of digital value.
The name is intentionally simple, memorable, and shareable. Its memetic resonance makes it easy to adopt in conversation, while its grounding in principled, open value infrastructure signals credibility and long‑term vision. Moony is as much a cultural asset as it is a technical one.
Typography
The Moony wordmark uses the typeface Blanquotey, chosen for its clean geometry, high legibility, and modern character. Its lowercase styling conveys approachability and simplicity, aligning with Moony's open and memetic ethos while preserving institutional clarity. This typeface should be used when reproducing the Moony logotype or developing visual assets that reference the brand name in stylized form.
Icon Design
Moony's icon is deliberately minimal, yet layered with symbolic meaning, crafted to express both functional clarity and conceptual depth across any medium.
The symbol is optimized for clarity at small sizes, performing reliably in both light and dark themes. Its simplicity ensures broad adaptability, while its layered references reinforce Moony's identity as both a technical primitive and an enduring digital brand.
Usage Guidelines
Moony can be represented using the Unicode character ⍜ (U+235C "APL Functional Symbol Circle Underbar") to indicate quantities, similar to how the $ symbol denotes U.S. dollars.
Usage Examples:
- ⍜100 for one hundred Moony tokens
- ⍜0.5 for half a Moony token
- "Tip them ⍜2 for the post"
- "The pool contains ⍜8,250"
Download Logos
These resources are provided to make it simple for developers, designers, and community members to integrate Moony's identity into wallets, applications, media, and promotional materials without friction.
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Deployment
The Moony protocol was deployed by Moony Labs, LLC. to the Solana blockchain using infrastructure developed by Flipcash Inc. The Reserve Contract is an immutable smart contract that governs all token issuance, redemption, and pricing according to deterministic rules encoded at deployment.
Deployment Parameters:
- Maximum Supply: 21,000,000 MNY tokens (immutable cap)
- Bonding Curve Type: Continuous Exponential Function
- Curve Constants:
- Constant a: 11400.230149967394933471
- Constant b: 0.000000877175273521
- Constant c: 0.000000877175273521
- Price Boundaries: $0.01 USDF (near zero supply) to $1,000,000 USDF (at maximum supply)
- Fee Structure: 0% on purchases, 1% on redemptions
Contract Code: The Reserve Contract architecture was developed by Flipcash Inc. and is part of the Code Payments Open Code Protocol (OCP). The contract code is maintained in the Code Payments repositories:
Deployment Verification: All contract addresses and deployment information are synced from the Code Payments OCP configuration. The deployment is fully on-chain and can be verified on the Solana blockchain through the contract addresses displayed in the documentation.
Immutable Design: Once deployed, the Reserve Contract cannot be altered, upgraded, or modified. There are no admin keys, upgrade authorities, or governance mechanisms. The protocol operates autonomously according to its immutable smart contract logic.
Getting Started
Developers can begin integrating Moony by exploring the Solana ecosystem, understanding SPL token standards, and leveraging existing documentation and community resources. The permissionless nature of Moony means there are no gatekeepers or approval processes - just open innovation and collaboration.
WARNING
This documentation is for informational purposes only and does not constitute investment advice. Moony is a decentralized digital asset issued and governed by an immutable smart contract deployed on the Solana blockchain by Moony Labs, LLC. The protocol operates autonomously and cannot be altered or controlled by any party, including Moony Labs, LLC. No company or formal organization is responsible for Moony's performance or value. Participants engage with the Moony protocol at their own discretion and are encouraged to conduct independent research and seek professional advice before interacting with blockchain-based systems.