Technical Architecture

The Fortuna Protocol ($FORT) has been meticulously designed with a sophisticated technical architecture that ensures robust security, efficient tokenomics implementation, transparency, and a user-friendly experience.

Smart Contract Structure

Fortuna Protocol utilizes advanced Solidity smart contracts deployed on the Binance Smartchain, featuring secure and optimized code structures:

• Built on the industry-standard BEP20 token interface.

• Integrates seamlessly with leading decentralized exchanges, primarily Pancakeswap V2.

• Modular structure separates key functionalities into clear, secure, and maintainable code components:

  • Ownership & Permissions: Managed through OpenZeppelin's Ownable pattern for secure access control.

  • BEP20 Standard Implementation: Token balances, transfers, and approvals implemented according to BEP20 standards.

  • Reflection Mechanism: Integrated reflection (redistribution) mechanics rewarding holders automatically.

Reflection System Implementation

The reflection system is core to Fortuna Protocol’s tokenomics, ensuring passive rewards for holders simply by holding tokens in their wallets.

Reflections Calculation:

• A fixed percentage of transaction fees is collected.

• Fees are automatically redistributed proportionally to all holders based on their holdings, incentivizing long-term holding.

• Addresses can be explicitly excluded/included from reflections to manage exchanges, liquidity pools, and other special cases.

• Efficiency & Gas Optimization:

  • Reflection calculations are optimized for efficiency, minimizing gas fees for token transfers and balance updates.

  • Internal caching and struct-based calculations are utilized to enhance performance.

Token Swapping & Liquidity Provision

• The Fortuna Protocol interacts seamlessly with decentralized exchanges (DEXs), leveraging PancakeSwap’s liquidity pools to maintain token liquidity and price stability:

  • Automatic Liquidity Injection: A portion of taxes collected from transactions is automatically converted to BNB (or BNB), and paired with $FORT tokens to boost liquidity.

  • Swap-Back Mechanism: Periodically triggered swaps convert accumulated tokens into BNB, funding operations, marketing, and treasury buybacks.

Reflection System Implementation

The reflection mechanism employs two parallel supply models:

• Token Supply (tSupply): Represents the actual total supply of $FORT tokens.

• Reflected Supply (rTotal): The internal representation used to proportionally distribute reflection rewards efficiently.

Reflection Calculation Example:

• User receives reflections in proportion to their token balance relative to the total circulating supply, continuously increasing holdings passively without needing additional actions.

Taxation & Fee Distribution Logic

Fortuna Protocol employs a sophisticated and dynamic taxation system to maintain long-term stability:

• Buy & Sell Tax Differentiation: Separate fee structures for buying and selling ensure optimal incentives:

  • Buy Tax (5%): Liquidity, reflection, and marketing.

  • Sell Tax: Higher (15%), directing resources toward liquidity, operations, buyback treasury, and marketing, promoting token stability during periods of selling pressure.

• Fee Distribution Automation: Taxes collected are periodically swapped for BNB automatically, distributed according to the proportional allocations:

  • Liquidity Pool

  • Buyback (Treasury)

  • Operations Fund

  • Marketing Fund

Security & Safeguards

Security remains paramount in Fortuna Protocol's architecture:

• Ownership & Permissions Management:

  • Owner functions secured via the widely trusted OpenZeppelin ownership model.

  • Sensitive operations (tax updates, fee adjustments, liquidity management) restricted exclusively to the contract owner.

• Limits & Anti-Whale Features: Transaction and wallet limits protect holders from sudden market impacts or malicious actors attempting market manipulation.

• Auditability & Transparency: All smart contract operations and states are publicly viewable on-chain, allowing full transparency for users.

Exclusion & Inclusion Mechanisms

• Reflection Exclusions/Inclusions: Flexibility to exclude specific addresses (such as liquidity pools, exchanges, or team wallets) from receiving reflections or fee deductions.

• Swap & Transaction Limit Exclusions: Addresses like liquidity pools or marketing wallets can be excluded from transaction limits and fees, ensuring efficient protocol operations without disruption.

Security Considerations and Best Practices

Fortuna Protocol adheres to rigorous security best practices:

• Smart contracts are developed according to industry standards, leveraging secure libraries such as OpenZeppelin.

• Contracts will undergo third-party security audits to ensure code robustness and identify vulnerabilities.

• Continuous monitoring and community reporting ensure ongoing safety and adaptability.

Infrastructure & Scalability

The infrastructure supporting the protocol includes:

• Backend systems optimized for efficient data handling and low latency.

• Reliable and scalable infrastructure to support increasing community participation and protocol complexity.