Smart Contracts
🧾 Smart Contracts – Core Architecture
The Orypton protocol is built on a modular smart contract system written in Solidity, deployed initially on Polygon, and fully compatible with the Ethereum Virtual Machine (EVM).
This architecture allows for flexible upgrades, role-based governance, and automated execution of all protocol logic without intermediaries—ensuring full decentralization, transparency, and composability.
⮕ Modular Contract Design
Each major function of the ecosystem is encapsulated in independent, auditable contracts:
$ORY Token
ERC-20 token contract with transfer and approval logic
Staking System
Lock/claim mechanics, snapshot calculations, reward distribution
Vault Contracts
Investment logic per strategy, performance tracking, epoch-based minting
DAO Contracts
Proposal creation, blind voting, quorum and execution
Treasury Logic
Buyback operations, fund routing, emission caps
NFT Certification
Non-transferable ERC-721 tokens tied to governance rights
Each component is deployed independently and communicates via well-defined interfaces and storage patterns.
⮕ Upgradeability Framework
Orypton uses Proxy-based upgrade patterns (e.g., UUPS) to allow contract logic upgrades while preserving state.
Upgrade permissions are strictly governed by DAO votes.
This structure balances flexibility (future improvements) with immutability guarantees (audit history & trust).
⮕ Governance Mechanics
Blind Voting: All governance proposals use encrypted voting (via hash commitments) to prevent front-running and manipulation.
On-Chain Execution: Proposals are executed via verified DAO contracts, not by multisigs.
Snapshot Support: Governance integrates snapshot block logic for fair and secure stake-weighted decisions.
The architecture behind Orypton is engineered for longevity. It delivers a secure, modular, and upgrade-ready system—capable of evolving in sync with the ecosystem while protecting stakeholder trust at every step.
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