OPPAD OFFICIAL WHITEPAPER
  • 🧠 I. Vision & Foundations
    • 1.Abstract
    • 2.Introduction
    • 3.Market Analysis
    • 4.Problem Statement
  • 5.Solution Overview
  • πŸ—οΈ II. Technical Core & Infrastructure
    • 1.Platform Architecture
      • 1.1.Front-end
      • 1.2.backend
      • 1.3.smart contract overview
    • 2.Security Measures
    • 3.Database
    • 4.Dual Review Mechanism
      • 4.1.AegisAIβ„’ (AI Reviewer Engine)
      • 4.2.Sentinel Review (Manual Process)
      • 4.3.Review Workflow
      • 4.4.Risk Classification System
    • 5.API & Integrations
  • πŸš€ III. Launch Engine
    • 1.Presale
    • 2.Fairlaunch
    • 3.Stealth Launch
    • 4.Token Creation
    • 5.OPPADLock
    • 6.Badges
    • 7.Dynamic Whitelists & Participation Settings
    • 8.Built-in KYC & Audit
  • πŸ“•O-Pump Modeβ„’
    • 1.What is O-Pump?
    • 2.How It Works
    • 3.Super Projects
    • 4.Safety First
    • 5.O-Pump vs Others
    • 6.Use Cases
  • πŸ“• V. OPPAD Economic Engine
    • 1.Staking
    • 2.NFT Passes
    • 3.Farming & Rewards
      • How to Launch a Farm in 3 Steps
    • 4.Revenue Sharing
  • πŸ“˜ VI. Governance & Continuity
    • 1.Legal Compliance
    • 2.Error Handling
    • 3.Roadmap
  • πŸ“•OFFICIAL LINKS AND SOCIALS
    • Website
    • Tokenomics
    • Official Telegram Community
    • Github
    • Discord
    • Youtube
    • Tiktok
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  1. V. OPPAD Economic Engine

3.Farming & Rewards

Earn protocol rewards. Bootstrap liquidity. Power the ecosystem.

The OPPAD Farming Module enables DeFi projects to launch sustainable yield farms where users stake LP tokens in return for token incentives. With fully on-chain emission logic, off-chain scheduling, and live analytics, this module delivers gas-efficient, secure farming without compromising flexibility.


🧱 1. Introduction

Yield farming is essential to early liquidity generation. OPPAD makes it simple. Projects can deploy farms via a no-code dashboard or API, reward LP providers, and monitor real-time dataβ€”all in one system.


βš™οΈ 2. Key Features

  • Custom Farm Deployment: Launch new farms for any LP pair and reward token

  • Automated Reward Scheduler: Cron-based reward emission

  • Flexible Emission: Configure per-block or per-second reward rates

  • Multi-Farm Support: Run multiple farms concurrently

  • Live Metrics Dashboard: Track TVL, APR, and earnings

  • Emergency Controls: Pause, migrate, or stop farms via multisig


🧠 3. Architecture Overview

mermaidCopyEditflowchart TB
  subgraph User Layer
    U[Liquidity Provider]
    P[Project Admin]
  end
  subgraph Interface
    UI[Dashboard] --- API[REST API]
  end
  subgraph Service Layer
    FS[Farming Service]
    RS[Reward Scheduler]
    MQ[Message Queue]
    DB[(PostgreSQL)]
  end
  subgraph Blockchain
    FC[Farm Contract]
    RT[Reward Token]
    LP[LP Token]
  end

  P -->|Deploy Farm| UI --> API --> FS
  FS -->|initFarm()| FC
  U -->|Stake LP| FC
  FC -->|emit stake/withdraw events| MQ --> RS -->|distributeRewards()| FC
  FC -->|record state| DB
  API -->|fetch metrics| DB
  UI -->|display metrics| API

πŸš€ 4. Farm Deployment & Configuration

4.1 Deployment Flow

  1. Select LP Pair (e.g., OPPAD/ETH, USDT/USDC)

  2. Set Reward Token (e.g., $OPPAD)

  3. Emission Rate (per block or per second)

  4. Start & End Blocks

  5. Deposit Reward Tokens

  6. Deploy via initializeFarm()

4.2 Configuration Parameters

Parameter

Description

LP Token Address

Contract of the LP pair

Reward Token Addr

Token to distribute

Reward Rate

Emission per block/second

Start/End Block

Active duration for the farm

Deposit Amount

Tokens allocated for emission

Harvest Interval

Minimum wait between reward claims


πŸ§‘β€πŸŒΎ 5. User Participation

5.1 Staking LP Tokens

  • Connect via MetaMask/WalletConnect

  • Approve LP contract

  • Call deposit(amount)

  • Monitor staking & rewards via dashboard

5.2 Claiming Rewards

  • Wait for harvest interval

  • Call harvest()

  • Optionally re-stake in a new farm

5.3 Unstaking

  • Use withdraw(amount) for standard exit

  • Use emergencyWithdraw() to exit instantly (forfeiting pending rewards)


⏱️ 6. Reward Scheduler

  • Off-Chain Triggers: Uses cron or AWS EventBridge

  • On-Chain Distribution: Calls updatePool() and distribute()

  • Emits Events: RewardPaid, PoolUpdated used for analytics


πŸ“Š 7. Analytics & Monitoring

Metric

Description

TVL

Total value of staked LPs (USD equivalent)

APR

Annualized yield based on current TVL and emissions

Live Charts

Real-time updates via frontend and API

Admin Alerts

Notify if TVL drops or rewards deplete


πŸ” 8. Security & Audit

  • βœ… Contracts scanned via OPPAD Shield AI

  • βœ… Manual audit review for public pools

  • βœ… nonReentrant guards on staking/harvesting

  • βœ… Immutable core params (rate, duration)

  • βœ… Multisig admin control for pause/migrate


πŸ”Œ 9. Integration & API

REST Endpoints

  • GET /farms: List all active farms

  • GET /farms/{id}/metrics: Pull TVL/APR/reward stats

  • POST /farms: Admin-only farm deployment

  • POST /farms/{id}/deposit: Stake LP

  • POST /farms/{id}/withdraw: Unstake or harvest

WebSocket Feeds

  • Subscribe to Stake, Withdraw, and RewardPaid events in real-time


Farming complements OPPAD staking and NFTs β€” enabling liquidity providers to earn yield, boost governance access, and support early-stage projects all at once.

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Last updated 5 days ago

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