System Architecture Overview

Ethereal Offering is built on a multi-chain architecture that leverages the strengths of different blockchain ecosystems to create a comprehensive spiritual and economic platform.

🏗️ Three-Layer Architecture

graph TB
    subgraph "Layer 1: TON - Engagement & Participation"
        A[Telegram Mini-App]
        B[Daily Mining/Farming]
        C[NFT Stickers & Gifts]
        D[Soulbound Attendance Chips]
    end
    
    subgraph "Layer 2: Ethereum - Token Ecosystem & DeFi"
        E[Multi-Token System]
        F[Sacred Altar Contract]
        G[AMM & Liquidity Pools]
        H[NFT Breeding System]
        I[DAO Treasury]
    end
    
    subgraph "Layer 3: Aleo - Privacy & Governance"
        J[Zero-Knowledge Voting]
        K[Anonymous Proposals]
        L[MPC Recovery]
        M[Policy Reform DAO]
    end
    
    A --> E
    B --> E
    C --> H
    D --> J
    E --> I
    F --> I
    G --> I
    H --> I
    J --> M
    K --> M
    L --> M

🌐 Layer 1: TON - Engagement & Participation

Purpose

The TON (The Open Network) layer serves as the engagement and onboarding layer, making participation accessible through Telegram.

Key Features

1. Telegram Mini-App Integration

Seamless Access - No separate app download required
Familiar Interface - Built into Telegram messenger
Cross-Platform - Works on mobile, desktop, and web
Social Integration - Share achievements with friends

2. Daily Mining & Farming

Inspired by successful TON projects like WeMine, PandaFIT, and Terahash:

Tap-to-Earn - Simple daily engagement rewards
Meditation Mining - Earn tokens for mindfulness practice
Service Farming - Rewards for community contributions
Gratitude Journaling - Daily reflection yields tokens

3. NFT Stickers & Gifts

Animated Stickers - NFTs that function as Telegram stickers
Collectible Albums - Complete sets for bonus rewards
Gift System - Send NFTs to friends in Telegram
Tradeable on GetGems - TON's premier NFT marketplace

4. Soulbound Attendance Chips

Meeting Attendance - Issued for 12-step meeting participation
Service Milestones - Recognize contributions
Sobriety Markers - Celebrate recovery milestones
Non-Transferable - Permanent record of our journey

Technical Stack

TON Blockchain - Fast, scalable, low-cost transactions
Telegram Bot API - Mini-app integration
FunC - TON smart contract language
TON Connect - Wallet integration
GetGems SDK - NFT marketplace integration

Inspirations

Project	Feature	Our Implementation
WeMine	Tap-to-earn mining	Daily DM token rewards
PandaFIT	Fitness mining	Meditation & service mining
PlanetX	Planet farming + NFT land	Mushroom farming + breeding
City Holder	Real-world city simulation	Fellowship node expansion
TeaBank	Reward for journaling	Gratitude journaling rewards
Headcoin	Mental health reflection	Mindfulness mining
Heartfelt Thanks	Gratitude-based rewards	Direct parallel to our system
HumanPass	Proof of Humanity	SBT identity & attendance NFTs
Terahash	TON mining & gamification	Core inspiration for Spiritual Hashrate

⚡ Layer 2: Ethereum - Token Ecosystem & DeFi

Purpose

The Ethereum layer is the economic engine of Ethereal Offering, handling all token mechanics, DeFi operations, and NFT systems.

Key Components

1. Multi-Token System

Seven distinct tokens, each with a specific purpose:

PSILO - Crowdsale fundraising token
MDAO - Governance and voting rights
ETHO - Ceremonial burns and AMM trading
PSD - Stablecoin (pegged to USD)
DM - Daily rewards and gas token
POB - Proof of Burn NFTs (soulbound)
SHROOM - Collectible breeding NFTs

See Tokenomics Overview for details.

2. Sacred Altar Contract

The heart of the ceremonial system:

contract SacredAltar {
    // Burn ETHO tokens as offering
    function makeOffering(uint256 amount) external;
    
    // Mint POB NFT as receipt
    function mintProofOfBurn(address recipient, uint256 burnAmount) internal;
    
    // Route funds to treasury
    function routeToTreasury(uint256 ethAmount) internal;
}

Features:

Token Burning - Permanently remove ETHO from circulation
NFT Receipts - Mint soulbound POB NFTs
Treasury Routing - Send ETH/stablecoins to DAO treasury
Event Logging - Immutable record of all offerings

3. AMM & Liquidity Pools

Automated Market Maker for token swaps:

ETHO/PSD Pool - Primary trading pair
PSILO/ETH Pool - Crowdsale liquidity
DM/PSD Pool - Daily token liquidity
80/20 Fee Split - 80% to treasury, 20% to LPs

4. NFT Breeding System

Mushroom NFTs with genetic traits:

Genetic Attributes - Potency, color, size, rarity
Breeding Mechanics - Combine two SHROOMs to create offspring
Cooldown Periods - Prevent spam breeding
Breeding Fees - Paid in DM tokens
Marketplace - Trade on OpenSea with 2.5% project fee

5. DAO Treasury

Multi-sig controlled treasury:

Multi-Signature - Requires 3 of 5 signers
Timelock - 48-hour delay on major transactions
Transparent - All transactions publicly visible
Governed by MDAO - Token holders vote on allocations

Technical Stack

Solidity 0.8.x - Smart contract language
Hardhat - Development environment
OpenZeppelin - Secure contract libraries
Ethers.js - Web3 integration
React - Frontend framework
IPFS - Decentralized NFT metadata storage

🔐 Layer 3: Aleo - Privacy & Governance

Purpose

The Aleo layer provides privacy-preserving governance and anonymous policy reform capabilities.

Key Features

1. Zero-Knowledge Voting

Vote on proposals without revealing our identity:

program dao_voting.aleo {
    // Cast anonymous vote
    transition vote(
        proposal_id: u64,
        vote_choice: bool,
        voting_power: u64
    ) -> Vote {
        // ZK proof verifies voting power without revealing identity
        return Vote {
            proposal: proposal_id,
            choice: vote_choice,
            power: voting_power
        };
    }
}

Benefits:

Privacy - Vote without revealing wallet address
Integrity - Cryptographically verifiable results
Sybil Resistance - One person, one vote (via Proof of You)
Coercion Resistance - No one can prove how you voted

2. Anonymous Proposals

Submit policy proposals anonymously:

ZK Identity Proofs - Prove you're a member without revealing who
Reputation Staking - Stake tokens to submit proposals
Threshold Signatures - Multi-party approval for sensitive proposals
Encrypted Discussions - Private deliberation before public vote

3. Multi-Party Computation (MPC) Recovery

Decentralized account recovery:

Key Sharding - Split recovery keys across DAO members
Threshold Recovery - Require M of N shards to recover
DAO Voting - Community votes on recovery requests
Privacy Preservation - No single party knows full key

4. Policy Reform DAO

Anonymous governance for sensitive issues:

Drug Policy Reform - Advocate for psychedelic legalization
Criminal Justice Reform - Support recovery over incarceration
Healthcare Access - Fund psychedelic therapy research
Community Support - Allocate funds to recovery programs

Technical Stack

Aleo - Zero-knowledge blockchain
Leo - Aleo programming language
snarkVM - Zero-knowledge virtual machine
Aleo SDK - JavaScript integration
MPC Protocols - Threshold cryptography

🔄 Cross-Chain Integration

Bridging Mechanisms

TON ↔ Ethereum

Token Bridge - Move DM tokens from TON to Ethereum
NFT Bridge - Transfer attendance chips to Ethereum for governance
Oracle System - Sync state between chains
Merkle Proofs - Verify cross-chain transactions

Ethereum ↔ Aleo

Governance Bridge - MDAO tokens grant Aleo voting rights
Privacy Wrapper - Wrap Ethereum tokens for private Aleo transactions
ZK Proofs - Verify Ethereum state on Aleo
Relay Network - Decentralized message passing

Data Flow

sequenceDiagram
    participant User
    participant TON
    participant Ethereum
    participant Aleo
    
    User->>TON: Daily mining (earn DM)
    TON->>Ethereum: Bridge DM tokens
    User->>Ethereum: Swap DM for ETHO
    User->>Ethereum: Burn ETHO at Altar
    Ethereum->>Ethereum: Mint POB NFT
    Ethereum->>Aleo: Grant voting rights
    User->>Aleo: Vote on proposal (ZK)
    Aleo->>Ethereum: Execute treasury action

🛠️ Development Roadmap

Phase 1: EVM Foundation (Q1 2025) ✅

✅ Multi-token smart contracts
✅ Sacred Altar implementation
✅ AMM and liquidity pools
✅ NFT breeding system
✅ React frontend
✅ Hardhat testing suite

Phase 2: TON Integration (Q2 2025) 🚧

🚧 Telegram mini-app development
🚧 Daily mining/farming mechanics
🚧 NFT sticker system
🚧 Soulbound attendance chips
🚧 TON-Ethereum bridge

Phase 3: Public Launch (Q3 2025) 📅

📅 GitBook documentation
📅 Community onboarding
📅 Fellowship NFT distribution
📅 Marketing campaign
📅 Partnership announcements

Phase 4: Mycelium Intelligence (Q4 2025) 📅

📅 AI oracle integration
📅 Spiritual analytics dashboard
📅 Automated proposal generation
📅 Community insights engine

Phase 5: Recovery DAO (Q1 2026) 📅

📅 Psychedelics in Recovery fellowship
📅 Soulbound chip NFT governance
📅 12-step meeting integration
📅 Recovery support fund

Phase 6: Aleo Privacy Layer (Q2 2026) 📅

📅 Zero-knowledge voting
📅 Anonymous proposals
📅 MPC recovery system
📅 Policy reform DAO

📊 Performance Metrics

Scalability

TON: 100,000+ TPS (transactions per second)
Ethereum: 15-30 TPS (mainnet), 1000+ TPS (L2s)
Aleo: 1,000+ TPS with ZK proofs

Cost Efficiency

TON: ~$0.01 per transaction
Ethereum: $1-50 per transaction (varies with gas)
Aleo: ~$0.10 per ZK proof

Finality

TON: ~5 seconds
Ethereum: ~15 minutes (12 confirmations)
Aleo: ~10 seconds

🔒 Security Considerations

Smart Contract Security

Audits - Professional security audits before mainnet
Bug Bounties - Reward white-hat hackers
Formal Verification - Mathematical proof of correctness
Upgrade Mechanisms - Proxy patterns for bug fixes

Operational Security

Multi-Sig - No single point of failure
Timelocks - Delay on critical operations
Rate Limiting - Prevent spam and abuse
Circuit Breakers - Emergency pause functionality

Privacy & Anonymity

ZK Proofs - Cryptographic privacy guarantees
Pseudonymous - No KYC required
Encrypted Comms - Secure messaging
Tor Support - Anonymous network access

"The architecture is not just technical—it's theological. Every layer is a prayer, every transaction a testament." 🍄✨

🏗️ Three-Layer Architecture​

🌐 Layer 1: TON - Engagement & Participation​

Purpose​

Key Features​

1. Telegram Mini-App Integration​

2. Daily Mining & Farming​

3. NFT Stickers & Gifts​

4. Soulbound Attendance Chips​

Technical Stack​

Inspirations​

⚡ Layer 2: Ethereum - Token Ecosystem & DeFi​

Purpose​

Key Components​

1. Multi-Token System​

2. Sacred Altar Contract​

3. AMM & Liquidity Pools​

4. NFT Breeding System​

5. DAO Treasury​

Technical Stack​

🔐 Layer 3: Aleo - Privacy & Governance​

Purpose​

Key Features​

1. Zero-Knowledge Voting​

2. Anonymous Proposals​

3. Multi-Party Computation (MPC) Recovery​

4. Policy Reform DAO​

Technical Stack​

🔄 Cross-Chain Integration​

Bridging Mechanisms​

TON ↔ Ethereum​

Ethereum ↔ Aleo​

Data Flow​

🛠️ Development Roadmap​

Phase 1: EVM Foundation (Q1 2025) ✅​

Phase 2: TON Integration (Q2 2025) 🚧​

Phase 3: Public Launch (Q3 2025) 📅​

Phase 4: Mycelium Intelligence (Q4 2025) 📅​

Phase 5: Recovery DAO (Q1 2026) 📅​

Phase 6: Aleo Privacy Layer (Q2 2026) 📅​

📊 Performance Metrics​

Scalability​

Cost Efficiency​

Finality​

🔒 Security Considerations​

Smart Contract Security​

Operational Security​

Privacy & Anonymity​

🏗️ Three-Layer Architecture

🌐 Layer 1: TON - Engagement & Participation

Purpose

Key Features

1. Telegram Mini-App Integration

2. Daily Mining & Farming

3. NFT Stickers & Gifts

4. Soulbound Attendance Chips

Technical Stack

Inspirations

⚡ Layer 2: Ethereum - Token Ecosystem & DeFi

Purpose

Key Components

1. Multi-Token System

2. Sacred Altar Contract

3. AMM & Liquidity Pools

4. NFT Breeding System

5. DAO Treasury

Technical Stack

🔐 Layer 3: Aleo - Privacy & Governance

Purpose

Key Features

1. Zero-Knowledge Voting

2. Anonymous Proposals

3. Multi-Party Computation (MPC) Recovery

4. Policy Reform DAO

Technical Stack

🔄 Cross-Chain Integration

Bridging Mechanisms

TON ↔ Ethereum

Ethereum ↔ Aleo

Data Flow

🛠️ Development Roadmap

Phase 1: EVM Foundation (Q1 2025) ✅

Phase 2: TON Integration (Q2 2025) 🚧

Phase 3: Public Launch (Q3 2025) 📅

Phase 4: Mycelium Intelligence (Q4 2025) 📅

Phase 5: Recovery DAO (Q1 2026) 📅

Phase 6: Aleo Privacy Layer (Q2 2026) 📅

📊 Performance Metrics

Scalability

Cost Efficiency

Finality

🔒 Security Considerations

Smart Contract Security

Operational Security

Privacy & Anonymity