Technical Architecture
Detailed overview of the Diamondz Shadow blockchain architecture and implementation.
Layer 3 Implementation
Diamondz Shadow is built as a Layer 3 blockchain with AnyTrust data availability, settling on Arbitrum for enhanced scalability and reduced costs while maintaining security.
Trust Layer
Security and trust infrastructure provided by Hirule Labs, specializing in blockchain security solutions.
Data Availability
AnyTrust data availability layer ensuring efficient data posting with reduced costs and high throughput.
Settlement Layer
Settles on Arbitrum for fast finality and cost-effective transaction processing with EVM compatibility.
Web2 - Web3 Zortal-Oracle
The Zortal-Oracle is a comprehensive social media bridge that chronicles metrics from all major platforms and connects them to on-chain token economics through secure oracle networks.
Supported Platforms
Oracle Workflow
- Aggregate metrics from all connected social platforms
- Process multi-platform data through Chainlink oracle network
- Calculate cross-platform engagement scores and bonuses
- Execute smart contracts for token minting/burning decisions
- Distribute rewards based on total social media contribution
Key Features
- Multi-platform metric aggregation and normalization
- Cross-platform engagement bonuses for creators active on multiple channels
- Real-time social sentiment analysis integration
- Algorithmic token economics based on total social footprint
- Configurable weight parameters for different platform types
- Anti-gaming mechanisms to prevent metric manipulation
- Privacy-preserving data collection with user consent management
Proof of Contribution
// Proof of Contribution Consensus Algorithm
1. Contribution Metrics Collection
- Content creation
- Governance participation
- Community engagement
- Technical contributions
2. Contribution Score Calculation
score = Σ(metric_i * weight_i) for all metrics i
3. Validator Selection
probability_of_selection ∝ contribution_score
4. Block Production
- Selected validator produces block
- Block includes transactions and state transitions
- Block is submitted to L1 for verification
5. Reward Distribution
rewards = base_reward * (contribution_score / total_contribution_score)The Proof of Contribution consensus mechanism rewards users based on their contributions to the ecosystem rather than computational power or token holdings. This ensures that value flows to those who actively participate in and improve the ecosystem.
Advantages
- Energy efficient compared to Proof of Work
- More inclusive than pure Proof of Stake
- Aligns incentives with ecosystem growth
- Resistant to wealth concentration
- Encourages active participation
Implementation Challenges
- Objective measurement of contributions
- Sybil resistance in contribution tracking
- Balancing different contribution types
- Preventing gaming of the system
- Maintaining decentralization
Smart Contract Architecture
Core Contracts
zsLabToken.sol- ERC-20 implementationGovernance.sol- Voting and proposal systemMovieFactory.sol- Production managementRevenueDistributor.sol- Revenue trackingContributionTracker.sol- PoC implementationNFTMarketplace.sol- NFT minting and tradingYouTubeAdapter.sol- YouTube metrics integrationZortalOracle.sol- Web2-Web3 social media metrics integration
Contract Interactions
The contracts interact through a modular architecture with clear separation of concerns:
- Governance controls MovieFactory parameters
- MovieFactory creates Production contracts
- Production contracts interact with RevenueDistributor
- ContributionTracker monitors all on-chain activity
- NFTMarketplace links to Production contracts
- YouTubeAdapter feeds metrics to RevenueDistributor
- ZortalOracle feeds multi-platform metrics to RevenueDistributor
Gas Faucets & Developer Tools
// SPDX-License-Identifier: MIT
pragma solidity ^0.8.0;
import "@openzeppelin/contracts/token/ERC20/ERC20.sol";
import "@openzeppelin/contracts/access/Ownable.sol";
contract zsLabToken is ERC20, Ownable {
// Token parameters
uint256 public constant MAX_SUPPLY = 5_000_000_000 * 10**18;
// Contribution tracking
mapping(address => uint256) public contributionScores;
constructor() ERC20("Diamondz Shadow", "zsLab") {
// Initial distribution
_mint(msg.sender, 4_000_000_000 * 10**18);
}
// Mint new tokens based on contributions
function mintForContribution(
address contributor,
uint256 amount
) external onlyOwner {
require(
totalSupply() + amount <= MAX_SUPPLY,
"Exceeds max supply"
);
_mint(contributor, amount);
}
// Update contribution score
function updateContributionScore(
address contributor,
uint256 newScore
) external onlyOwner {
contributionScores[contributor] = newScore;
}
// Additional functions for governance, staking, etc.
}Multi-Chain Gas Token Implementation
Our gas token implementation spans both EVM and Solana ecosystems with novel gamification and cross-chain features.
Repository & Contracts
Multi-chain contract implementation
Live Solana implementation
Novel Features
Achievement system & rewards
Cross-chain interoperability protocol
Key Innovations
- Cross-chain gas token bridging between EVM and Solana
- Gamified staking with achievement-based reward multipliers
- CCIP-powered cross-chain governance and voting
- Dynamic fee adjustment based on network congestion
- Proof of Contribution integration for validator selection
- YouTube metrics-driven token economics
- Multi-platform social media metrics-driven token economics
Technical Specifications
Blockchain Parameters
| Block Time | 2 seconds |
| Transaction Throughput | ~1,000 TPS |
| Gas Model | EIP-1559 compatible |
| Finality | 250ms |
| State Growth | Pruned history |
| Explorer | Testnet Block Explorer |
Token Economics
| Token Standard | ERC-20 |
| Total Supply | 5,000,000,000 SDM |
| Minted Supply | 4,000,000,000 SDM |
| Proof of Contribution | 1,000,000,000 SDM |
| Utility | Governance, Staking, Payments |