[AIR-3][AIS-3][BPC-3][RES-3][DAO-3]
DAO System Guide¶
Table of Contents¶
Compliance Framework¶
This guide adheres to BPC-3 protocol standards and implements DAO-4 institutional governance requirements.
Cross-Chain Execution¶
- Bitcoin SPV Proof Verification (BPC-3 compliant)
- RSK Bridge Integration with Taproot support
- Legal Compliance Wrappers (DAO-4 standard)
Overview¶
The Anya DAO (Decentralized Autonomous Organization) is the governance layer for the Anya Core Platform, enabling token holders to collectively manage the protocol, treasury, and ecosystem development.
Governance Token¶
The Anya Governance Token (AGT) is the core utility and governance token of the platform.
Token Economics¶
- Total Supply: 21,000,000,000 AGT (Fixed)
- Initial Block Reward: 10,000 AGT
- Emission Schedule: Adaptive Bitcoin-inspired halving mechanism
- Minimum halving interval: 105,000 blocks
- Halving controlled by governance parameters
Token Distribution¶
The AGT token is distributed according to the following model:
- 40% Protocol Treasury (8.4B AGT)
- 20% Strategic Reserves (BIP-341 compliant)
-
20% Ecosystem Development (DAO-4 managed)
-
30% Liquidity Provision (6.3B AGT)
- 20% Initial DEX Liquidity (Taproot-enabled)
-
10% Ongoing Liquidity Mining (BIP-174 PSBT)
-
15% Team & Development (3.15B AGT)
- 5-year vesting with 2-year cliff
-
Performance milestones (BPC-3 verified)
-
10% Community Incentives (2.1B AGT)
- Governance participation rewards
-
Protocol usage incentives
-
5% Strategic Partners (1.05B AGT)
- 3-year vesting schedule
For detailed tokenomics information, see TOKENOMICS_SYSTEM.md
Governance Framework¶
Proposal Types¶
The DAO supports multiple proposal types, each with specific requirements and voting parameters:
- Protocol Upgrades
- Contract upgrades
- Parameter changes
-
Feature additions/removals
-
Treasury Management
- Fund allocations
- Investment decisions
-
Protocol-owned liquidity operations
-
Emission Schedule Adjustments
- Halving interval modifications
- Block reward changes
-
Special emission events
-
Community Grants
- Developer grants
- Marketing initiatives
-
Community projects
-
Governance System Changes
- Voting mechanism updates
- Proposal threshold adjustments
- Quorum requirement changes
Proposal Process¶
- Submission Phase
- Minimum 100 AGT to submit a proposal
- 3-day discussion period
-
Technical feasibility review
-
Voting Phase
- 10-day duration (BPC-3 minimum)
- 65% participation threshold (DAO-4 standard)
- Taproot voting proofs (BIP-341)
-
PSBT transaction validation (BIP-174)
-
Execution Phase
- 2-day timelock before execution
- Automatic execution for approved proposals
- Multi-signature security for treasury operations
Voting Power¶
Voting power in the DAO is determined by:
- AGT token holdings
- Governance participation history
- Reputation score (based on contribution)
Treasury Management¶
The DAO treasury is managed according to the following principles:
Treasury Composition¶
- Strategic Reserves: 15% minimum of circulating supply
- Protocol-Owned Liquidity: Minimum 15% of DEX allocation
- Ecosystem Fund: Grants and investments
- Operations Fund: Protocol development and maintenance
Treasury Operations¶
The DAO can authorize various treasury operations:
- Liquidity Management
- Adding/removing DEX liquidity
- Fee tier adjustments
-
Rebalancing across venues
-
Buyback and Burn
- Token buybacks from market
- Burning mechanisms
-
Supply adjustment operations
-
Strategic Investments
- Protocol investments
- Ecosystem funding
-
Partnership development
-
Reserve Management
- Asset diversification
- Yield generation
- Risk management
Treasury Guards¶
To ensure responsible treasury management:
- Spending Limits: Tiered approval requirements based on amount
- Circuit Breakers: Emergency pause during extreme conditions
- Time Locks: Graduated waiting periods based on impact
- Audits: Quarterly independent audits
Implementation Architecture¶
The DAO is implemented using:
On-Chain Components¶
- Governance Contract: Main DAO contract
- Treasury Contract: Treasury management
- Token Contract: AGT token implementation
- Proposal Registry: Tracks all proposals
Off-Chain Components¶
- DAO Dashboard: Web interface for governance
- Analytics Suite: Governance metrics and insights
- Notification System: Alerts for proposals and votes
- Discussion Forum: Proposal discussion platform
Security Measures¶
The DAO implements multiple security layers:
- Multi-Signature Requirements: For critical operations
- Time Locks: Delayed execution of significant changes
- Security Council: Emergency response capability
- Formal Verification: Of all governance contracts
- Bug Bounty Program: For vulnerability reporting
- Taproot Audits: Quarterly Tapscript verification
- PSBT Validation: Hardware wallet integration checks
- BIP Compliance: Automated protocol checks
- Weekly BIP-341 signature validation
- Daily BIP-174 transaction audits
Getting Started¶
Participation Guide¶
- Acquire AGT tokens
- DEX trading
- Liquidity provision
-
Community contributions
-
Delegate Voting Power
- Self-delegation
- Delegate to representatives
-
Split delegation
-
Create Proposals
- Proposal templates
- Documentation requirements
-
Technical specifications
-
Vote on Proposals
- Voting interface
- Voting strategies
- Vote timing considerations
Technical Reference¶
Contract Addresses¶
- DAO Contract:
[CONTRACT_ADDRESS]
- Treasury Contract:
[CONTRACT_ADDRESS]
- Token Contract:
[CONTRACT_ADDRESS]
API Integration¶
// Example: Creating a proposal
const proposal = await anyaDAO.createProposal({
title: "Adjust Emission Schedule",
description: "Modify halving interval to 115,000 blocks",
actions: [
{
contract: "emission",
method: "setHalvingInterval",
params: ["115000"]
}
]
});
Governance Dashboard¶
The DAO dashboard is available at https://dao.anya-core.org and provides:
- Active proposal overview
- Voting interface
- Treasury statistics
- Governance analytics
- Personal voting history
- Delegation management
Version History¶
- v2.0.0: Updated tokenomics model with adaptive emission and strategic distribution
- v1.0.0: Initial DAO implementation with fixed Bitcoin-style emission
Additional Resources¶
Key Features¶
- Bitcoin-Style Tokenomics: 21 billion token supply with halving mechanism
- Strategic Distribution: 30% DEX, 15% development team, 55% DAO/community
- Enhanced Governance: Advanced proposal creation, voting, and execution
- DEX Integration: Built-in liquidity and trading capabilities
- Comprehensive Logging: Complete transparency for all operations
- Modular Architecture: Clear separation of interfaces and implementations
Documentation Map¶
This project includes several documents covering different aspects of the DAO system:
Document | Purpose | Location |
---|---|---|
DAO Index | Central entry point to all DAO documentation | docs/DAO_INDEX.md |
DAO README | Overview of setup and usage | dao/README.md |
DAO System Map | Architectural overview | docs/DAO_SYSTEM_MAP.md |
Tokenomics System | Token economics architecture | docs/TOKENOMICS_SYSTEM.md |
Implementation Milestones | Progress tracking and roadmap | docs/IMPLEMENTATION_MILESTONES.md |
This Guide | Comprehensive consolidated documentation | docs/DAO_SYSTEM_GUIDE.md |
System Architecture¶
Component Architecture¶
The DAO system consists of the following components:
anya-core/
├── dao/
│ ├── core/
│ │ └── dao-core.clar # Enhanced Core DAO implementation
│ ├── traits/
│ │ ├── dao-trait.clar # DAO trait interface
│ │ └── dex-integration-trait.clar # DEX integration interface
│ ├── extensions/
│ │ └── token-economics.clar # Advanced token economics implementation
│ └── tests/
│ └── dao-core-test.clar # Test script for DAO core
└── src/
└── contracts/
├── dao.clar # Main DAO contract with full governance
├── governance_token.clar # Governance token contract
├── bitcoin-issuance.clar # Bitcoin-style token issuance
└── dex-adapter.clar # DEX integration for liquidity
Component Relationships¶
The components interact with each other according to the following diagram:
┌─────────────────┐ implements ┌─────────────────┐
│ dao-trait.clar │◄─────────────────┤ dao-core.clar │
└────────┬────────┘ └────────▲────────┘
│ │
│ │
│ uses trait │ calls
│ │
▼ │
┌─────────────────┐ interacts ┌─────────────────┐
│ dao.clar │◄─────────────────►│ governance_token│
└─────────┬───────┘ └────────▲────────┘
│ │
│ controls │ mints
▼ │
┌─────────────────┐ provides ┌─────────────────┐
│ dex-adapter │◄─────────────────┤bitcoin-issuance │
└─────────────────┘ liquidity └─────────────────┘
▲ ▲
│ ┌─────────────────┐ │
└───────────┤token-economics ├──────┘
└─────────────────┘
guides
Bitcoin-Style Tokenomics¶
Issuance Model¶
The Anya governance token (AGT) follows a Bitcoin-style issuance model:
- Total Supply: 21 billion AGT (with 8 decimal places)
- Initial Block Reward: 5,000 AGT per block (higher than Bitcoin)
- Halving Interval: Every 210,000 blocks (~4 years with 10-minute blocks)
- Halving Schedule:
- First 210,000 blocks: 5,000 AGT per block
- Next 210,000 blocks: 2,500 AGT per block
- Next 210,000 blocks: 1,250 AGT per block
- And so on...
Distribution Allocation¶
Each block reward is distributed strategically:
- DEX Allocation: 35% (aligned with liquidity provision)
- DAO/Community: 50% (aligned with liquidity provision)
- Network Security Fund: 15%
Developer Team Allocation¶
The team allocation is further distributed:
- Top Performer: 30% of the team allocation
- Base Distribution: 50% evenly split
- Performance Bonus Pool: 20%
Governance System¶
Proposal Lifecycle¶
- Creation: Any token holder with sufficient balance can submit a proposal
- Voting Period: Token holders vote on the proposal (voting weight = token balance)
- Execution Delay: Successful proposals go through a timelock period
- Execution: Approved proposals are executed after the timelock
Proposal Types¶
- Parameter Changes: Modify DAO settings
- Token Actions: Token distribution or allocation changes
- DEX Actions: Adjust DEX parameters or execute buybacks
- Administrative Actions: Add/remove administrators
Voting Mechanism¶
- Threshold: Minimum token balance needed to submit a proposal (100 AGT default)
- Quorum: Minimum participation required for valid vote (30% default)
- Approval: Percentage needed to pass a proposal (60% default)
- Taproot Voting: Schnorr signature aggregation
- Cross-Chain Validation: SPV proofs for Bitcoin-based votes
- Privacy Option: CoinJoin-style vote mixing
DEX Integration¶
Key Features¶
- Liquidity Provision
- DEX receives 30% of all token issuance
- Users can provide STX/AGT liquidity to earn trading fees
-
Liquidity providers receive LP tokens representing their share
-
Trading Operations
- Swap AGT for STX and vice versa
- Constant product market maker formula (x * y = k)
-
Fee percentage: 0.3% by default (configurable)
-
Buyback Mechanism
- DAO can execute buybacks through the DEX
-
Supports DAO-controlled market stabilization
-
Price Oracle
- Provides reliable on-chain price information
- Useful for other contracts needing AGT price data
Setup and Usage¶
Prerequisites¶
- Clarinet v2.3.0 or later
Installation¶
If you don't have Clarinet installed, you can use the provided installation script:
## On Windows
.\scripts\install-clarinet.ps1
Verifying Configuration¶
To ensure all contracts are properly configured in Clarinet.toml:
## On Windows
.\scripts\verify-clarinet-config.ps1
Running Tests¶
With Clarinet installed:
## Navigate to the anya-core directory
cd anya-core
## Check contract syntax
clarinet check
## Run tests
clarinet test
Without Clarinet (simulation only):
## On Windows
.\scripts\run-dao-tests.ps1
Contract Usage Examples¶
Integrating with the DAO¶
;; Import the DAO trait
(use-trait dao-trait .dao-trait.dao-trait)
;; Function that uses the DAO
(define-public (submit-to-dao (dao-contract <dao-trait>) (title (string-ascii 256)) (description (string-utf8 4096)) (duration uint))
(contract-call? dao-contract submit-proposal title description duration)
)
Creating a Proposal¶
;; Call the DAO contract to create a proposal
(contract-call? .dao-core submit-proposal "My Proposal" "This is a proposal description" u10080)
Interacting with Token Economics¶
;; Get current distribution phase
(contract-call? .token-economics get-current-phase)
;; Check available tokens to mint
(contract-call? .bitcoin-issuance get-available-to-mint)
DEX Integration Example¶
;; Get token price from DEX
(contract-call? .dex-adapter get-token-price)
;; Execute buyback through DAO
(contract-call? .dao-core execute-buyback u1000)
Administrative Functions¶
;; Update DAO settings (admin only)
(contract-call? .dao-core update-proposal-threshold u200)
;; Add an administrator (admin only)
(contract-call? .dao-core add-administrator 'ST2PQHQKV0RJXZFY1DGX8MNSNYVE3VGZJSRTPGZGM)
Implementation Status¶
Current implementation status:
- ✅ Core architecture and interfaces (BIP-341 compliant)
- ✅ Enhanced Bitcoin-style issuance model
- ✅ DEX integration (Taproot-enabled)
- 🔄 Advanced governance features (In Testing)
For detailed progress, see the Implementation Milestones document.
Bitcoin Improvement Proposals (BIPs) Compliance¶
This implementation follows official Bitcoin Improvement Proposals (BIPs) requirements:
- Protocol Adherence
- Bitcoin-style issuance with halving schedule
- Uses Clarity's trait system for interface consistency
- Maintains decentralized governance principles
-
Comprehensive error handling and validation
-
Privacy-Preserving Architecture
- Constant product market maker formula for DEX
- Vote delegation through proxy patterns
- Private proposal submission options
-
Secure admin controls with proper authorization checks
-
Asset Management Standards
- Governance token uses SIP-010 standard
- Proper token integration with mint functions
- Token balance validation for proposal submission
-
Strategic distribution for liquidity and governance
-
Security Measures
- Admin-only access for sensitive operations
- Multi-level validation for all operations
- Comprehensive logging for auditing
- Clear separation of responsibilities between components
Future Development¶
Planned enhancements to the DAO system include:
- DLC Oracle Integration: Using oracle attestations for voting
- Cross-Chain Governance: Integration with RSK and Liquid
- Web5 Identity: Using decentralized identities for member registration
- Enhanced Voting: Quadratic voting and delegation options
- Advanced Execution: Automatic execution of approved proposals
- Extended DEX Features: Multi-pair trading and dynamic fee adjustment
Contributing¶
When extending or modifying the DAO system:
- All new components should implement or use the appropriate traits
- Maintain the file structure with traits in
traits/
, implementations incore/
, and extensions inextensions/
- Add appropriate tests in the
tests/
directory - Ensure all operations are properly logged for transparency
- Update the documentation to reflect your changes
- Ensure compatibility with the Bitcoin-style tokenomics model
Reference Information¶
Tokenomics Parameters¶
Parameter | Value | Description |
---|---|---|
Total Supply | 21,000,000,000 AGT | Maximum supply cap |
Initial Block Reward | 5,000 AGT | Block reward with 8 decimal places |
Halving Interval | 210,000 blocks | ~4 years with 10-minute blocks |
DEX Allocation | 35% | Percentage of block rewards allocated to DEX |
DAO Allocation | 50% | Percentage of block rewards allocated to DAO/community |
DEX Fee | 0.3% | Trading fee percentage |
Proposal Threshold | 100 AGT | Minimum tokens to submit a proposal |
Voting Threshold | 60% | Percentage needed to pass a proposal |
Quorum | 30% | Minimum participation required |
Useful Commands¶
## Check DAO core syntax
clarinet check dao/core/dao-core.clar
## Run a specific test
clarinet test dao/tests/dao-core-test.clar
## Deploy to testnet
clarinet deploy --testnet
## Generate documentation
clarinet docs
Cross-Chain Execution¶
Cross-Chain Governance (DAO-4)¶
- Bitcoin SPV Proof Verification (BPC-3)
- RSK Bridge Integration with Taproot
- Legal Compliance Wrappers (AIS-3)
Bitcoin Protocol Compliance¶
BIP-341 Implementation¶
- Taproot-enabled treasury operations
- Schnorr signature aggregation for votes
- MAST contracts for proposal execution
BIP-174 Compliance¶
- PSBT integration for cross-chain governance
- Multi-sig transaction templates
- Hardware wallet signing support
Validation Workflows¶
- BIP-341 Validation Cycle: Proposal → Schnorr Sig → MAST Commitment → Execution
-
BIP-174 PSBT Flow: Construction → Validation → Signing → Broadcast
-
BIP-174 PSBT Flow: Construction → Validation → Signing → Broadcast