See PiRC1: Pi Ecosystem Token Design
This repository presents a hybrid token launch model designed for the Pi Network ecosystem.
The model introduces a rule-based economic system that integrates:
- π§ Liquidity provisioning for market stability
- π Developer incentives tied to verified progress
- π‘οΈ Ecosystem reserve for protection and enforcement
- β‘ On-chain verified transactions for real economic activity
- π Security and penalty mechanisms embedded in token logic
The objective is to build a sustainable, transparent, and manipulation-resistant token economy.
-
Verified Transactions
Only real, on-chain economic activity contributes to rewards and distribution. -
Reputation System (0β100)
Impacts reward eligibility and adjusts dynamically based on behavior. -
Milestone-Based Incentives
Developer rewards are released only after verified progress and governance approval. -
Integrated Enforcement
Slashing, penalties, and reward suspension are directly tied to system behavior.
- Transparent and data-driven token distribution
- 65/20/15 allocation model (Liquidity / Developers / Reserve)
- Milestone-based developer rewards
- On-chain verification of activity and profit
- Governance-driven decision making
- Built-in anti-manipulation & detection layer
- Dynamic penalty system (slashing, suspension, bans)
- Developer-ready structure with code examples
| Category | Percentage | Purpose |
|---|---|---|
| π§ Liquidity Pools | 65% | Market stability & liquidity |
| π Developers | 20% | Incentivize ecosystem development |
| π‘οΈ Ecosystem Reserve | 15% | Security, enforcement, redistribution |
The system combines multiple layers:
- Token Distribution Layer
- Verification Layer (On-chain activity)
- Security & Enforcement Layer
- Governance Layer
π See full architecture:
/architecture/
Security is natively integrated into the economic model, not treated as an external layer.
- Reputation-based reward adjustments
- Reward suspension for suspicious behavior
- Slashing (minor / major / repeated violations)
- Anti-Sybil protection mechanisms
- On-chain event logging for all enforcement actions
π Full details:
/security/
Governance operates through a DAO-like structure:
- Proposal submission
- Voting mechanisms
- Execution of approved actions
- Milestone approvals
- Penalty escalation
- Reserve redistribution
- System parameter updates
π More:
/governance/
- Read
proposal.mdfor the full model - Review
tokenomics.mdfor allocation logic - Explore
/diagrams/for visual flows - Check
/architecture/for system design - Review
/security/for enforcement logic - Test
/code_examples/for sample implementations
.
βββ README.md
βββ proposal.md
βββ tokenomics.md
βββ architecture/
βββ security/
βββ governance/
βββ economic_model/
βββ profit_verification/
βββ diagrams/
βββ code_examples/
βββ docs/
βββ implementation.md
βββ LICENSE
/docs/β Extended explanations/economic_model/β Reward & multiplier logic/profit_verification/β On-chain profit tracking/code_examples/β Developer testing utilities
- All calculations are based on Pi Base units
- USD values are for reference only
- Rewards depend on verified activity, not speculation
- The system is designed to resist manipulation and abuse
- Testing is recommended before mainnet deployment
This model aims to redefine token launches by introducing:
- A self-regulating, transparent, and enforceable economic system
- Instead of a static token distribution model