Supply Model

Protocol (TCP) operates with a clear, defensible supply model designed for long-term sustainability and transparency.

Supply Model Principles

The TCP supply model is built on four core principles:

1. Clarity

• Easy to understand — Supply mechanics are straightforward
• Transparent — All supply information publicly available
• Verifiable — Anyone can check supply on-chain
• Documented — Complete documentation of supply logic

2. Defensibility

• Justified — Supply model can be explained and defended
• Reasonable — Allocations make sense for project needs
• Sustainable — Designed for long-term viability
• Auditable — Can be reviewed by third parties

3. Consistency

• Aligned with Architecture — Supply model matches contract design
• Aligned with Tokenomics — Consistent with economic model
• Aligned with Governance — Consistent with governance rules
• Aligned with Operations — Consistent with operational practices

4. Sustainability

• Long-Term Viability — Designed to support long-term growth
• Economic Discipline — Mechanisms to maintain value
• Balanced Incentives — Rewards aligned with participation
• Scalable — Supports ecosystem growth

Supply Structure

Total Supply

The TCP token has:

• Maximum Supply — Hard cap on total tokens (if applicable)
• Current Supply — Tokens currently in existence
• Circulating Supply — Tokens in active circulation
• Locked Supply — Tokens in vesting or locked contracts

Supply Composition

The total supply is composed of:

Total Supply
├── Circulating Supply
│   ├── Holder Wallets
│   ├── Exchange Reserves
│   └── Liquidity Pools
├── Locked Supply
│   ├── Vesting Contracts
│   ├── Treasury Reserves
│   └── Ecosystem Allocations
└── Staking Rewards
    └── Available for Distribution

Supply Management

Mechanisms for Supply Control

TCP uses several mechanisms to manage supply:

1. Burn Mechanism

• Purpose — Reduce supply over time
• Trigger — Specific protocol events or operations
• Effect — Permanent removal from circulation
• Transparency — All burns logged on-chain

2. Vesting Schedules

• Purpose — Gradual release of allocated tokens
• Duration — Tokens released over defined periods
• Transparency — Vesting schedules publicly available
• Automation — Vesting executed automatically

3. Treasury Management

• Purpose — Hold strategic reserves
• Access — Controlled via proposal and timelock
• Transparency — Treasury balance publicly visible
• Discipline — Formal process for withdrawals

4. Staking Rewards

• Purpose — Incentivize participation
• Source — Allocated reward pool
• Distribution — Earned through staking
• Sustainability — Designed to be sustainable

Supply Dynamics

The supply changes over time according to:

Current Supply
    ↓
+ New Rewards (from staking)
- Burned Tokens (from burn mechanism)
= New Supply

Allocation Framework

Strategic Allocations

Tokens are allocated across several strategic categories:

Category	Purpose	Characteristics
Ecosystem	Support ecosystem development	Vested, allocated for growth
Operations	Fund project operations	Vested, allocated for team
Partnerships	Support strategic partnerships	Vested, allocated for partners
Community	Reward community participation	Vested, allocated for community
Staking	Reward staking participants	Earned through participation
Treasury	Strategic reserves	Held for future use
Liquidity	Provide trading liquidity	Locked in LP contracts

Allocation Distribution

Allocations are distributed according to:

1. Initial Distribution — Tokens allocated at launch
2. Vesting Release — Tokens released over time
3. Earned Rewards — Tokens earned through participation
4. Burn Reduction — Tokens removed from circulation

Supply Transparency

Public Information

All supply information is publicly available:

✅ Total Supply — Current total supply on-chain
✅ Circulating Supply — Tokens in active circulation
✅ Locked Supply — Tokens in vesting or locked contracts
✅ Treasury Balance — Treasury holdings publicly visible
✅ Burn History — All burns logged on-chain
✅ Vesting Schedules — Vesting information publicly available

Verification Methods

You can verify supply information:

1. PolygonScan

   • Check total supply
   • View token transfers
   • Monitor burn events
   • Track treasury balance

2. Contract Functions

   • Call totalSupply() for total supply
   • Call balanceOf() for specific balances
   • Check vesting contract state
   • Verify burn events

3. Community Tools

   • Use community dashboards
   • Monitor supply metrics
   • Track allocation releases
   • Analyze supply trends

Supply Sustainability

Long-Term Viability

The supply model is designed for long-term sustainability through:

Balanced Incentives

• Rewards encourage participation
• Burn maintains scarcity
• Allocations support growth
• Treasury provides reserves

Economic Discipline

• Burn mechanism reduces supply
• Vesting prevents sudden dumps
• Treasury limits prevent abuse
• Staking rewards incentivize holding

Scalable Structure

• Supply model supports growth
• Allocations enable expansion
• Rewards scale with participation
• Treasury supports operations

Supply Projections

The supply evolves according to:

1. Year 1 — Initial distribution and vesting begins
2. Year 2-3 — Vesting continues, burn mechanism active
3. Year 4+ — Mature supply model, sustainable rewards

Supply vs. Demand

Supply-Side Factors

Supply is influenced by:

• Vesting releases — Gradual token release
• Burn mechanism — Supply reduction
• Staking rewards — New token creation
• Treasury operations — Reserve management

Demand-Side Factors

Demand is influenced by:

• Ecosystem growth — More users, more demand
• Staking rewards — Incentivizes holding
• Partnerships — Increases utility
• Market conditions — General crypto market

Balance

The supply model is designed to:

• Maintain balance between supply and demand
• Prevent oversupply through burn mechanism
• Encourage holding through staking rewards
• Support growth through allocations

Supply Model Governance

Parameter Management

Supply model parameters are managed through:

1. Owner Control — Routine parameter adjustments
2. Multisig Approval — Critical parameter changes
3. Community Input — Major changes may require community input
4. Transparent Process — All changes logged on-chain

Parameter Flexibility

The supply model allows for:

• Burn rate adjustment — Modify burn mechanism
• Reward adjustment — Adjust staking rewards
• Allocation adjustment — Modify allocation amounts
• Vesting adjustment — Adjust vesting schedules

Important Notes

Supply Model Accuracy

• Official Source — Always refer to deployed contracts for authoritative supply information
• On-Chain Verification — Verify supply on PolygonScan
• Documentation — Check official documentation for details
• Updates — Supply model may be updated, check for latest information

Supply Considerations

When evaluating supply:

✅ Understand the model — Know how supply is managed
✅ Verify on-chain — Check actual supply on PolygonScan
✅ Monitor changes — Track supply changes over time
✅ Consider context — Understand supply in context of ecosystem

Key Takeaways

1. Clear supply model — Easy to understand and verify
2. Transparent management — All supply information public
3. Sustainable design — Designed for long-term viability
4. Multiple mechanisms — Burn, vesting, rewards, treasury
5. Community trust — Transparent, auditable supply management

---

Next: Learn about the Allocation Framework and how tokens are distributed.