Token Economics
TOS Network implements a carefully designed token economic model that ensures long-term sustainability, fair distribution, and alignment of incentives across all network participants.
Token Overview
| Property | Value |
|---|---|
| Token Name | TOS |
| Maximum Supply | 18.4 Million TOS |
| Decimals | 8 |
| Consensus | Proof-of-Work (BlockDAG) |
| Block Time | ~15 seconds |
| Initial Distribution | Mining only (no pre-mine, no ICO) |
Supply Distribution
TOS follows a fair launch model with no pre-mine or initial coin offering:
Total Supply: 18,400,000 TOS
├── Mining Rewards: 90-95%
│ └── Distributed to miners via Proof-of-Work
├── Development Fund: 5-10%
│ └── Funds network development and ecosystem growth
└── No Pre-mine: 0%
└── All tokens mined fairlyEmission Schedule
TOS uses a gradual emission reduction model:
Block Rewards
Block rewards decrease over time through halving events:
| Phase | Block Range | Reward per Block | Notes |
|---|---|---|---|
| Phase 1 | 0 - 1,050,000 | Initial reward | Launch phase |
| Phase 2 | 1,050,001 - 2,100,000 | 50% of Phase 1 | First halving |
| Phase 3 | 2,100,001 - 3,150,000 | 25% of Phase 1 | Second halving |
| … | … | Continues halving | Until max supply |
Development Fee
A transparent development fee supports ongoing network development:
| Block Range | Dev Fee | Duration |
|---|---|---|
| 0 - 3,249,999 | 10% | ~1.5 years (with BlockDAG) |
| 3,250,000+ | 5% | Until ecosystem stability |
The development fee will transition to DAO-based governance once Smart Contract capabilities are fully deployed, following TOS’s core principle: “Don’t Trust, Verify it”.
Mining Economics
Proof-of-Work Model
TOS uses an ASIC-resistant mining algorithm (TOS Hash) to ensure decentralization:
| Feature | Description |
|---|---|
| Algorithm | TOS Hash (CPU/GPU friendly) |
| Difficulty Adjustment | Kalman Filter algorithm |
| Target Block Time | 15 seconds |
| BlockDAG | Multiple blocks per height |
Miner Incentives
Miners receive rewards from multiple sources:
- Block Rewards: Primary emission via PoW
- Transaction Fees: Fees from included transactions
- DEV/DAG Bonuses: Additional rewards from BlockDAG structure
Mining Profitability Factors
Mining Revenue = Block Reward + Transaction Fees + DAG Bonus
Mining Cost = Hardware + Electricity + Maintenance
Net Profit = Mining Revenue - Mining CostTOS Energy Model Integration
The TOS Energy Model (TEM) creates a dual economic system:
Traditional Fee Path
User → Pays TOS as fee → Fee burned/distributedEnergy Path
User → Stakes TOS → Generates Energy → Uses Energy for transactions
└─ TOS locked ─┘Economic Impact
| Metric | Effect |
|---|---|
| Circulating Supply | Reduced (staked TOS locked) |
| Network Security | Increased (more staked value) |
| Fee Volatility | Reduced (predictable energy costs) |
| User Retention | Improved (incentive to stake) |
Transaction Fee Structure
Minimum Fees
| Transaction Type | Minimum Fee |
|---|---|
| Simple Transfer | 0.00001000 TOS/KB |
| Smart Contract Call | Variable (by CU) |
| Asset Creation | 1.0 TOS |
| Name Registration (TNS) | 0.1 TOS |
Fee Distribution
Transaction fees are distributed as follows:
Transaction Fee
├── 80% → Miner (block producer)
├── 15% → DAG Contributors
└── 5% → Protocol TreasuryDeflationary Mechanisms
TOS implements several mechanisms to create deflationary pressure:
1. Fee Burning
A portion of transaction fees may be burned:
Burn Rate = Base Rate × Network Activity Factor2. Staking Lock-up
Energy staking removes TOS from circulation:
| Lock Duration | Multiplier | Typical Amount Locked |
|---|---|---|
| 7-29 days | 1.0x | Short-term |
| 30-89 days | 1.25x | Medium-term |
| 90-179 days | 1.5x | Long-term |
| 180-364 days | 1.75x | Extended |
| 365+ days | 2.0x | Maximum |
3. Service Fees
Various protocol services require TOS:
| Service | Fee | Notes |
|---|---|---|
| Asset Creation | 1 TOS | Native asset minting |
| TNS Registration | 0.1 TOS | Name registration |
| Contract Deployment | Variable | Based on size/complexity |
| KYC Committee Registration | Variable | Stake required |
| Arbiter Registration | Variable | Stake required |
Token Utility
TOS tokens serve multiple functions in the network:
1. Transaction Fees
Primary currency for network fees:
// Pay transaction fee in TOS
let tx = Transaction::new()
.with_fee(Amount::from_tos(0.001))
.build();2. Energy Staking
Stake TOS to generate energy for gas-free transactions:
// Create energy stake
let stake = EnergyStake::new()
.amount(10_000) // 10,000 TOS
.duration(Duration::days(90))
.create();3. Governance
Future DAO participation requires TOS:
- Vote on protocol upgrades
- Propose changes
- Elect committee members
4. Collateral
Various protocol features require TOS as collateral:
| Feature | Collateral Purpose |
|---|---|
| KYC Committee | Ensure honest verification |
| Arbitration | Ensure fair dispute resolution |
| DeFi Protocols | Lending collateral |
| Validator Staking | Future PoS hybrid |
5. Native Asset Creation
Create new tokens on TOS Network:
// Create a new native asset
let asset = AssetCreate::new()
.name("My Token")
.symbol("MTK")
.decimals(8)
.supply(1_000_000)
.fee(Amount::from_tos(1.0)) // 1 TOS creation fee
.create();Economic Security
Attack Cost Analysis
TOS’s economic model creates high attack costs:
| Attack Type | Cost Factors |
|---|---|
| 51% Attack | Hash power acquisition + energy cost |
| Spam Attack | Transaction fees + energy depletion |
| Sybil Attack | Multiple stake requirements |
| Economic Attack | Locked collateral at risk |
Security Budget
The network security budget comprises:
Security Budget = Block Rewards + Transaction Fees + Staking ValueAs block rewards decrease, transaction fees and staking value must increase to maintain security.
Comparison with Other Networks
| Feature | TOS | Bitcoin | Ethereum |
|---|---|---|---|
| Max Supply | 18.4M | 21M | Unlimited |
| Consensus | PoW (BlockDAG) | PoW | PoS |
| Block Time | ~15s | ~10min | ~12s |
| Pre-mine | None | None | Yes |
| Fee Model | TOS + Energy | BTC | ETH/Gas |
| Smart Contracts | Yes (TAKO) | Limited | Yes (EVM) |
Long-Term Sustainability
Revenue Sources (Post-Mining)
As mining rewards decrease, the network will rely on:
- Transaction Fees: Growing DeFi and application usage
- Service Fees: Asset creation, name registration, etc.
- Staking Revenue: Energy model participation
- Protocol Treasury: Accumulated fees for development
DAO Transition
The development fee and protocol decisions will transition to DAO governance:
Current: Foundation-managed development fee
↓
Future: DAO-controlled treasury
↓
Goal: Fully decentralized governanceToken economics may be adjusted through governance processes. Always verify current parameters on-chain.
See Also
- TOS Energy Model - Stake-to-earn energy system
- Mining System - PoW mining details
- Smart Contracts - Build on TOS
- Compliance & KYC - Committee economics