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Native FeaturesToken Economics

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

PropertyValue
Token NameTOS
Maximum Supply18.4 Million TOS
Decimals8
ConsensusProof-of-Work (BlockDAG)
Block Time~15 seconds
Initial DistributionMining 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 fairly

Emission Schedule

TOS uses a gradual emission reduction model:

Block Rewards

Block rewards decrease over time through halving events:

PhaseBlock RangeReward per BlockNotes
Phase 10 - 1,050,000Initial rewardLaunch phase
Phase 21,050,001 - 2,100,00050% of Phase 1First halving
Phase 32,100,001 - 3,150,00025% of Phase 1Second halving
Continues halvingUntil max supply

Development Fee

A transparent development fee supports ongoing network development:

Block RangeDev FeeDuration
0 - 3,249,99910%~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:

FeatureDescription
AlgorithmTOS Hash (CPU/GPU friendly)
Difficulty AdjustmentKalman Filter algorithm
Target Block Time15 seconds
BlockDAGMultiple blocks per height

Miner Incentives

Miners receive rewards from multiple sources:

  1. Block Rewards: Primary emission via PoW
  2. Transaction Fees: Fees from included transactions
  3. 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 Cost

TOS Energy Model Integration

The TOS Energy Model (TEM) creates a dual economic system:

Traditional Fee Path

User → Pays TOS as fee → Fee burned/distributed

Energy Path

User → Stakes TOS → Generates Energy → Uses Energy for transactions └─ TOS locked ─┘

Economic Impact

MetricEffect
Circulating SupplyReduced (staked TOS locked)
Network SecurityIncreased (more staked value)
Fee VolatilityReduced (predictable energy costs)
User RetentionImproved (incentive to stake)

Transaction Fee Structure

Minimum Fees

Transaction TypeMinimum Fee
Simple Transfer0.00001000 TOS/KB
Smart Contract CallVariable (by CU)
Asset Creation1.0 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 Treasury

Deflationary 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 Factor

2. Staking Lock-up

Energy staking removes TOS from circulation:

Lock DurationMultiplierTypical Amount Locked
7-29 days1.0xShort-term
30-89 days1.25xMedium-term
90-179 days1.5xLong-term
180-364 days1.75xExtended
365+ days2.0xMaximum

3. Service Fees

Various protocol services require TOS:

ServiceFeeNotes
Asset Creation1 TOSNative asset minting
TNS Registration0.1 TOSName registration
Contract DeploymentVariableBased on size/complexity
KYC Committee RegistrationVariableStake required
Arbiter RegistrationVariableStake 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:

FeatureCollateral Purpose
KYC CommitteeEnsure honest verification
ArbitrationEnsure fair dispute resolution
DeFi ProtocolsLending collateral
Validator StakingFuture 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 TypeCost Factors
51% AttackHash power acquisition + energy cost
Spam AttackTransaction fees + energy depletion
Sybil AttackMultiple stake requirements
Economic AttackLocked collateral at risk

Security Budget

The network security budget comprises:

Security Budget = Block Rewards + Transaction Fees + Staking Value

As block rewards decrease, transaction fees and staking value must increase to maintain security.

Comparison with Other Networks

FeatureTOSBitcoinEthereum
Max Supply18.4M21MUnlimited
ConsensusPoW (BlockDAG)PoWPoS
Block Time~15s~10min~12s
Pre-mineNoneNoneYes
Fee ModelTOS + EnergyBTCETH/Gas
Smart ContractsYes (TAKO)LimitedYes (EVM)

Long-Term Sustainability

Revenue Sources (Post-Mining)

As mining rewards decrease, the network will rely on:

  1. Transaction Fees: Growing DeFi and application usage
  2. Service Fees: Asset creation, name registration, etc.
  3. Staking Revenue: Energy model participation
  4. 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 governance

Token economics may be adjusted through governance processes. Always verify current parameters on-chain.

See Also

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