Tokenomics¶

Last updated: 2026-06-28

Tokenomics defines the $COR economic model: token utility, governance, supply, allocation, incentive reserves, liquidity reserves, and long-term network demand. Staking is covered separately in Staking.

Purpose Of `$COR`¶

$COR is positioned as both a utility and governance token for Cortensor.

Function	Meaning
Utility	Used for AI inference services, network activity, staking-related access, and participant rewards.
Governance	Gives token holders a governance surface for protocol and ecosystem decisions.
Incentives	Rewards miners, validators, users, builders, and ecosystem contributors according to active programs.
Reputation and access	Can be tied to node participation, higher-value work, developer quotas, and network capacity.

Token Supply And Addresses¶

Field	Value
Total supply	1,000,000,000 `$COR`
Ethereum token	`0x8e0EeF788350f40255D86DFE8D91ec0AD3a4547F`
Base bridged token	`0xe30C0801a516F0C67EbC0c4B45FfA7dCBd72ea9a`

Allocation¶

1B $COR

40% Community Distribution

35% Network Incentives

15% Liquidity Reserve

5% Strategic Reserve

5% Contributors

The allocation is weighted toward participation and network activity: community distribution and network incentives together represent 75% of supply. Liquidity, strategic reserve, and contributor allocations support market access, long-term partnerships, and contributor alignment.

Community Distribution 40%

Broad market and community distribution for participation.

Network Incentives 35%

Mining rewards, user rewards, staking rewards, ecosystem incentives, grants, and participation programs.

Liquidity Reserve 15%

Liquidity across DEX/CEX venues, bridge liquidity, Ethereum, Base, Arbitrum, and future integrations.

Strategic Reserve 5%

Partnerships, advisors, strategic opportunities, and long-term growth.

Contributors 5%

Contributor retention and long-term alignment through lockup or vesting structures.

Allocation	Percentage	Purpose
Community Distribution	40%	Broad market/community distribution and participation.
Network Incentives	35%	Mining rewards, user rewards, staking rewards, ecosystem incentives, grants, and participation programs.
Liquidity Reserve	15%	Liquidity across DEX/CEX venues, bridge liquidity, and supported networks such as Ethereum, Base, Arbitrum, and future integrations.
Strategic Reserve	5%	Partnerships, advisors, strategic opportunities, and long-term growth.
Contributors	5%	Contributor retention and long-term alignment through lockup/vesting structures.

Incentive Allocation¶

The 35% network incentive allocation is organized around staking, mining, task validation, and other ecosystem incentives. First-year staking scenarios may depend on participation levels, with subsequent-year scenarios shaped by ongoing APR support.

Incentive area	Role in the incentive model
Staking rewards	Funded from the network incentive allocation; early APR assumptions are scenario-based and subject to change.
Mining rewards	Reserved for miners and network contributors that provide useful inference work.
Task validation	Incentives can support validation and other quality-control work.
Sustainability	Fees, APR adjustments, incentive redistribution, and community governance are listed as balancing mechanisms.

Safe Wallets And Reserves¶

Safe wallets manage reserve and incentive allocations.

Wallet category	Public purpose	Address or link
Network Incentive Safe	Holds incentives for staking, mining, and user participation.	`0xe98593ee19ced577af253238409cf63165f2228d`
Staking Incentive Safe	Holds staking-related incentives.	`0xb82AEcF82c29b637FBEad1d7871d53175FB25Ccc`
Liquidity Reserve Safe	Manages liquidity reserve tokens.	`0x67116CDBF3B51Dac3d36B7a51d3682b7382C12d4`
Strategic Reserve Safe	Holds strategic reserve tokens.	`0xad3077455876001c07053960f5344f2b989e0ff9`
Contributor Vesting Safe	Holds contributor allocation under vesting/lockup policy.	`0x3990d5af18f35df48cbe4ef6d09bafefef60f911`
LP lock	Locks LP tokens for liquidity support.	Team Finance LP lock

Utility Demand Model¶

flowchart TB
  Apps["Apps and developers"] --> Quotas["Stake for quotas<br/>or pay for usage"]
  Miners["Miner operators"] --> Capacity["Stake for capacity<br/>and network work"]
  Usage["Inference usage"] --> Fees["Fees / gas / payments"]
  Fees --> Burn["Burn or lock mechanics<br/>where enabled"]
  Quotas --> Lock["Token lockup"]
  Capacity --> Lock
  Burn --> Scarcity["Supply pressure"]
  Lock --> Scarcity
  Scarcity --> Network["Long-term network sustainability"]

Cortensor's demand-and-scarcity model is based on developers staking for usage quotas, miners staking for capacity, and usage-related fees being burned or locked where those mechanics are active. Activation timing follows the active network and product rollout.

Important Notes¶

$COR is used for ecosystem utility, network incentives, staking-related programs, and participation mechanics.
Tokenomics does not describe Portal billing or x402 route pricing unless a payment path explicitly uses $COR.
Staking pool instructions live in Staking.
Read token, staking, liquidity, APR, burn, and buyback topics together with the legal and risk disclosures in Legal & Safety.