> For the complete documentation index, see [llms.txt](https://docs.cortensor.network/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://docs.cortensor.network/community-and-ecosystem/ecosystem-flow/utility-driven-demand-and-built-in-scarcity.md).

# Utility-Driven Demand & Built-In Scarcity

The $COR token is more than just a medium of exchange. Its design ensures **continuous demand** while embedding **structural scarcity** into the network. This balance drives sustainable tokenomics and aligns incentives across developers, miners, and users.

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### 1. Developer Staking for Free Quotas

* Developers can **stake $COR** to unlock free inference quotas for their applications.
* The more $COR staked, the more free calls an application can make.
* **Additional usage** beyond the free quota requires either increasing the stake or paying in a **pay-as-you-go** model.
* Each new application effectively **locks more $COR out of circulation**, directly tying network growth to token demand.

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### 2. Miner Staking & Burn Mechanics

* **Node operators** are required to stake $COR, with **higher-capacity nodes** demanding larger stakes.
* **Usage and gas fees** collected in $COR are partially burned, permanently reducing circulating supply.
* This mechanism introduces **deflationary pressure** that scales with network activity.

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### 3. Compounding Scarcity

The combined effects of staking and burning create a **compounding scarcity cycle**:

* **Developer Staking** → locks tokens for application quotas.
* **Miner Staking** → locks tokens for capacity provisioning.
* **Burns from Usage** → remove tokens from circulation permanently.
* **More Apps → More Usage → Faster Supply Reduction**.

This dynamic ensures that **network adoption directly amplifies token scarcity**.

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### Activation Timeline

* These mechanics are **fully activated at L3 mainnet** launch.
* Early effects are already observable in **testnet environments**, as developer and miner staking begins to shape token flows.

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### Key Takeaway

$COR is designed as both a **utility token** (fueling AI tasks and sessions) and a **scarcity-driven asset** (through staking and burns). This dual role ensures that **growth in network usage directly strengthens token value fundamentals**, anchoring Cortensor’s long-term sustainability.