> For the complete documentation index, see [llms.txt](https://unitrum.gitbook.io/unitrum/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://unitrum.gitbook.io/unitrum/uni-tokenomics.md).

# UNI Tokenomics

### Overview

**Unitrum (UNI)** is an internal economic system built on the principle of **Proof of Unity (PoU)** —\
a model where the token’s value is formed through user activity, collective participation, and a continuous burn-based deflation process.

The **UNI token** serves as the **core utility and governance unit** of the platform, used for:

* activating staking and referral contracts;
* earning rewards and bonuses;
* participating in governance and yield voting;
* paying operational and transaction fees.

UNI is **not pre-minted** — it is issued only at the moment of real user activity\
and simultaneously participates in the **deflationary burn mechanism**.

***

### General Parameters

| Parameter                     | Value                |
| ----------------------------- | -------------------- |
| **Total Supply (Maximum)**    | `10,000,000,000 UNI` |
| **Initial Supply**            | `0 UNI`              |
| **Maximum Circulating Limit** | `1,000,000,000 UNI`  |
| **Algorithm**                 | Proof of Unity (PoU) |
| **Token Type**                | Utility / Governance |
| **Precision**                 | 8 decimals           |

***

### Dynamic Emission Principle

The emission of UNI is **not fixed** — it grows and contracts depending on user activity.\
Every transaction, staking activation, or contract purchase contributes to the real circulating supply.

#### 📈 Example:

1. A user purchases **100,000 UNI** → 100,000 UNI enter circulation.
2. They activate a staking plan with **+16% monthly yield** → the corresponding rewards are reserved for payout.
3. The staking activation fee of **10 UNI** is **burned permanently**.
4. Result: `100,000 - 10 = 99,990 UNI` remain in circulation.

Thus, the supply is constantly balanced by **real user engagement**.

***

### Fee Policy and Deflation

* **Staking activation fee:** 10 UNI
* **Vesting (claim) fee:** 5 UNI
* **Referral contract purchase:** 60% distributed to users (referral bonuses), **40% burned permanently**

🔥 All other fees are **automatically burned**, continuously reducing the total circulating supply.

***

### Dynamic Yield Adjustment

Every **60 days**, the system automatically reviews and adjusts the base yield for each staking plan.\
Decisions are made through **community voting (PoU Voting)** by active stakers.

#### 🗳 Voting Conditions:

* Only users with active staking can vote;
* Each stake = 1 vote (weight depends on amount and duration);
* The voting defines yield rates for the next 60-day period;
* New rates take effect automatically after voting ends.

📘 *Example:*\
If overall user activity decreases — yields are lowered for stability.\
If engagement rises — rates may increase to stimulate participation and growth.

***

### Distribution of the Active 1 B UNI Supply

| Category                   | Amount      | %   | Purpose                                  |
| -------------------------- | ----------- | --- | ---------------------------------------- |
| **Staking Pool (PoUS)**    | 600,000,000 | 60% | Staking rewards                          |
| **Referral & Community**   | 150,000,000 | 15% | Referral structure and community bonuses |
| **Development & Treasury** | 100,000,000 | 10% | Project maintenance and development      |
| **Liquidity & Exchange**   | 100,000,000 | 10% | Liquidity on DEX/CEX                     |
| **Marketing & Growth**     | 50,000,000  | 5%  | Marketing, quests, bounty programs       |

***

### Dynamic Emission Formula

The UNI emission dynamically adjusts according to real user actions —\
staking activations, reward accruals, and burned fees.\
Below is an example implementation of the Proof of Unity emission logic.

```python
# ======================================================
#  Unitrum | Proof of Unity Emission Engine
# ======================================================
#  Formula:
#      E_new = E_prev + (D + R) - B
#
#  Where:
#      E_new  → new total emission
#      E_prev → previous emission
#      D      → activated deposits (stakes)
#      R      → accrued rewards
#      B      → burned tokens (fees, burns, deflation)
# ======================================================

from decimal import Decimal
from unitrum import ProofOfUnity

MAX_SUPPLY = Decimal("1000000000")  # 1B UNI (Maximum Circulating Limit)
INITIAL_SUPPLY = Decimal("0")       # 0 UNI at launch

class ProofOfUnity:
    def __init__(self, emission_start=INITIAL_SUPPLY):
        self.emission = Decimal(emission_start)

    def update_emission(self, deposits, rewards, burned):
        """
        Dynamic emission recalculation for the UNI economy.
        """
        self.emission += Decimal(deposits + rewards - burned)
        self.emission = min(self.emission, MAX_SUPPLY)
        return self.emission

# === Example Simulation ===
if __name__ == "__main__":
    uni = ProofOfUnity()  # starts from 0 UNI

    deposits = 100_000        # new staking deposits
    rewards  = 16_000         # 16% monthly yield (reserved)
    burned   = 10             # staking activation fee (burned)

    new_emission = uni.update_emission(deposits, rewards, burned)
    print(f"[Unitrum] Updated Emission → {new_emission:,} UNI")

# → [Unitrum] Updated Emission → 115,990 UNI
```

### Transparency and Control

All emission, burn, and yield data are stored in the **Unitrum Ledger** —\
an open registry accessible via the user dashboard.

**Available metrics:**

* Current total emission
* Burned tokens
* Active staking volume
* Current yield rates
* Governance and voting history

***

### Conclusion

**Unitrum Tokenomics** represents a **living, self-balancing economic model**,\
where user activity directly defines the token’s scarcity and value.

> 🔥 More actions → less emission\
> Less supply → higher UNI value

UNI is not just a token —\
it is a **symbol of community unity** and active contribution to the Proof of Unity economy.