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.

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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

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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.

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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.

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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.

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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

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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.

# ======================================================
#  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

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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.