Dynamic Reward and Burn Mechanism for BattleKoin (BKT)

BattleKoin (BKT) – Dynamic Reward & Burn Mechanism

BattleKoin (BKT) incorporates a structured reward and burn mechanism to ensure token sustainability, incentivize active participation, and maintain long-term value within its ecosystem. By dynamically adjusting rewards and integrating a deflationary burn model, BattleKoin aims to balance growth, utility, and scarcity effectively.

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Dynamic Reward Mechanism

The dynamic reward structure encourages user engagement by distributing incentives based on activities such as staking, transactions, and participation in the Tripara platform.

Core Components

✅ Transaction Fees Allocation: A small portion of every transaction is allocated as follows:

• 0.3% to the Reward Pool – Provides continuous incentives for stakers, liquidity providers, and platform participants.

• 0.1% to Liquidity Pool – Enhances market stability and trading efficiency.

• 0.1% Burn – Permanently removes tokens from circulation, ensuring a scarcity-driven model.

✅ Stake-to-Travel Incentives: Users can stake BKT tokens to unlock exclusive travel benefits on the Tripara platform.

✅ Time-Based Rewards: Reward rates dynamically adjust based on ecosystem activity and Total Value Locked (TVL) in staking.

• Higher TVL → Increases staking incentives to promote continued engagement.

• Lower TVL → Activates adaptive APY adjustments to attract new participants.

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Burn Mechanism

The burn mechanism ensures long-term token sustainability by permanently reducing the supply, reinforcing scarcity, and supporting value appreciation.

Core Components

✅ Transaction Burn:

• 0.1% of every transaction is permanently burned, creating deflationary pressure over time.

✅ Periodic Burn Events:

• Special burn events occur based on ecosystem milestones (e.g., reaching 1 million bookings on Tripara), reducing token supply to celebrate growth.

✅ Adaptive Burn Adjustments:

• The burn rate adjusts dynamically based on market conditions:

  • If token supply increases too rapidly, the burn rate automatically rises to maintain balance.

  • During lower market activity, the burn rate decreases to support liquidity and trading stability.