Burn Dynamics

Wiki Cat’s auto-burn mechanism burns 1% of every buy, sell, or transfer transaction, as it’s coded into the token’s smart contract on the Binance Smart Chain (BSC).

Whether this applies to transactions on centralized exchanges (CEXs) versus decentralized exchanges (DEXs) depends on how the transactions are processed:

DEX Transactions

On DEXs like PancakeSwap, Wiki Cat transactions occur directly on-chain, triggering the smart contract’s auto-burn mechanism.

Every buy, sell, or transfer burns 1% of the tokens involved, reducing the circulating supply. This is straightforward, as DEXs interact directly with the blockchain.

CEX Transactions

Centralized exchanges like Binance, KuCoin, or others typically handle transactions off-chain within their internal systems.

When users trade Wiki Cat on a CEX, the exchange updates its internal ledger rather than executing each trade on the BSC blockchain.

This means the 1% auto-burn mechanism is not triggered for individual user trades on CEXs, as these transactions don’t directly interact with the token’s smart contract.

Instead, the exchange holds a pool of Wiki Cat tokens in its wallets, and only withdrawals or deposits (on-chain transfers) would trigger the burn.

Impact of CEX Listings:

While CEX trading itself doesn’t directly cause burns, listing on top-tier exchanges could still indirectly accelerate the burn rate.

For example:

Deposits/Withdrawals: When users deposit or withdraw Wiki Cat to/from a CEX, these are on-chain transactions that trigger the 1% burn. Exchange Wallet Management: If the exchange moves large amounts of Wiki Cat between its hot/cold wallets or to liquidity pools, these transfers could also trigger burns. Increased Adoption: Listings on CEXs often boost visibility and trading volume, potentially increasing on-chain activity (e.g., more users transferring tokens to/from exchanges), which would lead to more burns.