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What Is a Bridge?

A bridge transfers your crypto from one blockchain to another. You send Ethereum on Ethereum. Bridge locks it. Mints wrapped ETH on Solana. You can now use that ETH on Solana.

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The Validation Problem

Bridges must verify: 'Did the user REALLY lock their tokens on the source chain?' If verification fails, attackers mint unbacked tokens. This is counterfeiting. $200k+ per exploit.

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Why Audits Miss This

Auditors test common scenarios. Attackers find edge cases—weird sequences of transactions that testnet never simulated. By the time real money flows, the flaw is live.

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Liquidity Pool Bridges = Highest Risk

Some bridges use DEX-like pools where deposits mint wrapped tokens automatically. If validation is weak, unbacked tokens enter the pool. LPs lose millions.

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Validator Bridge = Medium Risk

Multiple validators sign off on deposits. Safer if validators are diverse. Risky if they collude. Still vulnerable if validation logic itself is flawed.

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Your Protection: Use Native Tokens

Hold tokens on their home blockchain. Bitcoin on Bitcoin. Ethereum on Ethereum. Solana on Solana. Avoid wrapped tokens and bridges unless absolutely necessary.

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