Cross-chain bridges = honeypots for hackers 🎯
Billions locked, billions lost. These protocols are the weakest link in crypto infrastructure.
Most common attack vectors when bridging assets:
• Smart contract bugs (reentrancy, logic flaws)
• Validator set compromises (multisig exploits)
• Oracle manipulation (price feed attacks)
• Centralized custody risks (admin key hacks)
• Consensus layer vulnerabilities
Every major bridge hack follows the same pattern: too much TVL, not enough security audits, centralized failure points.
If you're bridging, you're trusting code + validators with your funds. Most users don't realize they're taking on smart contract risk PLUS cross-chain execution risk.
The bridge security trilemma is real: decentralization vs speed vs security. Pick two.
TLDR: Bridges are systemic risk. Minimize exposure, use battle-tested protocols only, never bridge more than you can afford to lose.
Billions locked, billions lost. These protocols are the weakest link in crypto infrastructure.
Most common attack vectors when bridging assets:
• Smart contract bugs (reentrancy, logic flaws)
• Validator set compromises (multisig exploits)
• Oracle manipulation (price feed attacks)
• Centralized custody risks (admin key hacks)
• Consensus layer vulnerabilities
Every major bridge hack follows the same pattern: too much TVL, not enough security audits, centralized failure points.
If you're bridging, you're trusting code + validators with your funds. Most users don't realize they're taking on smart contract risk PLUS cross-chain execution risk.
The bridge security trilemma is real: decentralization vs speed vs security. Pick two.
TLDR: Bridges are systemic risk. Minimize exposure, use battle-tested protocols only, never bridge more than you can afford to lose.