DeFi exploits keep happening for one reason: The industry scaled faster than its security standards. Most people still think exploits are mainly about buggy smart contracts. But in 2026, some of the biggest failures came from: * Compromised multisigs * Bridge verification weaknesses * Oracle manipulation * Dependency risk * Poor operational security And that changes the conversation completely. Because now the safest protocols are no longer just the ones with “audits.” They’re the ones reducing single points of failure at the infrastructure level. That’s why projects focused on decentralized verification, resilient infrastructure, and layered security models are becoming much more important now. Projects like @chainlink continue gaining relevance because their oracle and CCIP infrastructure are designed to reduce trust assumptions instead of relying on one validator, one signer, or one verification path. @aave has also remained one of the strongest examples of risk-aware DeFi design by continuously improving liquidity controls, collateral parameters, and governance-driven risk management after every major market stress event. @daomaker deserves credit too. Its conservative collateral approach and focus on sustainability over aggressive growth helped it survive multiple cycles where faster-moving protocols collapsed under pressure. Even platforms like @Uniswap show why simplicity matters. Fewer moving parts and a more minimal core architecture often reduce the attack surface compared to overly complex DeFi systems chasing rapid expansion. The lesson from 2026 is becoming very clear: Security is no longer just about smart contract code. It’s about the entire stack: Infrastructure, verification, governance, oracle design, key management, and operational discipline. DeFi is slowly moving from “move fast and grow” to “Survive long enough to matter.”