Once again, DeFi projects are being hacked through flash loans, resulting in losses of tens of millions. This topic has been too frequent lately.

Honestly, code vulnerabilities are like a sword hanging over DeFi. Many people participate in mining with astonishingly high returns, unaware that those flashy nested contracts and complex permission designs are actually helping hackers. The broader the permissions you authorize, the greater the exposure to risk—some protocols are simply "authorization equals custody," meaning your funds are directly in the hands of attackers.

Therefore, when choosing DeFi protocols, you need to be more cautious. The most important thing to look at is not how many features they have, but whether the design is sufficiently restrained. The more complex the protocol, the faster it tends to fail. Projects that pile on features and have convoluted logic are harder to audit and have a higher probability of being compromised.

On the other hand, protocols that stick to simplicity are different. Take a certain stablecoin ecosystem as an example: its core logic is just two things—deposit assets to receive liquidity tokens, then use those tokens as collateral to borrow stablecoins. No complicated combinations, no black boxes that are hard to understand. Its stablecoins use an over-collateralization model, with on-chain transparent assets (like BNB), whose value is clear at a glance, and the algorithmic risk is basically zero.

The benefits of this simplicity are obvious—clear contract logic, thorough audits, and fewer attack entry points. Meanwhile, the generated liquidity tokens and stablecoins can seamlessly connect with other verified DeFi ecosystems on-chain (such as certain DEXes). You get a solid security foundation and can smoothly participate in larger DeFi ecosystems to earn yields.

In an era where hackers are emerging endlessly, choosing a protocol with a "rock-solid" design as an asset anchor truly carries the highest weight in decision-making.