📑UNDERSTANDING THE FAULTS IN OFF-CHAIN DEPENDENCIES OF SMART CONTRACTS ••••••••••••••••••••••••••••••••• Smart contracts are supposed to be unhackable, but they have a huge weak spot which ill be explaining in this content. lets get into it👇 Think of a smart contract like a high-tech vending machine. The code inside works perfectly every single time, but it doesn’t actually know the price of anything outside itself. To check prices like how much Ethereum is worth right now, it has to ask an outside source, which is called an ORACLE. NOW, THATS WHERE THE PROBLEM BEGINS If a hacker corrupts or tricks that outside price feed, the smart contract blindly believes the wrong number and hands over the cash or liquidity. But looking at such exploit from a bigger picture, youll realize that the the code itself didn't break, it just acted and responded due to a lie it was given. In short, your secure computer program is only as safe as the outside info you feed or give it. HERE'S A RESEARCHED WAY I FOUND THAT EXPOSED HOW HACKERS TRICK SMART CONTRACTS👇 The first method often comes through Market manipulations, and then flash loan attacks, and latency exploits regularly breach systems without ever violating the underlying smart contract code. Relying on simple price averages or isolated validator nodes leaves billions exposed to subtle, economic-level attacks. WHAT COULD BE A SOLUTION TO STOP THE EXPLOITS? After trading with certain DEXs across Solana, Ton, Aptos and Injective, I've realized that most of these DEXs have improved their security systems in solving off-chain vulnerability which requires moving past simple data delivery toward cryptographic proofs, multi-source verification, and low-latency validation systems that can survive targeted market manipulation. A typicall example is STONfi which is built on GRAM(prev. TON). So if for any reason you happen to trade on TON, be rest assured that your assets and their solution is safe, audited and smooth. @ston_fi