Blockchain and Web3 Insights

Who controls Web3 domains on ENS and Unstoppable, how ownership works in code and policy, and simple checks before you buy.

Every public blockchain wallet today depends on math too complex for classical computers to reverse. That reliable gap between public and private keys has made modern wallets secure for years. But that math dates to a time before quantum processors existed. Quantum machines don’t operate the same way. They tackle mathematical problems using quantum rules rather than brute force. In principle, algorithms like Shor’s can break the cryptography that protects Bitcoin, Ethereum, a

Gas used to be the price you paid for trying. Whether it was sending tokens, minting NFTs, or using a DEX, every action came with a cost and confusion. Fees spiked, confirmations lagged, wallets crashed, and apps asked for approvals most users didn’t understand. The problem wasn’t just technical. The experience made people walk away before they got started. What mattered wasn’t new infrastructure. What helped was removing the friction that had no reason to be there.

Blockchains are built to remove dependence on gatekeepers. But most people using them still rely on someone else to show them what's happening. They use apps. They use wallets. They use interfaces that pull data from centralized services. The assumption is simple: if the balance shows up, the system must be working. But there's a missing piece in that chain of trust. And it's the one function that actually checks whether the rules are being followed without asking for p