85 Articles · Page 2 of 4
What cross margin and isolated margin actually do, how the same leveraged trade plays out under each mode, and how to choose the right one before you open a position.
Why strangers send tiny amounts of crypto to your wallet, how a dusting attack links your addresses, how token dust and address poisoning work, and what to do when dust shows up.
Zero-knowledge proofs let a blockchain verify a claim without revealing the data behind it. Here is how SNARKs, STARKs and ZK rollups actually work.
Smart accounts can batch payments, sponsor fees and sign with a passkey. Here is how account abstraction works, what ERC-4337 and EIP-7702 changed, and where the risks are.
How a multisig wallet works, why a 2-of-3 setup guards against both theft and loss, how Trezor, Ledger and Safe fit in, and what the Bybit hack showed about signing transactions you have not checked.
What does burning crypto mean? How a coin burn works on chain, why projects burn tokens, how buyback and burn programmes work, famous examples from Ethereum, BNB and Shiba Inu, and whether burns actually raise the price.
Restaking lets the same staked ether secure several services at once. Here is where the second yield comes from, and what the second risk costs.
Yield farming pays you for parking crypto in a protocol, but the reward is only as real as its source. Here is how farms work and what the APY leaves out.
What does a crypto wallet address look like? Real Bitcoin, Ethereum, Solana and XRP address examples, how to find your own, how deposit and withdrawal addresses work, and the mistakes that send funds to the wrong place.
A crypto flash loan lets anyone borrow millions with no collateral, as long as it is repaid in the same transaction. Here is how flash loans work, who offers them, what they cost and how attackers have used them.
A decentralized exchange swaps assets through smart contracts instead of an order book. Here is how pricing, liquidity, and the real risks actually work.
A private key signs, a public key verifies, and an address hides both. Here is what each key actually does, and where the real risks sit in self-custody.
A soft fork tightens a blockchain's rules and keeps old nodes working, while a hard fork changes them outright and can split a chain in two. Here is how each works, with Bitcoin and Ethereum examples.
MEV is the profit from choosing the order of transactions in a block. Here is how MEV bots work, how a sandwich attack hits a swap, and how to protect yourself.
A crypto bridge moves value between blockchains by holding it on one side and issuing a claim on the other. Here is how the designs differ, and where the trust sits.
A hardware wallet keeps the key that controls your crypto offline and signs only what you confirm. Here is how it works, and where it stops helping.
Spot vs futures crypto is ownership versus leveraged price bets. How each market works, funding, liquidation, and when to use which.
A crypto vesting schedule decides when team and investor tokens can be sold. How cliffs, linear vesting and unlock dates work, with Arbitrum as a real example.
ERC20 is the rulebook most Ethereum tokens follow. Here is what it defines, why wallets depend on it, and where the standard quietly breaks down.
A block explorer turns raw blockchain data into pages you can read. Here is what each field means, how to check a transaction, and how to avoid misreading it.
Bitcoin has no account balances. It keeps unspent transaction outputs instead, and that model explains fees, change, privacy and how your wallet counts your coins.
Chainlink feeds outside data to smart contracts through a network of independent node operators. Here is how crypto oracles work, what LINK does, and where the risks sit.
BTC stands for Bitcoin, but the ticker has company: XBT, sats, and wrapped tokens like WBTC and cbBTC. What each one means and the risks wrapped bitcoin adds.
XRP can't be staked the way ETH or SOL can. Why the XRP Ledger has no staking rewards, what ripple staking products really pay you for, and the risks behind each one.
