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Address poisoning plants a lookalike address in your transaction history and waits for you to copy it. Here is how the scam works, how big it has become, and the simple checks that stop it.

Hashrate is the closest thing Bitcoin has to a security budget. How the network infers it from difficulty, why it fell in 2026, and what one petahash actually earns.

Liquid staking turns locked ether into a tradable receipt. How stETH earns, why its peg slipped to 0.94 in 2022, and what the advertised yield quietly costs you.

CoinJoin lets several Bitcoin users combine their payments into one transaction without handing over their coins. Here is how it works, how JoinMarket, Wasabi and Whirlpool built it, and where its privacy runs out.

A crypto tumbler mixes coins from many users to break the on-chain trail. Here is how bitcoin tumblers and crypto mixers work, the main types, the legal picture and the real risks of using one.

Bitcoin mining is a lottery with a purpose. How hash power, difficulty and block rewards fit together, with live network numbers and the economics that decide who survives.

A honeypot token lets you buy but blocks you from selling. Here is what a honeypot means in crypto, how the trap is coded into a token contract, the warning signs, and how a honeypot checker helps.

The SEC would let token issuers raise up to $75 million a year on light disclosure and preempt state registration. State regulators used the comment deadline to say no.

A wallet drainer is a phishing script that tricks you into signing away your tokens or NFTs. Here is how crypto drainers work, the signatures they abuse and how to protect your wallet.

A Merkle tree compresses a whole block of transactions into one 32-byte root. How the hashing works, what a Merkle proof can and cannot prove, and the 2012 bug it caused.

A smart contract is a program that runs on a blockchain and moves value by rules nobody can quietly rewrite. Here is how it executes, what it costs, and where the model breaks.

Market cap counts the coins trading today; fully diluted market cap counts every coin that will ever exist. Here is how circulating, total and max supply work, and why the gap matters.

Four days before its Hoodi rehearsal, Ethereum pulled the Glamsterdam upgrade. A security review found 13 deployed contracts where a failed transaction could now record a permanent failure.

Crypto custody decides who controls the private keys behind your coins. Here is how custodial and self-custody setups work, what crypto custodians do, and how to choose.

A DAO keeps its rules and its money in code. Here is how token voting, treasuries, multisigs and legal wrappers actually work, and where the model breaks.

Bitcoin dominance appears in every market recap and gets explained almost nowhere. What the ratio actually measures, why trackers disagree, and what it cannot tell you.

What is a governance token? How crypto governance tokens give holders a vote, how proposals, quorums and delegation work, real examples from Uniswap, Maker/Sky and Compound, and the risks from whale control to governance attacks.

Initia's layer 1 and every rollup have been offline since Friday, after a bug let an attacker mint unbacked tokens and bridge about $2.7 million to Ethereum.

What total value locked measures in DeFi, how TVL is calculated, what trackers leave out, why it swings with token prices, and how to read it without being misled.

The halving cuts new bitcoin issuance in half every 210,000 blocks. Here is what actually changes at block 1,050,000, what it means for miners, and what history cannot tell you.

Automated market makers replace order books with pooled liquidity and a formula. Here is how AMM pricing, LP fees, slippage and concentrated liquidity actually work.

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.

HSBC's RedCoin went live in PayMe on 23 October, giving 3.3 million users a licensed Hong Kong dollar stablecoin. How it works, what backs it, and what it does not do yet.

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.

The OCC has finalized its GENIUS Act rule, the first federal stablecoin framework to be completed. Issuers face a 18 January 2027 deadline, two-day redemptions and case-by-case review of rewards.

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.