What does “anonymous” mean when a Bitcoin transaction is broadcast from a phone in New York or a laptop in San Francisco? The quick answer is: it depends on which layer you look at. Privacy in cryptocurrency is a stack problem. There’s device security, network routing, key custody, coin-level heuristics, and the protocol features of […]
What does “anonymous” mean when a Bitcoin transaction is broadcast from a phone in New York or a laptop in San Francisco? The quick answer is: it depends on which layer you look at. Privacy in cryptocurrency is a stack problem. There’s device security, network routing, key custody, coin-level heuristics, and the protocol features of
What does “anonymous” mean when a Bitcoin transaction is broadcast from a phone in New York or a laptop in San Francisco? The quick answer is: it depends on which layer you look at. Privacy in cryptocurrency is a stack problem. There’s device security, network routing, key custody, coin-level heuristics, and the protocol features of
What does “anonymous” mean when a Bitcoin transaction is broadcast from a phone in New York or a laptop in San Francisco? The quick answer is: it depends on which layer you look at. Privacy in cryptocurrency is a stack problem. There’s device security, network routing, key custody, coin-level heuristics, and the protocol features of
What does “anonymous” mean when a Bitcoin transaction is broadcast from a phone in New York or a laptop in San Francisco? The quick answer is: it depends on which layer you look at. Privacy in cryptocurrency is a stack problem. There’s device security, network routing, key custody, coin-level heuristics, and the protocol features of
