Why would you explain something which isn't true. There is reversibility and it has been deployed.
What reversibility?
CVE-2010-5139
Okay so < 0.3 had this vulnerability. But past that, it's been resolved?
That particular vulnerability, yes.
Topic: Irreversibility of Bitcoin Transactions (Read 1117 times)
What reversibility?
CVE-2010-5139
Okay so < 0.3 had this vulnerability. But past that, it's been resolved?
That particular vulnerability, yes.
Why would you explain something which isn't true. There is reversibility and it has been deployed.
What reversibility?
CVE-2010-5139
Okay so < 0.3 had this vulnerability. But past that, it's been resolved?
great 
Why would you explain something which isn't true. There is reversibility and it has been deployed.
What reversibility?
CVE-2010-5139
Why would you explain something which isn't true. There is reversibility and it has been deployed.
What reversibility?
Why would you explain something which isn't true. There is reversibility and it has been deployed.
its more like beaming (as in star trek) cash to an unregistered post box.
because you cant just go and beat someone up. you have to locate them first and travel there. or send someone.
if the other guy does not want to be found it might be very hard to track him down...
because you cant just go and beat someone up. you have to locate them first and travel there. or send someone.
if the other guy does not want to be found it might be very hard to track him down...
The beating part is not always valid.
For cash, it can work. The person can physically take the money from you by force in the same way they're using force to beat you.
With Bitcoin, you can even resist force. No matter how much physical violence is used against you, you can still choose not to divulge your password.
The same situation exists if you hide cash or valuables. Because cash is an actual physical object, someone can guess the whereabouts of it, or accidentally find it, or systematically search an area where they suspect or know it is hidden. No such shortcuts with Bitcoin.
For cash, it can work. The person can physically take the money from you by force in the same way they're using force to beat you.
With Bitcoin, you can even resist force. No matter how much physical violence is used against you, you can still choose not to divulge your password.
The same situation exists if you hide cash or valuables. Because cash is an actual physical object, someone can guess the whereabouts of it, or accidentally find it, or systematically search an area where they suspect or know it is hidden. No such shortcuts with Bitcoin.
Second - first, whichever. Any points I'm missing? Anything I'm not explaining clearly?
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Of you first draft or second?
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Haha. Perfect.
How's this?
Quote
Think of Bitcoin like cash in this regard. When you give cash to a friend, no third-party can reverse that transaction. Only your friend can give you that money back (or you can mercilessly beat him until he is knocked unconscious and then steal the money back). It is an important property of cold-hard cash that is often overlooked. A credit card, by contrast, is a reversible transaction. If you shop at a store and pay with credit card, the bank can reverse that transaction when you return the item – or if they suspect fraud. The same is true of many online payment systems such as PayPal and Google Checkout. When you send money to a friend with PayPal, it is a reversible transaction and PayPal can reverse that transaction for any (or no) reason. A Bitcoin transaction is completely irreversible. When you send a Bitcoin to someone, no one in the world can reverse that transaction. Even beating the recipient mercilessly, as in the cash example, will not guarantee that you can recover the funds as the recipient may have a password protecting his wallet. There is no corporation or central authority to complain to if you are unhappy with the product or service that you bought with bitcoins. This same property means that any government or corporation cannot seize your bitcoins.
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Trying to explain the irreversibility to the lay person. How is this:
Quote
Think of Bitcoin like cash in this regard. When you give cash to a friend, no third-party can reverse that transaction.
Somebody could beat him up and take it off him or force him to give it back haha. But yeah, your description seems about right apart from maybe "When you send a "Bitcoin to someone, no one in the world can reverse that transaction"... the recipient can send it back, but semantics
.
Trying to explain the irreversibility to the lay person. How is this:
Quote
Think of Bitcoin like cash in this regard. When you give cash to a friend, no third-party can reverse that transaction. Only your friend can give you that money back. It is an important property of cold-hard cash that is often overlooked. A credit card, by contrast, is a reversible transaction. If you shop at a store and pay with credit card, the bank can reverse that transaction when you return the item – or if they suspect fraud. The same is true of many online payment systems such as PayPal and Google Checkout. When you send money to a friend with PayPal, it is a reversible transaction and PayPal can reverse that transaction for any (or no) reason. A Bitcoin transaction is completely irreversible. When you send a Bitcoin to someone, no one in the world can reverse that transaction. There is no corporation or central authority to complain to if you are unhappy with the product or service that you bought with bitcoins. This same property means that any government or corporation cannot seize your bitcoins.
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