Let's say the probability of someone cloning a Velociraptor within the next 20 years is 1 in 1 trillion. Let's say that given a Velociraptor has been cloned, it has a probability of 1 in 1 million of escaping. Let's say that given a Velociraptor is on the lam, it has a 1 in 100 billion chance of breaking into your house. Let's say that if there's a Velociraptor in your house, checking for it increases your chance of survival by 1%.
Let's assume there are 1 quadrillion Bitcoin addresses created.
Under the assumption of correct implementation, checking for velociraptors in your closet is literally more rational than checking for duplicate addresses.
Now, there is some value in checking for duplicate keys as a safeguard against implementation bugs, but that's best covered by generating a billion addresses on your own and checking for duplicates within your personal set.
Let's say the probability of someone cloning a Velociraptor within the next 20 years is 1 in 1 trillion. Let's say that given a Velociraptor has been cloned, it has a probability of 1 in 1 million of escaping. Let's say that given a Velociraptor is on the lam, it has a 1 in 100 billion chance of breaking into your house. Let's say that if there's a Velociraptor in your house, checking for it increases your chance of survival by 1%.
Let's assume there are 1 quadrillion Bitcoin addresses created.
Under the assumption of correct implementation, checking for velociraptors in your closet is literally more rational than checking for duplicate addresses.
Now, there is some value in checking for duplicate keys as a safeguard against implementation bugs, but that's best covered by generating a billion addresses on your own and checking for duplicates within your personal set.