I'm curious, how long does it actually take to brute force a
Bitcoin private key? Given the complexity and security measures involved in cryptocurrency, I imagine it would be a herculean task. But what's the estimated timeframe we're looking at here? And what factors might influence that estimate? Is it a matter of hours, days, or perhaps even years? I'm eager to learn more about the intricacies of this process.
5 answers
Rosalia
Sat Aug 10 2024
The Bitcoin private key space is vast, with a size of 2^256 possible combinations. This means that, even with a machine capable of checking 9 million BTC-addresses per second, it would take an incredibly long time to brute force a single private key.
KatanaBlade
Sat Aug 10 2024
Brute forcing a Bitcoin private key is an inefficient and time-consuming method that should be avoided. It involves attempting to guess the private key through trial and error, which can take an exorbitant amount of time and resources.
HallyuHero
Sat Aug 10 2024
To understand the magnitude of this task, let's consider the example of a machine capable of checking 9 million BTC-addresses per second. This figure, while impressive, is still dwarfed by the sheer number of possible private keys.
BlockProducer
Fri Aug 09 2024
Specifically, if we use the formula 2^(256-23) to calculate the time required, we arrive at a staggering 2^137 seconds. This figure is so large that it is essentially impossible to comprehend in human terms.
BlockchainWizardGuard
Fri Aug 09 2024
To put this into perspective, the universe has only existed for around 13.8 billion years, which translates to approximately 4.35 x 10^17 seconds. In comparison, the time required to brute force a single Bitcoin private key is billions of times longer than the age of the universe.