Ailyn Woodward

Today, our data is protected by encryption keys. And these encryption keys are based on algorithms, like mathematical formulas, that with enough computing power can be broken by like a quantum computer. And these quantum computers are getting better and more powerful. So eventually it's possible that encryption keys could be broken. But quantum cryptography...

Today, our data is protected by encryption keys. And these encryption keys are based on algorithms, like mathematical formulas, that with enough computing power can be broken by like a quantum computer. And these quantum computers are getting better and more powerful. So eventually it's possible that encryption keys could be broken. But quantum cryptography...

basically generates a key that isn't based on any math and therefore is like virtually uncrackable. We're talking about a 500-digit string of random values. You can't reverse engineer that.

basically generates a key that isn't based on any math and therefore is like virtually uncrackable. We're talking about a 500-digit string of random values. You can't reverse engineer that.