A Coinbase insider allegedly leaked customer data after being bribed, exposing how centralized crypto platforms create vulnerabilities similar to SIM-swap attacks. The conversation examines whether better access controls and decentralized systems could prevent these breaches that undermine trust in crypto services.
Data is now bigger than oil, right? It's— or it has the potential to be much more valuable than oil. And whoever's got the backdoor to this— so we talk about this a lot in AI— the backdoor is the people who own that data are going to be the world power. Just a little bit more about what happened with Coinbase and if that could have been prevented if they had a system like yours.
Yeah, that's a— I mean, I don't— I don't want to say bad things about— no, but Brian Armstrong, he came out and said, look, we're not—
this was a mistake. We're trying to fix it. It is that middleman link, right? And just to— it's a little bit off on a tangent, but I like to try to come up with things that the audience can identify with. And it's sort of like a SIM swap too, because there is that sort of middleman or the person in the middle that's the sensitive spot, the weak link. And they were able to be bribed and they can give the data out that they have access to. Why do they have access to it? There's so many questions here. So then let's examine the Coinbase case. So what exactly happened with Coinbase?
So my understanding is they have somebody helping to manage their support who has access to a whole bunch of customer records, millions of customer records. And, and this is me paraphrasing, I don't have the full amount, but this is some of the information. But I believe that somebody ended up bribing somebody in customer support, and that allowed them to get access to a lot of customer records at once. That's one of the ways that that's happening is there's a lot of people that have personal access to personal information, and then that information is something that can be very easily sent over to bad actors. And so it's— you introduce a lot of different links in the chain, and all these different links, they can pretty much take that information and send it out much easier than you would expect.
