Bluetooth is notoriously bad with security. Especially Bluetooth 4 and earlier. I’d put money on a gas station pumps Bluetooth to not be using the most up to date protocol.
It’s like saying TCP has bad security. That is to say, pointless comparison. Bluetooth is just transport layer and security is done on higher level. This is most likely the classic example of “security through obscurity”. Meaning they did nothing special and hoped no one will figure it out, just like recent TETRA vulnerability.
Transport layer is absolutely a security vulnerability vector.
TCP is absolutely low security if not configured correctly.
I don’t know what it is you’re trying to say. I agree that this instance was probably security through obscurity failing, but to say that Bluetooth, TCP, and other transport layer protocols are not security considerations is absolutely ridiculous (see for example, heartbleed). It’s exactly the reason there are multiple versions of Bluetooth. It’s why FTP is (should be) all but deprecated and SFTP and FTPS are standard. It’s why Google doesn’t index webpages without an SSL certificate.
Of course wired connection is inherently safer than wireless. There’s no question about it. And yes you can absolutely exploit at every layer of communication, but this here is not the case of exploiting Bluetooth as transport layer. It’s simply someone not configuring anything or adding any additional verification and just hoping no one finds out.
My comment had nothing to do with Bluetooth vs. USB comparison. I only said Bluetooth is a transport layer and claiming it’s “notoriously bad security” is not all that correct since most of the security parts come on top of it. So in many ways Bluetooth is quite similar to TCP, at least from point of communication. From the software point of view, both with Bluetooth and TCP, you create a socket then send and receive data through it. Literally the same interface. Protecting data that goes through either method is meant to be done at that point be it with encryption, identity verification, whatever.
Same thing applies to USB, but being physical it has added benefit of having to connect to it but that opens whole set of new potential issues. So it’s easier to physically protect it, but should that protection fail, you might end up in even more trouble.
That then in turn complicates things and requires maintenance people to be educated, etc. It’s possible to do authentication and handshakes properly without complicating matters. It just wasn’t done.
Wait so they haven’t caught them yet? The article gave no names. And why do these pumps have Bluetooth? You might as well put in a USB service port.
USB is way safer lol.
Bluetooth is notoriously bad with security. Especially Bluetooth 4 and earlier. I’d put money on a gas station pumps Bluetooth to not be using the most up to date protocol.
It’s like saying TCP has bad security. That is to say, pointless comparison. Bluetooth is just transport layer and security is done on higher level. This is most likely the classic example of “security through obscurity”. Meaning they did nothing special and hoped no one will figure it out, just like recent TETRA vulnerability.
Come on now! The pumps required you to enter the secret pairing code: “12345”
You fool! It was 00000, now you’ll never have free gas!
Transport layer is absolutely a security vulnerability vector.
TCP is absolutely low security if not configured correctly.
I don’t know what it is you’re trying to say. I agree that this instance was probably security through obscurity failing, but to say that Bluetooth, TCP, and other transport layer protocols are not security considerations is absolutely ridiculous (see for example, heartbleed). It’s exactly the reason there are multiple versions of Bluetooth. It’s why FTP is (should be) all but deprecated and SFTP and FTPS are standard. It’s why Google doesn’t index webpages without an SSL certificate.
USB is way safer
Of course wired connection is inherently safer than wireless. There’s no question about it. And yes you can absolutely exploit at every layer of communication, but this here is not the case of exploiting Bluetooth as transport layer. It’s simply someone not configuring anything or adding any additional verification and just hoping no one finds out.
Okay, but your claim that my comparing Bluetooth to USB being like comparing Bluetooth to TCP is misinformed at best.
My comment had nothing to do with Bluetooth vs. USB comparison. I only said Bluetooth is a transport layer and claiming it’s “notoriously bad security” is not all that correct since most of the security parts come on top of it. So in many ways Bluetooth is quite similar to TCP, at least from point of communication. From the software point of view, both with Bluetooth and TCP, you create a socket then send and receive data through it. Literally the same interface. Protecting data that goes through either method is meant to be done at that point be it with encryption, identity verification, whatever.
Same thing applies to USB, but being physical it has added benefit of having to connect to it but that opens whole set of new potential issues. So it’s easier to physically protect it, but should that protection fail, you might end up in even more trouble.
You can disable a USB port and require remote SSH to enable it.
USB is way safer.
That then in turn complicates things and requires maintenance people to be educated, etc. It’s possible to do authentication and handshakes properly without complicating matters. It just wasn’t done.
You can disable Bluetooth and require remote SSH to enable it… 🙄
BTW, have you heard about BadUSB?
that’s not how this works
Ah, brilliant. Another expert.
Yes, it is how it works. Cheers.
This is the kind of rigorous debate I’m here for.
At least you can lock a usb port behind an access panel