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.
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