We’re not talking about some punch card COBOL machine he jimmy rigged with network access, it’s an old Debian Linux box with SSH enabled.
It’s not like Metasploit would have a tough time finding unpatched vulnerabilities for it…
We’re not talking about some punch card COBOL machine he jimmy rigged with network access, it’s an old Debian Linux box with SSH enabled.
It’s not like Metasploit would have a tough time finding unpatched vulnerabilities for it…
I’m assuming they meant that they were company phones, and that additionally they were required for any work related MFA requirements.
If that’s the case, it would be YubiKey in addition to, not instead of.
As for the time tracking software, those are often part of a much larger accounting, payroll, and/or HR software suite. Having his team spin up Windows vms, or even have separate older windows boxes somewhere, probably makes more financial sense than not. At least, until they can switch to a more modern suite that has a web portal.
Might be workable if you settle on combining only 2 to 3 keys (small, medium, large) per hex.
Or, learn metallurgy and material science to find some new polymer or alloy that would be strong enough.
But honestly, it sounds like a really expensive endeavor that even if you made it work, isn’t practical enough to justify the cost.
Maybe something like the universal socket wrench style could influence a design that’s workable as a multi-hex, and be made cheaply enough.
Unless it’s for SMTP only, it’s probably a back end sever to some other front facing box, or service, that has IP addresses whitelisted for email.
I’m pretty sure I read one of his comments elsewhere talking about tunneling everything over SSH, so I assume that’s what he meant, but I could be mistaken.
Regardless, using an EOL distro as an internet facing SSH server that’s 8 years behind on SSH updates, is probably a bad idea.