Even being FOSS and cryptographically signed is just partial solution, frankly.
Even if the software is FOSS and publicly reviewed, that doesn’t ensure it’s what is actually running on the hardware, or that the hardware can be trusted. The whole system needs comprehensive open design and review - and it gets complicated fast.
Throwing cryptography at voting creates some intriguing complications with interesting solutions, what with the usual voting system requirements (separation of voter identity from ballots, while still allowing the voter to verify the ballot was received correctly, is a huge problem).
And there’s always someone going “WhY wE dOn’t jUst uSe bLoCkChAiN” as if that magically solves all of the problems 🤦🏻♀️
Even being FOSS and cryptographically signed is just partial solution, frankly.
Even if the software is FOSS and publicly reviewed, that doesn’t ensure it’s what is actually running on the hardware, or that the hardware can be trusted. The whole system needs comprehensive open design and review - and it gets complicated fast.
Throwing cryptography at voting creates some intriguing complications with interesting solutions, what with the usual voting system requirements (separation of voter identity from ballots, while still allowing the voter to verify the ballot was received correctly, is a huge problem).
And there’s always someone going “WhY wE dOn’t jUst uSe bLoCkChAiN” as if that magically solves all of the problems 🤦🏻♀️