> If the system is transparent enough and provides mechanisms for verification and control
That "if" is doing an awful lot of work here!
You can literally explain paper voting to children - it was part of my mandatory Civics classes. On the other hand, I'm pretty sure you need a cryptography PhD to even begin understanding why the various digital protocols are supposed to be secure. Even worse, as a software developer I am aware that things like "how do I know the compiler is trustworthy" and "how do I know the computer is in fact running the right binary" are very much open problems in the industry, so I know that any computer is untrustworthy.
Sure, if it's transparent and verifiable there's no reason to distrust it, but we don't live in a world where a transparent and verifiable digital voting system has been invented yet, so there are plenty of reasons not to trust them.
That "if" is doing an awful lot of work here!
You can literally explain paper voting to children - it was part of my mandatory Civics classes. On the other hand, I'm pretty sure you need a cryptography PhD to even begin understanding why the various digital protocols are supposed to be secure. Even worse, as a software developer I am aware that things like "how do I know the compiler is trustworthy" and "how do I know the computer is in fact running the right binary" are very much open problems in the industry, so I know that any computer is untrustworthy.
Sure, if it's transparent and verifiable there's no reason to distrust it, but we don't live in a world where a transparent and verifiable digital voting system has been invented yet, so there are plenty of reasons not to trust them.