What do you mean? What you are seeing is just a webpage being built in real time with no programming. It lays out controls, assigns functions to buttons, and runs a security script.
The point is, is that we do not have to know who are the candidates, but we can make a ballot of 2 or more candidates as an application. That application will allow you to vote and give you back a key of x-characters long depending on cryptography length. 256-4096 or more, which is your receipt. When you save that long number and put it back into the program, I return your ballot with what you previously filled out. You can change your vote if you like.
The other part of the application is just a counting application for the ballots. It can run to whatever length we set, every hour, day, week, or month. The counting app, which is very easy to program but not developed yet, would show a variable length of your key and what number voter you were out of x amount of voters.
It turns security upside down because you hold the private key, not a server with one private key, holding millions of votes. If the server is compromised, millions of votes are compromised, in my app, if they ever stole a private key, it could only affect one out of a million votes.
Makes sense?