Seventh Estate empowers grassroots democracy. With modern advances in cryptography, anyone can now prove that a majority of the country agrees with a particular petition statement (assuming that it is indeed popular). The technique offers the best of surveys, initiatives, juries, protests, and petitions, while overcoming their shortcomings in demonstrating the public will.
With it, anyone can now for the first time provide comprehensive evidence that a majority would sign on to particular petition language. All that’s needed is about $1,000 worth of supplies and a postal mailing list for the country or region.
The list is sampled in a way that is irrefutably random and un-manipulatable. Those receiving ballots are given time to research and submit their decision securely online. They know that their input is significant because of the limited sample size. They also know that it will be counted correctly, because the security is far superior to that of conventional election systems. In fact, observers can verify that those creating and mailing the paper ballots cannot influence selection, manipulate outcomes, or link responses to addresses. Vote-buying, an unsolved problem in all other current non-polling-place balloting, is effectively solved by decoy ballots. Economic incentives can be provided to those casting ballots without any possible linkage to their response.
The needed supplies are readily available and have already been tested, the server backend can be part of any blockchain, and the poll can be announced only after the ballots are mailed, making interference all but impossible.
For a more complete introduction, see the Grassroots Democracy Booklet.
For an explanatory diagram and specifics on how it works, see the 7th Estate Technical Diagram Explanation
To learn much more about the underlying cryptography, statistics, proofs and other background, see closely related ideas developed as part of Random-Sample Voting:
- Random-Sample Voting - More democratic, better quality, and far lower cost White Paper by David Chaum
- Random Sample Voting: Security Proof, Editors: David Chaum, Aggelos Kiayias, Douglas Wikström, Bingsheng, Zhang Summary: Jeremy Clark
- Verifable Randomness Pillar Technical Summary, by Christopher Vatcher, edited by Alan Sherman and Aggelos Kiayias
- Thwarting Vote Selling, by David C. Parkes, Paul Tylkin, Lirong Xia
- Published Encrypted Rosters: Technical Summary, by David Chaum, Jeremy Clark, Neal McBurnett, Nan Yang
- Real World Crypto 2016 Trial Report
- Crypto 2015 Trial Report
To contribute to this project, you can find more info on the public Trello board at https://trello.com/b/SVVzvVEv/voting
Clone this repository as described at Cloning a repository - GitHub Docs
You'll also need to install the Rust language, as explained at Install Rust - Rust Programming Language
Next, run cargo build. This will install all the dependencies, and
compile them into an executable in target/debug/seventh-estate.
Run target/debug/seventh-estate --help to confirm that it built
successfully and learn the command-line options available.
The following commands work from the command line in a Linux terminal.
(On Windows, the commands in examples/example.cmd will be helpful.)
Change directory to the examples folder, and run
SEVENTH_ESTATE_BINARY=../target/debug/seventh-estate ./example-debug.sh 2>&1 | tee example.out
The output is shown in the console, and also captured in the file example.out.
When it asks for a password, for the demo, you can just make one up and enter it consistently.
Watch the Seventh Estate Demonstration Video for an explanation of the steps in a poll.
Briefly, here is the sequence of events, identified by the
seventh-estate command used, and which files to look at for
results.
new: Create a new poll
examples/example.yaml.secure (changed in later steps also)
bind-roster: Bind the roster of voters to the poll
examples/example.yaml.secure
step 1: Generate initial commitments
examples/ExamplePoll/committed_plane_*.csv
examples/ExamplePoll/committed_roster.csv
examples/ExamplePoll/committed_summands.yaml
step 2: Generate drawn summands
examples/ExamplePoll/drawn_summands.yaml
step 3: Generate address labels and ballot information
examples/addresses.csv
examples/ballots.csv
step 4: Record audited (spoiled) ballots
examples/ExamplePoll/print_audit_plane_*.csv
examples/ExamplePoll/print_audit_plane_*_keys.csv
step 5: Ballot casting (the demo script chooses random votes)
examples/votes.csv
step 6: Record votes
examples/ExamplePoll/vote_plane_*.csv
examples/ExamplePoll/vote_plane_*_keys.csv
step 7: Tally audit draw
examples/ExamplePoll/audited_columns.yaml
step 8: Reveal tally and audit it
examples/ExamplePoll/final_plane_*.csv
examples/ExamplePoll/final_plane_*_keys.csv
examples/ExamplePoll/committed_summands_key.key
examples/ExamplePoll/committed_summands_revealed.csv