About VotingWorks
We think American Democracy is important, and we believe the technology that underpins our elections should be better. Since 2018, we've been building election technology every American can trust.
Frequently asked questions
VotingWorks is a nonpartisan nonprofit making elections more trustworthy with secure, robust, and election technology. VotingWorks develops and implements two main products:
- VxSuite: the only open-source voting system used in United States Elections. Voters choose to mark ballots by hand or touchscreen, and cast voter-verifiable paper ballots. Designed to VVSG 2.0.
- Arlo: an open-source post-election auditing application used to conduct rigorous audits of the vote tabulation process.
Open-source software means that the source code for our machine software is publicly available for review. Unlike the secret proprietary software controlled by private vendors, anyone can inspect VotingWorks software to confirm votes are counted privately and accurately.
- Accurately tabulate paper ballots
- Provide equal access to all voters
Voting machines are also necessary to offer alternative means of marking a ballot to voters with accessibility needs. VotingWorks builds fully-accessible ballot-marking devices connected to printers that produce a voter-verifiable paper ballot.
A number of states use Arlo for statewide risk-limiting audits: Georgia, Michigan, Pennsylvania, Nevada, Rhode Island, Virginia, Washington, Texas, South Carolina.
Democracy Fund, Schmidt Futures, and New Venture Fund are foundations that have funded VotingWorks. Our largest individual VotingWorks donors include: Matt Cutts, John Lilly, Chris Sacca , Niels Provos, Ron Gula, Paul Graham, Mark Gorton, Brian Acton. Some of our individual donors choose to remain anonymous.
Within a few years, we expect to be sustainable without donations, solely based on the sale and support of voting technology.
SLI Compliance, one of the VSTLs, has already tested VotingWorks for New Hampshire to confirm that the system met the security and accuracy standards of VVSG 2.0.