Political consultant Bradley Tusk just unleashed VoteSecure, an open-source mobile voting protocol designed to let Americans cast ballots on their smartphones. After spending $20 million of his own fortune on mobile voting initiatives, Tusk's Mobile Voting Foundation is betting this cryptography-based system can finally crack the code on secure digital democracy. But cryptography experts and election security specialists remain deeply skeptical about putting elections in voters' pockets.
Bradley Tusk made his fortune as a political fixer for companies like Uber, and now he's trying to fix democracy itself. The New York consultant just released VoteSecure, an open-source protocol available on GitHub that promises to bring secure voting to smartphones nationwide.
The timing couldn't be more controversial. In an era where election integrity debates dominate headlines, Tusk is essentially asking Americans to trust their most fundamental civic duty to the same devices they use for TikTok and texting. His Mobile Voting Foundation developed VoteSecure in partnership with security expert Joe Kiniry's company Free & Fair, creating what they claim is a cryptographically sound backend for mobile ballot casting.
"We already do banking, commerce, and private messages on our phones, so why not cast a ballot?" Tusk argues. He's been obsessed with mobile voting since 2017, funding small-scale elections for deployed military personnel and disabled voters. His thesis is simple but ambitious: dramatically increase voter turnout to force politicians toward the center and away from extremism.
The numbers tell the story of Tusk's commitment. He estimates dropping $20 million so far and plans to keep funding the effort indefinitely. "If primary turnout is 37 percent instead of 9 percent, the underlying political incentives for an elected official change," he told Wired's Steven Levy. "It pushes them to the middle, and they're not rewarded for screaming and pointing fingers."
But the cryptography community isn't buying it. Ron Rivest, the legendary "R" in the RSA protocol that secures the internet and a Turing Award winner, calls mobile voting "far from ready for prime time." His criticism cuts deep: "Tusk is driven by trying to make this stuff happen in the real world, which is not the right way to do it. They need to go through the process of writing a peer-reviewed paper."
Computer scientist David Jefferson echoes those concerns, arguing that "open source and perfect cryptography do not address the most serious vulnerabilities" in online voting systems. The technical debate centers on whether any mobile system can truly protect against malware, man-in-the-middle attacks, and sophisticated state-sponsored interference.