- Sputnik International
World
Get the latest news from around the world, live coverage, off-beat stories, features and analysis.

Aging US Voting Machines May Cause Racial Voting Disparities

© AFP 2023 / CENGIZ YAR JRA broken polling machine is seen on November 6, 2012 in Chicago, Illinois
A broken polling machine is seen on November 6, 2012 in Chicago, Illinois - Sputnik International
Subscribe
Aging electronic voting machines may be responsible for as many as 700,000 votes being lost in the past US election, particularly affecting poorer areas.

About That New Report on 'America's Voting Machines at Risk'
Electronic voting systems in 43 of 50 US states are more than a decade old and could fail at any moment, Lawrence Norden of the Brennan Center for Justice told Radio Sputnik's BradCast.

The new report, compiled by Norden and Christopher Famighetti shows that aging voting machines have security vulnerabilities and are also at risk of failing during elections.

"With older machines also comes just a difficulty in finding replacement parts. They're often running on very old software which creates security vulnerabilities — so there are a lot of reasons that we need to start taking this more seriously," Norden told Radio Sputnik's BradCast.

A voter fills in her ballot as she votes in the U.S. midterm elections at a polling place in Westminster, Colorado November 4, 2014 - Sputnik International
Study Warns of Disastrous 2016 US Election ‘Meltdown’
Norden added that between 500,000 and 700,000 votes were lost due to electronic voting system failure as a result of long lines at polls. In addition, wealthier districts are able to buy newer machines while poorer areas do not, resulting in voting disparities.

The Brennan Center, as a result, are advising local election officials to go the MacGuyver option by making as many repairs as necessary, and to train local poll workers in contingency plans to operate the machines.

Newsfeed
0
To participate in the discussion
log in or register
loader
Chats
Заголовок открываемого материала