Otis Singleton
Electronic voting, or e-voting, is a form of computer-mediated voting in which voters make their selections with the aid of a computer. The voter usually chooses with the aid of a touch-screen display, although audio interfaces can be made available for voters with visual disabilities. There are two main types of e-voting: e-voting which is physically supervised by representatives of governmental or independent electoral authorities (e.g. electronic voting machines located at polling stations); and remote e-voting via the Internet (also called i-voting) where the voter submits their vote electronically to election authorities, from any location. While electronic voting has been hailed as a means of increasing voter turnout and accessibility, there are also concerns about the security of such systems, with researchers finding security flaws in all election computers.
| Characteristics | Values |
|---|---|
| Types of Electronic Voting | Precinct scanning, central scanning, direct-recording electronic (DRE) machines, optical scanning machines, online voting, remote e-voting, i-voting, e-voting machines, and electronic ballot markers. |
| Benefits | Faster results and counting of ballots, reduced costs, improved accessibility for disabled voters, increased voter turnout, and efficiency. |
| Risks | Cyber-attacks, software errors, computer viruses, hacking, voter fraud, and coercion, vote selling, and malware. |
| Security Measures | Paper ballots, paper audit records, Voter-Verified Paper Audit Trail (VVPAT), precinct scanners, and security reviews and audits. |
| Countries that have used Electronic Voting | Estonia, Argentina, Australia, Bangladesh, Belgium, Brazil, Canada, France, Germany, India, Italy, Japan, Kazakhstan, South Korea, the United States, and the United Kingdom. |
| History | Electronic voting was trialled in the 1980s and first used in elections in the 1960s. The first widespread use was in the US in 1964. The technology has developed alongside advances in information processing. |
| Future Developments | Researchers at the Universities of Warwick and Newcastle are working on technology to improve e-voting security, accessibility, and trustworthiness. |
| Voting Technology Development | The World Economic Forum states that digital technology is crucial for reducing social and economic inequalities. |
Explore related products
What You'll Learn
Benefits of e-voting
Electronic voting, or e-voting, offers a modern way to conduct elections and can bring about several benefits. Firstly, it provides increased convenience for voters, who can cast their votes from anywhere in the world, using any internet-connected device such as a computer, tablet, or mobile phone. This remote voting option can increase voter turnout, especially for citizens living abroad, in rural areas far from polling stations, or those with disabilities or mobility impairments.
Secondly, e-voting systems can improve the accuracy of results. With traditional paper-based voting, there is always a chance of human error, such as miscounting votes or mixing up ballots. In contrast, e-voting systems automatically tally results, eliminating the possibility of human error and providing faster and more accurate outcomes.
Thirdly, e-voting can save time and money for organizations conducting elections. The electronic transmission and tallying of votes reduce the need for physical space, printing, mailing, and manual counting of ballots, resulting in lower costs and faster results.
Finally, e-voting can offer improved security and fraud detection. While concerns about the security of electronic voting systems have been raised, the right security measures can make online voting more secure than traditional methods. E-voting systems can include data encryption, audit trails, and voter authentication to ensure the integrity and security of the voting process, reducing the chances of fraud and tampering.
Overall, e-voting provides increased convenience, accuracy, cost savings, and improved security, making it a beneficial option for modern elections.
Hallmark Channel Location on Service Electric Explained
You may want to see also
Explore related products
Security concerns
Security is a major concern when it comes to electronic voting, with many experts highlighting potential risks and vulnerabilities. Firstly, there is the risk of computer viruses and malware infecting machines, especially if they interact with other electronic devices. This could result in votes not being recorded accurately, compromising the integrity of the election process. To mitigate this, electronic voting machines are usually not connected to the internet or other wireless devices. However, even activation cards used to initiate voting sessions have been shown to be vulnerable to infection, leading some to argue for the implementation of paper audit records.
Another significant concern is the potential for "denial-of-service" attacks, where malicious actors could intercept votes cast remotely or target computer systems receiving votes. This could lead to the blocking or substitution of legitimate votes, potentially impacting election outcomes. Experts have also raised concerns about voter coercion, vote selling, and the difficulty of ensuring the secrecy of ballots and the anonymity of voters in an electronic voting system.
The lack of a meaningful voter-verified paper record in some electronic voting systems makes it challenging to conduct a valid audit of the results. Paper ballots provide a secure method of voting, protecting against hacking and allowing for manual recounts if needed. However, opinions differ on whether the potential security threats of electronic voting outweigh the benefits, such as increased speed and accuracy.
While online banking and other sensitive tasks have proven to be secure, elections pose unique challenges due to the requirement for anonymity. Experts argue that maintaining voter anonymity makes it difficult to implement effective security measures and detect potential issues. This has led to increased agitation for more sophisticated methods to audit the performance of voting machines and ensure the accuracy and integrity of the voting process.
The controversy surrounding electronic voting has resulted in a decline in the use of purely electronic voting machines in recent years. Federal researchers and government agencies have also expressed concerns about the security of online voting, with the Department of Defense suspending an Internet voting trial due to doubts about the legitimacy of votes cast over the Internet. Experts agree that secure online voting would require multiple steps of authentication, which some voters may be unwilling to undertake.
Electric Scooter Maintenance: Simple Steps for Smooth Riding
You may want to see also
Explore related products
Types of e-voting
There are several types of e-voting or electronic voting systems. These include:
Direct Recording Electronic (DRE) Voting Systems
DREs are electronic voting machines that use touch screens, punch keys, or wheels to allow voters to cast their votes. They record votes electronically, either in internal memory or on removable memory components, and produce a tabulation of the voting data. DREs can also be used to assist voters with limited vision and prevent overvotes. They have been used in Brazil, the Netherlands, India, and the United States, among other countries.
Optical Scan Voting Systems
Optical scan systems combine paper ballots with electronic devices. Voters mark their choices on paper ballots, which are then scanned and recorded electronically. This system allows for manual recounts and faster central counting. Optical scan systems include marksense systems, electronic ballot markers (EBMs), and digital pen systems.
Internet Voting or I-Voting
This type of voting allows voters to cast their ballots remotely over the internet, often from any computer or device connected to the internet. It provides increased accessibility and convenience for voters but has raised security and data integrity concerns. Countries that have trialled i-voting include Estonia, Switzerland, France, and the Philippines.
SMS Voting
SMS voting allows voters to cast their votes by sending a text message to a specific number. While this method is commonly used in television shows, it could also be applied to other voting contexts.
The choice of e-voting system depends on the specific requirements and goals of the election organizers. Each system has its advantages and disadvantages regarding security, accuracy, speed, accessibility, and cost.
The Weighty Debate: Electric Cars, Heavy or Light?
You may want to see also
Explore related products
History of e-voting
The history of electronic voting (e-voting) can be traced back to the middle of the 20th century when voting technology aimed at counting ballot papers began to be used in polling stations. In 1959, the Norden Division of United Aircraft introduced marksense scanners for counting ballots, which required the use of special ink. In 1965, the first optical mark vote tabulator, Votronic, was developed, which could sense marks made with a graphite pencil. Around the same time, punch-card voting systems, such as Votomatic, were introduced and remained in use for several years.
Following the US presidential elections in 2000, the popularity of punch-card voting systems declined, and new voting technologies emerged. In 1974, the first direct-recording electronic (DRE) voting machine was developed in the US and used in a legally binding election. DRE machines are standalone electronic voting machines that can also be connected to the internet for online voting.
Since the Internet Revolution in the late 20th century, various countries have experimented with e-voting. Early deployments of remote internet voting in legally binding elections include municipal elections in Estonia in 2005, municipal elections in the Canadian state of Ontario in 2003, and a national referendum in Switzerland in 2004. Many countries have since used electronic voting for at least some elections, including Argentina, Australia, Bangladesh, Belgium, Brazil, Canada, France, Germany, India, Italy, Japan, Kazakhstan, and South Korea.
However, there have been concerns about the security of electronic voting machines, especially with aging machines. In 2016, shortly before and during the US presidential election, cases were reported of machines making unpredictable and inconsistent errors. This led to several major reforms, including the widespread adoption of voting machines that produce voter-verified paper audit trails (VVPATs). These paper records enhance transparency and security, allowing for audits and recounts. By 2020, 93% of US votes had a paper record, significantly reducing the risk of cyber interference or machine malfunction.
The Ultimate Guide to Electrifying Your Garage
You may want to see also
Explore related products
E-voting in practice
Electronic voting, or e-voting, is a type of voting mechanism that uses electronic means to cast and record ballots. There are two major types of e-voting equipment: direct recording electronic (DRE) machines and optical scanning machines. DRE machines present ballots to voters on a touchscreen, where they make their choices and cast their ballot. The touchscreen can assist voters in various ways, such as displaying large fonts and high contrast for those with limited vision, alerting voters to undervotes, and preventing overvotes. DRE machines directly record and store cast ballots in their memory, making them a single machine for composition, casting, and recording votes.
Optical scanning systems, on the other hand, may involve voters filling out a paper ballot, which is then inserted into an electronic scanning device. These scanners can reject improperly marked ballots, allowing voters to try again and reducing discarded votes. Alternatively, voters may compose their votes on a computer screen, after which the computer prints an optical scanning ballot for the voter to verify and insert into another device for scanning and tabulation.
The use of electronic voting machines has sparked controversies over their accuracy and security. One concern is the vulnerability of personal computers and electronic voting machines to malware, computer viruses, and "denial-of-service" attacks, which can compromise the integrity of elections. Another issue is the possibility of voter coercion and vote selling when voting occurs outside controlled environments. In response to these concerns, some argue for the continued use of paper ballots, which are considered more secure and facilitate manual recounts.
However, others defend the use of electronic voting machines, citing their long history of use without significant errors or voter fraud. These machines often rely on paper ballots, providing a chain of evidence to verify vote counts and reduce clerical errors. Regular maintenance, software updates, and evolving legislative security measures can further enhance the security and effectiveness of electronic voting systems.
In practice, e-voting procedures may vary depending on the jurisdiction. For example, in Australia, voters are provided with educational tools to practice voting, especially for the Senate. Voters are instructed to number at least six boxes for their preferred parties or groups, with '1' as their first choice, '2' as their second choice, and so on. Additionally, independent candidates may appear on the ballot without being part of a group, providing voters with more diverse options.
Locking Electric Scooters: Best Security Practices
You may want to see also
Frequently asked questions
Electronic voting, or e-voting, is a method of voting that uses electronic means to cast and count votes. This can include the use of electronic voting machines, computers connected to the internet, or other devices such as telephones.
There are two main types of e-voting: supervised e-voting, which takes place at polling stations using electronic voting machines, and remote e-voting, where voters submit their votes electronically from any location. The machines used for e-voting can be direct-recording electronic (DRE) machines or optical scanning machines. DRE machines present ballots to voters on a touchscreen, and the votes are then stored directly in the machine's memory. Optical scanning systems may involve voters filling out paper ballots, which are then scanned and tabulated by a computer, or composing their votes on a computer screen, which then prints out an optical scanning ballot for the voter to verify and insert into another device.
The security of electronic voting has been a matter of debate and controversy. While electronic voting can speed up the counting process and improve accessibility for voters, there are risks associated with online voting, such as cyber-attacks, software errors, and the possibility of voter coercion or vote selling. There have been instances of security flaws, programming errors, and intrusions into voting systems, raising concerns about the accuracy and integrity of electronic voting. However, supporters of electronic voting argue that with proper maintenance, software updates, and legislative security measures, the benefits of electronic voting can be realized while mitigating the risks.
Electronic voting offers several advantages over traditional paper-based voting. It can speed up the counting process, reduce the cost of manual vote counting, and improve accessibility for voters with disabilities or those living in remote areas. Electronic voting may also increase overall voter turnout by allowing voters to cast their ballots independently from their locations.
The main disadvantage of electronic voting is the potential risk to security and accuracy. Electronic voting systems can be vulnerable to cyber-attacks, malware, and software errors, which may impact the integrity of the election results. Additionally, the lack of a paper trail in some electronic voting systems makes it difficult to conduct manual recounts or verify the accuracy of the electronic tallies.
