Electronic voting, a reality that has little to do with virtual reality
This article is also available here in Spanish.

Electronic voting, a reality that has little to do with virtual reality

My list

Author | Jaime RamosThe way in which we choose our political representatives has hardly varied in the last few decades. A vote is still a vote. Practically all around the world, citizens go to their public centre to vote, they choose between ballot papers or they mark a series of options on these, they insert them into an envelope and deposit them in a ballot box.This liturgy forms part of the very essence of democracy. Technology has barely managed to change the details of this human ritual. And that is not because there are no electronic solutions available and capable of offering guaranteed transparency.The first technologies to prove that electronic voting was possible, emerged in the 1960s. They were optical scan voting systems or making use of perforated ballot papers. Since then, other methods have been developed to replace the original system, preserving the guarantees thereof.

How many types of electronic voting systems exist?

More recently, various tests have been conducted relating to new technological developments in real elections. The main problem is the lack of public involvement, which means that electronic voting only takes place in a handful of countries worldwide.Only Brazil, Estonia, India and Venezuela use electronic voting systems in their general elections. In Canada, the United States, Argentina and Peru, it is used to a certain degree, but not in all areas. For example, 7.7% of the votes recorded in the US in 1996 were via some form of electronic voting system. These systems can be grouped together into three types of technologies:

  • Optical scan electronic voting system.
  • Direct electronic recording systems.
  • Online voting.

Why is electronic voting not used in a large part of the world?Despite only a few countries having a fully installed electronic voting system, it has been tested in a large variety of points across the globe. As illustrated, it was not successful in all of them. One of the reasons is lack of trust in the systems.Part of this may be due to innocent technical faults, such as the 4,438 votes that were lost in the US presidency elections in North Carolina in 2004. Apparently, the system stopped counting as it exceeded the device’s memory capacity.Scepticism is also a factor given the possibility of the elections being manipulated. In other words, being hacked. While defenders of electronic voting argue that there are already incorruptible verification systems, others do not think it is that simple.The events that took place during the US presidential elections, when 25 votes caused controversy in Florida, revealed many disadvantages. After this, a study by the Association for Computing Machinery revealed that in order for the result of these elections to have changed, 2 votes per precinct would need to have been changed.A double-edged voteIt is an issue that will continue to cause controversy in the coming decades. However, there are places where public administrations are congratulating themselves for having made this technological leap such as the case of Estonia. Its e-governance concept has led to 44% of the population voting electronically, and 99% of the public services being available 24 hours per day online. The administration calculates that it has saved the exorbitant figure of 1,407 years of work.The truth is that electronic voting entails a technical complexity that is met with reticence in most countries. Many even doubt that it is possible to one day resolve all the threats that may arise with regard to voting security. As transparency and trust are essential pillars of a democratic structure, overcoming these fears may not be as simple as proving that the reliability of electronic voting is comparable with paper voting.Images | iStock/abluecup, iStock/lisafx

Related content

Recommended profiles for you

JH
Jorge Elías Hdez&Ledón
CUCEA-UDEG
Coordinador de Vinculación del Instituto de Investigación en Políticas públicas y Gobierno CUCEA-UDG
DR
Didi Rahmawan
UCGL Aspac
I am just college student, for following this to grow my insight
RB
Raul Biescas
SIGMA Gestion Universitària A.I.E.
Director Account Management
AA
Ana Victoria Arruabarrena
Deloitte
Public Policy manager - Government & Public Services
JB
Jordi Bastida Pau
EIC
Coordinator
FF
Fabio Ferraz
urbeOmnis
Executive-director
NM
NILSON ANUBAL MENDOZA MENDOZA
BERIA INGENIEROS Y ARQUITECTOS
EM
Emanuel Mora
Architect. Ministry of Culture Buenos Aires City
Architect
CC
Carmen Cadenas
Gobierno de la Ciudad de Buenos Aires
YH
Yuta Hirayama
World Economic Forum
Project Specialist
TQ
trúc quỳnh
No
NC
Nadim Choucair
2030 Ecosystems UG (haftungsbeschränkt)
NM
narcelio monte
DATACITIES
CEO
KK
Kelem Christine Pereira Jordão Kelem
UNICAMP University
PhD. student.
AN
ALCENIR NEGRI
UTFPR-UNIVERSIDADE TECNOLÓGICA FEDERAL DO PARANÁ
Aluno
JC
Joana Costa
Universidade de Aveiro
DR
Dewar Rico Bautista
UFPSO
Researcher. Professor of systems and computer science
CC
Claudia Elsa Cabrera Bautista
Eok Gestión Sustentable
Socio comercial
DM
David Mensah
Kwame Nkrumah University of Science and Technology

Are we building the cities we really need?

Explore Cartography of Our Urban Future —a bold rethink of ‘smart’ cities and what we must change by 2030.