Automated Elections System

Automated Elections System
Name	Automated Elections System
Caption	Voting machine

Automated Elections System An Automated Elections System is an arrangement of electronic voting machines, ballot scanning devices, tabulation software and infrastructure intended to record, transmit, and count votes in public elections. It encompasses a range of technologies used in jurisdictions from the United States to the Philippines, Brazil, India, Estonia, and Norway, and intersects with institutions such as the Election Assistance Commission (United States), the Commission on Elections (Philippines), the Secretaria da Justiça do Brasil, the Election Commission of India, the National Electoral Council (Venezuela), and the Independent Electoral Commission (South Africa).

Overview

Automated Elections Systems combine optical scan hardware, direct-recording electronic machines, voter registration databases, and results transmission networks to replace or augment manual counting methods. Prominent vendors and systems include companies like Dominion Voting Systems, Smartmatic, Diebold, Sequoia Voting Systems, and technologies used in the 2020 United States presidential election, the 2010 Philippine general election, the 2014 Brazilian general election, the 2019 Indian general election, and the 2005 Estonian parliamentary election. National authorities such as the Federal Election Commission (United States), the Electoral Commission (United Kingdom), the Central Election Commission (Russia), and the National Electoral Institute (Mexico) oversee certification, procurement, and deployment in many countries.

History and Development

Automated voting traces roots to mechanical devices like Thomas Vote Recorder prototypes and later to Vannevar Bush's analog machines, evolving through milestones including Kenneth C. Germeshausen innovations and the rise of companies such as International Business Machines which influenced punch-card systems used in the 2000 United States presidential election. The Help America Vote Act reshaped procurement and certification after controversies like the 2000 Florida recount. The development arc includes transitions from punch-card ballots to optical mark recognition and direct-recording electronic systems, with episodes involving entities such as NIST, DARPA, IEEE, and academic research centers at MIT, Carnegie Mellon University, Stanford University, University of California, Berkeley, and University of Oxford.

Technology and Components

Core components include voting kioskes, touchscreen interfaces, bar code encoders, magnetic stripe readers, smart card authentication, biometric systems, cryptographic protocols, and public key infrastructure connecting to tabulation servers housed in data centers like those managed by Amazon Web Services, Google Cloud Platform, and Microsoft Azure. Software stacks may rely on operating systems such as Linux, Windows, or bespoke real-time systems certified by bodies like Common Criteria and tested against standards from ISO and IEC. Interoperability work involves standards from Election Markup Language and projects by the Carter Center and International IDEA to promote transparency in deployments across places such as Kenya, Argentina, Colombia, Chile, and Peru.

Security and Integrity

Security debates engage agencies and experts including National Institute of Standards and Technology, Cybersecurity and Infrastructure Security Agency, GCHQ, ENISA, and researchers at University of Cambridge and University of Toronto. Measures cover end-to-end verifiability, risk-limiting audits, paper trail generation, chain of custody procedures, penetration testing from firms like KPMG and PricewaterhouseCoopers, and incident response plans coordinated with Interpol and national law enforcement such as the FBI. High-profile concerns arose during events like the 2016 United States presidential election, prompting statements from entities such as ODNI and CIA about foreign influence and cyber operations linked to actors tied to the GRU and groups associated with Fancy Bear.

Legal and Regulatory Framework

Regulatory regimes vary: the Help America Vote Act and state certification in the United States, the Republic Act No. 9369 process in the Philippines, procurement and legal oversight in Brazil via the Supremo Tribunal Federal’s electoral administration, and rules by the Election Commission of India guided by the Representation of the People Act. International standards and observation missions by United Nations bodies, European Union election observation missions, and NGOs like Transparency International and Human Rights Watch influence legal norms. Litigation has involved courts such as the Supreme Court of the United States, the Supreme Court of the Philippines, the Constitutional Court of Colombia, and the European Court of Human Rights.

Implementation and Use Cases

Implementations span national and subnational contests: presidential elections, parliamentary elections, local elections, and referendums in jurisdictions from Japan to Australia, Canada, Germany, Mexico, Nigeria, Pakistan, Indonesia, South Korea, Turkey, and Philippines. Election management bodies like the Election Commission (India), Commission on Elections (Philippines), Electoral Commission (UK), Federal Electoral Institute (Mexico), and Independent National Electoral Commission (Nigeria) tailor systems to voter rolls, absentee ballots, and overseas voting, with adaptations for special elections such as those in Hong Kong and Taiwan.

Criticisms and Controversies

Critiques involve security researchers (e.g., teams at University of Michigan, Rutgers University, Princeton University), journalists at outlets like The New York Times, The Washington Post, The Guardian, and BBC News, and policy debates in legislatures such as the United States Congress and parliaments in United Kingdom, Australia, and India. Contentious episodes include legal challenges after the 2000 Florida recount, disputes over vendor transparency in the 2010 Philippine election and the 2013 Kenyan election, and allegations of foreign interference during the 2016 United States presidential election and the 2018 Brazilian general election. Critics cite risks related to software supply chain vulnerabilities, inadequate auditing, vendor monopolies involving firms like Dominion Voting Systems and Smartmatic, and calls for open-source alternatives promoted by organizations such as Open Source Election Technology Foundation and Verified Voting.

Category:Election technology