Electronic toll collection

Electronic toll collection
Name	Electronic toll collection
Introduced	1950s–1990s
Markets	United States, United Kingdom, France, Germany, Japan, India, China, Brazil, Australia

Electronic toll collection is an automated system for collecting roadway usage fees without cash transactions, designed to reduce congestion and improve throughput on toll road networks such as Turnpike Authority corridors and bridge crossings. Developed through collaborations among technology firms, transportation agencies, and financial institutions, it integrates vehicle identification, account management, and enforcement across infrastructures like express lanes and toll plazas. Adoption spans regional agencies, concessionaires, and national operators in major metropolitan areas and transnational corridors.

Overview

Electronic toll collection systems emerged from experiments in automatic fare collection and vehicle detection involving entities such as General Motors, Bell Laboratories, and Massachusetts Turnpike Authority prototypes. Systems evolved through milestones including trials by Texas Turnpike Authority, deployments on the New Jersey Turnpike, and large-scale rollouts by organizations like Federal Highway Administration programs and the National Highways Authority of India. Major providers and standards bodies such as Siemens, Thales Group, IBM, Hewlett-Packard, Edison International, European Commission, and International Organization for Standardization helped shape interoperability, influencing initiatives like the E-ZPass Group and national schemes implemented by authorities such as California Department of Transportation, Transport for London, and Autoroutes Parisiennes.

Technology and Components

Core components include on-board units developed by firms like 3M Company, NXP Semiconductors, Bosch, and Continental AG, roadside readers from vendors including Kapsch TrafficCom, Cubic Corporation, and Schneider Electric, and back-office systems built by Oracle Corporation, SAP SE, and Accenture. Key technical elements incorporate active and passive RFID transponders using standards influenced by ISO/IEC 18000, middleware from Microsoft Corporation, and payment processing through networks such as Visa Inc., Mastercard Incorporated, American Express Company, and national clearing houses like National Payments Corporation of India. Enforcement technologies may include automatic number plate recognition supplied by NEC Corporation and image processing algorithms researched at institutions like Massachusetts Institute of Technology, Imperial College London, and Tsinghua University.

Implementation and Operations

Deployment models vary between public agencies like Port Authority of New York and New Jersey and private concessionaires such as Macquarie Group-backed operators. Operational examples include open road tolling on Interstate 95 segments, barrier toll plazas on the Autobahn feeder routes, and managed lanes in metropolitan regions served by Metropolitan Transportation Authority. Staffing and operations draw on expertise from agencies and consultancies like AECOM, Atkins, and Arup Group, while procurement often follows guidelines from entities such as World Bank transport projects and regional development banks like Asian Development Bank. Customer service and account management engage contact centers, mobile apps powered by Apple Inc. and Google LLC platforms, and dispute resolution frameworks tied to courts such as New York Supreme Court and administrative tribunals in jurisdictions like Supreme Court of India.

Privacy, Security, and Compliance

Privacy and data protection are governed by legislation and regulators including European Commission directives, Data Protection Act 2018 authorities, Office of the Privacy Commissioner of Canada, Information Commissioner's Office (United Kingdom), and compliance with frameworks like General Data Protection Regulation. Security engineering relies on cryptography developed by researchers from RSA Security and protocols standardized by IEEE Standards Association, with cybersecurity services from Symantec Corporation and FireEye. Legal challenges and compliance matters have been litigated in courts including the United States Court of Appeals and national tribunals such as High Court of Australia. Surveillance concerns have involved civil liberties organizations like American Civil Liberties Union and Liberty (UK), prompting policy reviews by bodies like Organisation for Economic Co-operation and Development.

Economic and Policy Impacts

Economic assessments involve transport economists from institutions like London School of Economics, University of California, Berkeley, National Bureau of Economic Research, and International Monetary Fund. Toll pricing strategies reference congestion pricing models advocated by researchers at Harvard University and University College London, and implemented policies intersect with tax authorities such as Internal Revenue Service for accounting and HM Revenue and Customs in the UK. Public–private partnerships modeled on contracts with firms like Cintra and Vinci SA influence financing and risk allocation, while regional planning agencies such as Metropolitan Transportation Commission and Greater London Authority coordinate land use and mobility objectives. Economic equity debates have been raised in publications from Brookings Institution and RAND Corporation.

Global Practices and Examples

Notable national and regional programs include the E-ZPass Group consortium across northeastern United States, SunPass in Florida, FasTrak in California, Autopass in Singapore, ETC (Japan) deployments on expressways managed by Central Nippon Expressway Company, Telepass in Italy operated by Atlantia, and national systems in Brazil administered by concessionaires of the Rodovia Presidente Dutra. Cross-border interoperability efforts appear in European initiatives coordinated by European Commission and standards bodies like CEN. Pilot projects and research collaborations have involved European Investment Bank funding, urban pilots by City of Copenhagen, rural corridor implementations in Australia overseen by Department of Infrastructure and Regional Development, and large-scale migrations in countries such as China led by Ministry of Transport (People's Republic of China).

Category:Road transport