Automated driving requires international regulations

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Download White Paper

A Look at the current state of Developments

The rapid launch of automated vehicles on markets worldwide requires uniform global regulations. To date, however, the regulations have varied greatly from region to region, and the development of uniform, internationally binding guidelines has only just begun. The first UNECE regulation for an automated driving system at SAE level 3 is expected to be in force in early 2021 - a pioneering achievement and a template for further internationally binding regulations.

This white paper takes the current version of the UNECE regulation for automated lane-keeping systems (ALKS) as a basis to examine the development and creation of uniform legal foundations for international partners. It also takes a close look at efforts to approve automated driving functions in the various automotive markets of Europe, the USA, and Asia.

Focus is placed on the system’s functionality and requirements for type approval, which form the context for an examination of cybersecurity, software update processes, data storage systems (DSSAD), functional safety, the safety of the intended functionality (SOTIF), and simulations. The white paper also explores the issue of physical testing in connection with the type-approval procedure for the automated driving function ALKS.

Complete the form to download the white paper.

download the white paper to:

  • Learn more about the current version of the UNECE regulation for automated lane-keeping systems (ALKS)
  • Get an overview of the current market situation and regulatory landscape to approve automated driving functions
  • Gain insights into the system's functionality and requirements for the type approval
  • Find out more about physical testing in connection with type approval requriements for automated driving function ALKS
  • Get further information about test scenarios for the automated lane keeping system

Related services: Autonomous Driving | Permit for Operating Autonomous Vehicles on Public RoadsAssessment of automated vehicles with scenario-based testing

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