What is ISO/IEC 18067: 2014 ?

ISO-IEC 18067: 2014 is a technical standard that provides a framework and requirements for the design and implementation of intelligent transportation systems (ITS). It focuses on defining a communication protocol and data exchange format between different ITS components such as vehicles, infrastructure, and traffic management systems. With the purpose of ensuring interoperability and compatibility among different ITS systems, ISO-IEC 18067: 2014 establishes common standards for the development and implementation of effective quality management systems in organizations.

ISO-IEC 18067: 2014 is an international standard developed by the International Organization for Standardization (ISO) and the International Electrotechnical Commission (IEC) to provide guidelines and requirements for the design and implementation of ITS. It aims to achieve a high level of quality management by establishing best practices and requirements for the establishment and maintenance of processes that ensure the consistent production of products or services that meet customer expectations.

ISO-IEC 18067: 2014 provides benefits such as:

* The establishment of common communication protocols and data exchange formats for different ITS components

* The ability to seamlessly communicate with each other, enabling efficient traffic management, enhanced safety features, and improved overall transportation system performance

* The framework for establishing and maintaining processes that ensure the consistent production of high-quality ITS products or services

* The utilization of a high level of quality management practices and procedures for the continuous improvement of ITS systems

In conclusion, ISO-IEC 18067: 2014 is an essential standard for the design and implementation of ITS systems. It provides a framework for the establishment and maintenance of processes that ensure the consistent production of high-quality products or services that meet customer expectations. By implementing this standard, organizations can achieve a high level of quality management, enabling efficient traffic management, enhanced safety features, and improved overall transportation system performance.