What is ISO/IEC 10181: 2016 ?

ISO-IEC 10181: 2016 is an essential international standard that provides a common understanding of the principles and concepts behind open distributed processing (ODP) systems. It was first published by the International Organization for Standardization (ISO) and the International Electrotechnical Commission (IEC) in 1996 and has been repeatedly revised and updated since then.

ISO-IEC 10181: 2016 is designed to define a reference model for ODP systems, which are characterized by their openness, interoperability, and ability to support distributed computing across various platforms and technologies. The standard aims to provide a common understanding of the principles and concepts behind ODP and guide the development of interoperable systems.

One of the key components of ISO-IEC 10181: 2016 is its ability to be used as a reference model for the design and implementation of ODP systems. This allows developers to create systems that are compatible with the standard and ensure that they are able to support distributed computing across different platforms and technologies.

ISO-IEC 10181: 2016 also provides a framework for managing the different components of an ODP system, such as the hardware, software, and network resources. This allows developers to ensure that their systems are able to scale and support a wide range of users and use cases.

Another key component of ISO-IEC 10181: 2016 is its emphasis on security and privacy. The standard provides guidelines for ensuring that ODP systems are secure and protect sensitive data from unauthorized access or use.

In conclusion, ISO-IEC 10181: 2016 is an important international standard that provides a common understanding of the principles and concepts behind ODP systems. By defining a reference model for these systems and providing guidelines for their design and implementation, the standard has the potential to revolutionize the field of distributed computing and enable the creation of more efficient, interoperable, and secure systems.