What is a common definition of the materials, personnel, and procedures which contribute to the security, safety, and reliability of nuclear weapons?

The term that encompasses the materials, personnel, and procedures contributing to the security, safety, and reliability of nuclear weapons is generally referred to as Nuclear Surety. This concept integrates multiple disciplines to ensure that nuclear weapons are not only secure from theft or unauthorized use but also that they are safe to handle, store, and maintain throughout their lifecycle. It emphasizes the importance of a systematic approach to prevent accidents and incidents that could lead to unintended nuclear detonations or other hazardous outcomes.

Nuclear Surety encompasses various aspects such as design engineering, operational practices, and standards that govern the handling of nuclear materials. Each component aims to establish a comprehensive framework that ensures the integrity of nuclear operations, thereby protecting national security and public safety. This holistic view distinguishes Nuclear Surety from other terms.

For example, while Nuclear Protocol may refer to specific agreements or guidelines governing nuclear operations, and Nuclear Control could pertain to the management and oversight of nuclear arsenals or systems, neither encapsulates the broader concept of ensuring the safe and reliable operation of nuclear weapons in the same way as Nuclear Surety does. Similarly, Nuclear Oversight usually refers to the processes of monitoring and regulating nuclear activities rather than the comprehensive framework of materials, personnel, and procedures that ensure safety and reliability. Thus