Speaker
Description
Every year, over 20 million shipments of radioactive materials are transported worldwide for medicine, energy, industry, and research. Ensuring the safety and security of these shipments is critical.
This submission presents insight across four key areas:
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Legislative and Regulatory Framework:
Strong national laws and international agreements are needed to control the movement of radioactive materials. Countries must align their regulations, train responsible authorities, and update legal frameworks to address modern risks. -
Safety and Security by Design:
Transport systems must be designed from the start with built-in safety and security features. This includes robust packaging, tamper-resistant containers, and secure loading procedures. Early design thinking prevents vulnerabilities later. -
Safety and Security During Transport Operations:
Successful transport depends on coordinated action between transporters, regulators, and emergency services. Real-time tracking, proper labeling, emergency planning, and risk-based decision-making help reduce incidents. With rising global threats, criminal and terrorist risks must also be addressed using strong protocols, personnel screening, and surveillance. -
Computer Security and Emerging Technologies:
As digital systems are used for routing, tracking, and communication, cybersecurity has become essential. Systems must be protected from hacking and data breaches. Tools like artificial intelligence and blockchain offer new ways to detect threats, track movements, and enhance security across the supply chain.
By focusing on these four areas, countries can ensure that the peaceful use of radioactive materials continues safely and securely. This approach helps protect people, the environment, and global cooperation
